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shiftanalysis
|
The orange curve is of "Pro_277.2 mM". The purple curve is of "Pro_635.85 uM". The brown curve is of "Pro_601.400 uM".
Plot peak potential versus sample index to visualize shifts over time.
|
<think>The orange curve "Pro_277.2 mM" has peaks at (-3.65V, -49.70uA) and (-1.45V, 2.65uA). The purple curve "Pro_635.85 uM" has peaks at (-3.65V, -71.70uA) and (-1.45V, -4.40uA). The brown curve "Pro_601.400 uM" has peaks at (-3.65V, -37.75uA) and (-1.45V, -0.30uA).</think>
<answer>There are no peak shifts between Pro_277.2 mM and Pro_635.85 uM. There are no peak shifts between Pro_277.2 mM and Pro_601.400 uM. There are no peak shifts between Pro_635.85 uM and Pro_601.400 uM.</answer>
<eval></eval>
|
[
{
"content": "<image>The orange curve is of \"Pro_277.2 mM\". The purple curve is of \"Pro_635.85 uM\". The brown curve is of \"Pro_601.400 uM\". \n Plot peak potential versus sample index to visualize shifts over time.",
"role": "user"
},
{
"content": "<think>The orange curve \"Pro_277.2 mM\" has peaks at (-3.65V, -49.70uA) and (-1.45V, 2.65uA). The purple curve \"Pro_635.85 uM\" has peaks at (-3.65V, -71.70uA) and (-1.45V, -4.40uA). The brown curve \"Pro_601.400 uM\" has peaks at (-3.65V, -37.75uA) and (-1.45V, -0.30uA).</think> \n <answer>There are no peak shifts between Pro_277.2 mM and Pro_635.85 uM. There are no peak shifts between Pro_277.2 mM and Pro_601.400 uM. There are no peak shifts between Pro_635.85 uM and Pro_601.400 uM.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The cyan curve is of "Ferrocene 664.000 uM". The orange curve is of "Ferrocene Blank". The cyan dashed curve is of "Ferrocene 231.0 mM". The brown curve is of "Ferrocene 158.000 uM". The blue curve is of "Ferrocene 301.0 uM".
Calculate the mean amplitude change for each group of samples.
|
<think>The cyan curve "Ferrocene 664.000 uM" has a peak at (1.20V, -76.25uA). The orange curve "Ferrocene Blank" has a peak at (1.20V, -121.50uA). The cyan dashed curve "Ferrocene 231.0 mM" has a peak at (1.20V, -56.80uA). The brown curve "Ferrocene 158.000 uM" has a peak at (1.20V, -94.75uA). The blue curve "Ferrocene 301.0 uM" has a peak at (1.75V, -62.70uA).
There are no peak shifts between Ferrocene 664.000 uM and Ferrocene Blank. There are no peak shifts between Ferrocene 664.000 uM and Ferrocene 231.0 mM. There are no peak shifts between Ferrocene 664.000 uM and Ferrocene 158.000 uM. Ferrocene 664.000 uM and Ferrocene 301.0 uM have a different number of peaks. Ferrocene 664.000 uM and Ferrocene 301.0 uM could have peak shifts from 1.20V to 1.75V. There are no peak shifts between Ferrocene Blank and Ferrocene 231.0 mM. There are no peak shifts between Ferrocene Blank and Ferrocene 158.000 uM. Ferrocene Blank and Ferrocene 301.0 uM have a different number of peaks. Ferrocene Blank and Ferrocene 301.0 uM could have peak shifts from 1.20V to 1.75V. There are no peak shifts between Ferrocene 231.0 mM and Ferrocene 158.000 uM. Ferrocene 231.0 mM and Ferrocene 301.0 uM have a different number of peaks. Ferrocene 231.0 mM and Ferrocene 301.0 uM could have peak shifts from 1.20V to 1.75V. Ferrocene 158.000 uM and Ferrocene 301.0 uM have a different number of peaks. Ferrocene 158.000 uM and Ferrocene 301.0 uM could have peak shifts from 1.20V to 1.75V.</think>
<answer>The peak at 1.20V is higher in Ferrocene 664.000 uM than in Ferrocene Blank. The peak at 1.20V is higher in Ferrocene 231.0 mM than in Ferrocene 664.000 uM. The peak at 1.20V is higher in Ferrocene 664.000 uM than in Ferrocene 158.000 uM. The peak at 1.20V is higher in Ferrocene 231.0 mM than in Ferrocene Blank. The peak at 1.20V is higher in Ferrocene 158.000 uM than in Ferrocene Blank. The peak at 1.20V is higher in Ferrocene 231.0 mM than in Ferrocene 158.000 uM.</answer>
<eval></eval>
|
[
{
"content": "<image>The cyan curve is of \"Ferrocene 664.000 uM\". The orange curve is of \"Ferrocene Blank\". The cyan dashed curve is of \"Ferrocene 231.0 mM\". The brown curve is of \"Ferrocene 158.000 uM\". The blue curve is of \"Ferrocene 301.0 uM\". \n Calculate the mean amplitude change for each group of samples.",
"role": "user"
},
{
"content": "<think>The cyan curve \"Ferrocene 664.000 uM\" has a peak at (1.20V, -76.25uA). The orange curve \"Ferrocene Blank\" has a peak at (1.20V, -121.50uA). The cyan dashed curve \"Ferrocene 231.0 mM\" has a peak at (1.20V, -56.80uA). The brown curve \"Ferrocene 158.000 uM\" has a peak at (1.20V, -94.75uA). The blue curve \"Ferrocene 301.0 uM\" has a peak at (1.75V, -62.70uA). \n There are no peak shifts between Ferrocene 664.000 uM and Ferrocene Blank. There are no peak shifts between Ferrocene 664.000 uM and Ferrocene 231.0 mM. There are no peak shifts between Ferrocene 664.000 uM and Ferrocene 158.000 uM. Ferrocene 664.000 uM and Ferrocene 301.0 uM have a different number of peaks. Ferrocene 664.000 uM and Ferrocene 301.0 uM could have peak shifts from 1.20V to 1.75V. There are no peak shifts between Ferrocene Blank and Ferrocene 231.0 mM. There are no peak shifts between Ferrocene Blank and Ferrocene 158.000 uM. Ferrocene Blank and Ferrocene 301.0 uM have a different number of peaks. Ferrocene Blank and Ferrocene 301.0 uM could have peak shifts from 1.20V to 1.75V. There are no peak shifts between Ferrocene 231.0 mM and Ferrocene 158.000 uM. Ferrocene 231.0 mM and Ferrocene 301.0 uM have a different number of peaks. Ferrocene 231.0 mM and Ferrocene 301.0 uM could have peak shifts from 1.20V to 1.75V. Ferrocene 158.000 uM and Ferrocene 301.0 uM have a different number of peaks. Ferrocene 158.000 uM and Ferrocene 301.0 uM could have peak shifts from 1.20V to 1.75V.</think> \n <answer>The peak at 1.20V is higher in Ferrocene 664.000 uM than in Ferrocene Blank. The peak at 1.20V is higher in Ferrocene 231.0 mM than in Ferrocene 664.000 uM. The peak at 1.20V is higher in Ferrocene 664.000 uM than in Ferrocene 158.000 uM. The peak at 1.20V is higher in Ferrocene 231.0 mM than in Ferrocene Blank. The peak at 1.20V is higher in Ferrocene 158.000 uM than in Ferrocene Blank. The peak at 1.20V is higher in Ferrocene 231.0 mM than in Ferrocene 158.000 uM.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The pink curve is of "Mediator + Leu". The pink dashed curve is of "Mediator + hist". The orange curve is of "Mediator + Ferrocene". The brown curve is of "Mediator + Asn". The purple curve is of "Mediator + PG".
What are the peak voltages and currents in this DPV graph?
|
<answer>The pink curve "Mediator + Leu" has a peak at (1.35V, -52.05uA). The pink dashed curve "Mediator + hist" has no peaks. The orange curve "Mediator + Ferrocene" has a peak at (1.35V, -60.65uA). The brown curve "Mediator + Asn" has a peak at (1.35V, -38.80uA). The purple curve "Mediator + PG" has peaks at (1.90V, -30.45uA) and (0.90V, 30.65uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The pink curve is of \"Mediator + Leu\". The pink dashed curve is of \"Mediator + hist\". The orange curve is of \"Mediator + Ferrocene\". The brown curve is of \"Mediator + Asn\". The purple curve is of \"Mediator + PG\". \n What are the peak voltages and currents in this DPV graph?",
"role": "user"
},
{
"content": " \n <answer>The pink curve \"Mediator + Leu\" has a peak at (1.35V, -52.05uA). The pink dashed curve \"Mediator + hist\" has no peaks. The orange curve \"Mediator + Ferrocene\" has a peak at (1.35V, -60.65uA). The brown curve \"Mediator + Asn\" has a peak at (1.35V, -38.80uA). The purple curve \"Mediator + PG\" has peaks at (1.90V, -30.45uA) and (0.90V, 30.65uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The blue curve is of "dapg_316.0 uM". The olive curve is of "dapg_722.0 uM". The brown curve is of "dapg_432.000 uM". The pink curve is of "dapg_Blank".
Can you list the peaks shown in this pulse voltammogram?
|
<answer>The blue curve "dapg_316.0 uM" has no peaks. The olive curve "dapg_722.0 uM" has a peak at (0.15V, -48.35uA). The brown curve "dapg_432.000 uM" has peaks at (-1.35V, -12.85uA) and (-0.20V, 2.95uA). The pink curve "dapg_Blank" has peaks at (-1.35V, -14.90uA) and (-0.20V, 7.70uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"dapg_316.0 uM\". The olive curve is of \"dapg_722.0 uM\". The brown curve is of \"dapg_432.000 uM\". The pink curve is of \"dapg_Blank\". \n Can you list the peaks shown in this pulse voltammogram?",
"role": "user"
},
{
"content": " \n <answer>The blue curve \"dapg_316.0 uM\" has no peaks. The olive curve \"dapg_722.0 uM\" has a peak at (0.15V, -48.35uA). The brown curve \"dapg_432.000 uM\" has peaks at (-1.35V, -12.85uA) and (-0.20V, 2.95uA). The pink curve \"dapg_Blank\" has peaks at (-1.35V, -14.90uA) and (-0.20V, 7.70uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The gray curve is of "PBS". The olive curve is of "pb". The blue curve is of "m9". The purple curve is of "PBS".
Calculate the percentage change in peak amplitude compared to the baseline.
|
<think>The gray curve "PBS" has peaks at (1.50V, -31.85uA) and (1.10V, -19.50uA). The olive curve "pb" has a peak at (0.75V, -50.65uA). The blue curve "m9" has a peak at (0.75V, -74.10uA). The purple curve "PBS" has a peak at (0.75V, -39.20uA).
PBS and pb have a different number of peaks. PBS and pb could have peak shifts from 1.50V and 1.10V to 0.75V. PBS and m9 have a different number of peaks. PBS and m9 could have peak shifts from 1.50V and 1.10V to 0.75V. PBS and PBS have a different number of peaks. PBS and PBS could have peak shifts from 1.50V and 1.10V to 0.75V. There are no peak shifts between pb and m9. There are no peak shifts between pb and PBS. There are no peak shifts between m9 and PBS.</think>
<answer>The peak at 0.75V is higher in pb than in m9. The peak at 0.75V is higher in PBS than in pb. The peak at 0.75V is higher in PBS than in m9.</answer>
<eval></eval>
|
[
{
"content": "<image>The gray curve is of \"PBS\". The olive curve is of \"pb\". The blue curve is of \"m9\". The purple curve is of \"PBS\". \n Calculate the percentage change in peak amplitude compared to the baseline.",
"role": "user"
},
{
"content": "<think>The gray curve \"PBS\" has peaks at (1.50V, -31.85uA) and (1.10V, -19.50uA). The olive curve \"pb\" has a peak at (0.75V, -50.65uA). The blue curve \"m9\" has a peak at (0.75V, -74.10uA). The purple curve \"PBS\" has a peak at (0.75V, -39.20uA). \n PBS and pb have a different number of peaks. PBS and pb could have peak shifts from 1.50V and 1.10V to 0.75V. PBS and m9 have a different number of peaks. PBS and m9 could have peak shifts from 1.50V and 1.10V to 0.75V. PBS and PBS have a different number of peaks. PBS and PBS could have peak shifts from 1.50V and 1.10V to 0.75V. There are no peak shifts between pb and m9. There are no peak shifts between pb and PBS. There are no peak shifts between m9 and PBS.</think> \n <answer>The peak at 0.75V is higher in pb than in m9. The peak at 0.75V is higher in PBS than in pb. The peak at 0.75V is higher in PBS than in m9.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The cyan curve is of "Ferrocene, cycle 3". The green curve is of "DAPG, cycle 2". The gray curve is of "dapg, cycle 1". The purple curve is of "Histadine, cycle 1". The blue curve is of "Pro, cycle 3".
Report any monotonic increases or decreases in peak amplitude over time.
|
<think>The cyan curve "Ferrocene, cycle 3" has a peak at (1.05V, -63.45uA). The green curve "DAPG, cycle 2" has no peaks. The gray curve "dapg, cycle 1" has no peaks. The purple curve "Histadine, cycle 1" has no peaks. The blue curve "Pro, cycle 3" has a peak at (1.05V, -49.65uA).
Ferrocene, cycle 3 and DAPG, cycle 2 have a different number of peaks. Ferrocene, cycle 3 and DAPG, cycle 2 could have peak shifts from 1.05V to none. Ferrocene, cycle 3 and dapg, cycle 1 have a different number of peaks. Ferrocene, cycle 3 and dapg, cycle 1 could have peak shifts from 1.05V to none. Ferrocene, cycle 3 and Histadine, cycle 1 have a different number of peaks. Ferrocene, cycle 3 and Histadine, cycle 1 could have peak shifts from 1.05V to none. There are no peak shifts between Ferrocene, cycle 3 and Pro, cycle 3. Neither DAPG, cycle 2 or dapg, cycle 1 have any peaks. There are no peak shifts between DAPG, cycle 2 and dapg, cycle 1. Neither DAPG, cycle 2 or Histadine, cycle 1 have any peaks. There are no peak shifts between DAPG, cycle 2 and Histadine, cycle 1. DAPG, cycle 2 and Pro, cycle 3 have a different number of peaks. DAPG, cycle 2 and Pro, cycle 3 could have peak shifts from none to 1.05V. Neither dapg, cycle 1 or Histadine, cycle 1 have any peaks. There are no peak shifts between dapg, cycle 1 and Histadine, cycle 1. dapg, cycle 1 and Pro, cycle 3 have a different number of peaks. dapg, cycle 1 and Pro, cycle 3 could have peak shifts from none to 1.05V. Histadine, cycle 1 and Pro, cycle 3 have a different number of peaks. Histadine, cycle 1 and Pro, cycle 3 could have peak shifts from none to 1.05V.</think>
<answer>The peak at 1.05V is higher in Pro, cycle 3 than in Ferrocene, cycle 3.</answer>
<eval></eval>
|
[
{
"content": "<image>The cyan curve is of \"Ferrocene, cycle 3\". The green curve is of \"DAPG, cycle 2\". The gray curve is of \"dapg, cycle 1\". The purple curve is of \"Histadine, cycle 1\". The blue curve is of \"Pro, cycle 3\". \n Report any monotonic increases or decreases in peak amplitude over time.",
"role": "user"
},
{
"content": "<think>The cyan curve \"Ferrocene, cycle 3\" has a peak at (1.05V, -63.45uA). The green curve \"DAPG, cycle 2\" has no peaks. The gray curve \"dapg, cycle 1\" has no peaks. The purple curve \"Histadine, cycle 1\" has no peaks. The blue curve \"Pro, cycle 3\" has a peak at (1.05V, -49.65uA). \n Ferrocene, cycle 3 and DAPG, cycle 2 have a different number of peaks. Ferrocene, cycle 3 and DAPG, cycle 2 could have peak shifts from 1.05V to none. Ferrocene, cycle 3 and dapg, cycle 1 have a different number of peaks. Ferrocene, cycle 3 and dapg, cycle 1 could have peak shifts from 1.05V to none. Ferrocene, cycle 3 and Histadine, cycle 1 have a different number of peaks. Ferrocene, cycle 3 and Histadine, cycle 1 could have peak shifts from 1.05V to none. There are no peak shifts between Ferrocene, cycle 3 and Pro, cycle 3. Neither DAPG, cycle 2 or dapg, cycle 1 have any peaks. There are no peak shifts between DAPG, cycle 2 and dapg, cycle 1. Neither DAPG, cycle 2 or Histadine, cycle 1 have any peaks. There are no peak shifts between DAPG, cycle 2 and Histadine, cycle 1. DAPG, cycle 2 and Pro, cycle 3 have a different number of peaks. DAPG, cycle 2 and Pro, cycle 3 could have peak shifts from none to 1.05V. Neither dapg, cycle 1 or Histadine, cycle 1 have any peaks. There are no peak shifts between dapg, cycle 1 and Histadine, cycle 1. dapg, cycle 1 and Pro, cycle 3 have a different number of peaks. dapg, cycle 1 and Pro, cycle 3 could have peak shifts from none to 1.05V. Histadine, cycle 1 and Pro, cycle 3 have a different number of peaks. Histadine, cycle 1 and Pro, cycle 3 could have peak shifts from none to 1.05V.</think> \n <answer>The peak at 1.05V is higher in Pro, cycle 3 than in Ferrocene, cycle 3.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The olive curve is of "Pro_cycle 2". The orange curve is of "Pro_cycle 2". The red curve is of "Pro_cycle 2". The brown curve is of "Pro_cycle 1".
Highlight samples showing abnormal drops in peak current amplitude.
|
<think>The olive curve "Pro_cycle 2" has a peak at (1.25V, -121.50uA). The orange curve "Pro_cycle 2" has a peak at (1.25V, -62.45uA). The red curve "Pro_cycle 2" has a peak at (1.25V, -151.50uA). The brown curve "Pro_cycle 1" has a peak at (1.25V, -98.25uA).
There are no peak shifts between Pro_cycle 2 and Pro_cycle 2. There are no peak shifts between Pro_cycle 2 and Pro_cycle 2. There are no peak shifts between Pro_cycle 2 and Pro_cycle 1. There are no peak shifts between Pro_cycle 2 and Pro_cycle 2. There are no peak shifts between Pro_cycle 2 and Pro_cycle 1. There are no peak shifts between Pro_cycle 2 and Pro_cycle 1.</think>
<answer>The peak at 1.25V is higher in Pro_cycle 2 than in Pro_cycle 2. The peak at 1.25V is higher in Pro_cycle 2 than in Pro_cycle 2. The peak at 1.25V is higher in Pro_cycle 1 than in Pro_cycle 2. The peak at 1.25V is higher in Pro_cycle 2 than in Pro_cycle 2. The peak at 1.25V is higher in Pro_cycle 2 than in Pro_cycle 1. The peak at 1.25V is higher in Pro_cycle 1 than in Pro_cycle 2.</answer>
<eval></eval>
|
[
{
"content": "<image>The olive curve is of \"Pro_cycle 2\". The orange curve is of \"Pro_cycle 2\". The red curve is of \"Pro_cycle 2\". The brown curve is of \"Pro_cycle 1\". \n Highlight samples showing abnormal drops in peak current amplitude.",
"role": "user"
},
{
"content": "<think>The olive curve \"Pro_cycle 2\" has a peak at (1.25V, -121.50uA). The orange curve \"Pro_cycle 2\" has a peak at (1.25V, -62.45uA). The red curve \"Pro_cycle 2\" has a peak at (1.25V, -151.50uA). The brown curve \"Pro_cycle 1\" has a peak at (1.25V, -98.25uA). \n There are no peak shifts between Pro_cycle 2 and Pro_cycle 2. There are no peak shifts between Pro_cycle 2 and Pro_cycle 2. There are no peak shifts between Pro_cycle 2 and Pro_cycle 1. There are no peak shifts between Pro_cycle 2 and Pro_cycle 2. There are no peak shifts between Pro_cycle 2 and Pro_cycle 1. There are no peak shifts between Pro_cycle 2 and Pro_cycle 1.</think> \n <answer>The peak at 1.25V is higher in Pro_cycle 2 than in Pro_cycle 2. The peak at 1.25V is higher in Pro_cycle 2 than in Pro_cycle 2. The peak at 1.25V is higher in Pro_cycle 1 than in Pro_cycle 2. The peak at 1.25V is higher in Pro_cycle 2 than in Pro_cycle 2. The peak at 1.25V is higher in Pro_cycle 2 than in Pro_cycle 1. The peak at 1.25V is higher in Pro_cycle 1 than in Pro_cycle 2.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The blue curve is of "blue". The olive curve is of "olive". The cyan curve is of "cyan". The pink curve is of "pink".
Calculate the percentage change in peak amplitude compared to the baseline.
|
<think>The blue curve "blue" has peaks at (1.75V, -35.95uA) and (2.45V, -30.60uA). The olive curve "olive" has peaks at (0.45V, -24.35uA) and (1.00V, -10.20uA). The cyan curve "cyan" has a peak at (0.25V, 9.65uA). The pink curve "pink" has peaks at (1.75V, -42.75uA) and (2.45V, -35.80uA).
blue and olive have a different number of peaks. blue and olive could have peak shifts from 1.75V and 2.45V to 0.45V and 1.00V. blue and cyan have a different number of peaks. blue and cyan could have peak shifts from 1.75V and 2.45V to 0.25V. There are no peak shifts between blue and pink. olive and cyan have a different number of peaks. olive and cyan could have peak shifts from 0.45V and 1.00V to 0.25V. olive and pink have a different number of peaks. olive and pink could have peak shifts from 0.45V and 1.00V to 1.75V and 2.45V. cyan and pink have a different number of peaks. cyan and pink could have peak shifts from 0.25V to 1.75V and 2.45V.</think>
<answer>The peak at 1.75V is higher in blue than in pink. The peak at 2.45V is higher in blue than in pink.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"blue\". The olive curve is of \"olive\". The cyan curve is of \"cyan\". The pink curve is of \"pink\". \n Calculate the percentage change in peak amplitude compared to the baseline.",
"role": "user"
},
{
"content": "<think>The blue curve \"blue\" has peaks at (1.75V, -35.95uA) and (2.45V, -30.60uA). The olive curve \"olive\" has peaks at (0.45V, -24.35uA) and (1.00V, -10.20uA). The cyan curve \"cyan\" has a peak at (0.25V, 9.65uA). The pink curve \"pink\" has peaks at (1.75V, -42.75uA) and (2.45V, -35.80uA). \n blue and olive have a different number of peaks. blue and olive could have peak shifts from 1.75V and 2.45V to 0.45V and 1.00V. blue and cyan have a different number of peaks. blue and cyan could have peak shifts from 1.75V and 2.45V to 0.25V. There are no peak shifts between blue and pink. olive and cyan have a different number of peaks. olive and cyan could have peak shifts from 0.45V and 1.00V to 0.25V. olive and pink have a different number of peaks. olive and pink could have peak shifts from 0.45V and 1.00V to 1.75V and 2.45V. cyan and pink have a different number of peaks. cyan and pink could have peak shifts from 0.25V to 1.75V and 2.45V.</think> \n <answer>The peak at 1.75V is higher in blue than in pink. The peak at 2.45V is higher in blue than in pink.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The blue curve is of "PG". The pink curve is of "Pro". The cyan curve is of "Asn". The orange curve is of "hist".
Check if temperature variation corresponds to changes in peak potential.
|
<think>The blue curve "PG" has no peaks. The pink curve "Pro" has no peaks. The cyan curve "Asn" has no peaks. The orange curve "hist" has no peaks.</think>
<answer>Neither PG or Pro have any peaks. There are no peak shifts between PG and Pro. Neither PG or Asn have any peaks. There are no peak shifts between PG and Asn. Neither PG or hist have any peaks. There are no peak shifts between PG and hist. Neither Pro or Asn have any peaks. There are no peak shifts between Pro and Asn. Neither Pro or hist have any peaks. There are no peak shifts between Pro and hist. Neither Asn or hist have any peaks. There are no peak shifts between Asn and hist.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"PG\". The pink curve is of \"Pro\". The cyan curve is of \"Asn\". The orange curve is of \"hist\". \n Check if temperature variation corresponds to changes in peak potential.",
"role": "user"
},
{
"content": "<think>The blue curve \"PG\" has no peaks. The pink curve \"Pro\" has no peaks. The cyan curve \"Asn\" has no peaks. The orange curve \"hist\" has no peaks.</think> \n <answer>Neither PG or Pro have any peaks. There are no peak shifts between PG and Pro. Neither PG or Asn have any peaks. There are no peak shifts between PG and Asn. Neither PG or hist have any peaks. There are no peak shifts between PG and hist. Neither Pro or Asn have any peaks. There are no peak shifts between Pro and Asn. Neither Pro or hist have any peaks. There are no peak shifts between Pro and hist. Neither Asn or hist have any peaks. There are no peak shifts between Asn and hist.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The red curve is of "Ferrocene". The cyan curve is of "PG". The green curve is of "Tryptophan".
Please list the oxidation and reduction peaks in this voltammogram.
|
<answer>The red curve "Ferrocene" has peaks at (2.45V, -19.85uA) and (3.75V, -35.85uA). The cyan curve "PG" has peaks at (2.45V, -15.85uA) and (3.75V, -27.80uA). The green curve "Tryptophan" has a peak at (1.35V, -50.85uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"Ferrocene\". The cyan curve is of \"PG\". The green curve is of \"Tryptophan\". \n Please list the oxidation and reduction peaks in this voltammogram.",
"role": "user"
},
{
"content": " \n <answer>The red curve \"Ferrocene\" has peaks at (2.45V, -19.85uA) and (3.75V, -35.85uA). The cyan curve \"PG\" has peaks at (2.45V, -15.85uA) and (3.75V, -27.80uA). The green curve \"Tryptophan\" has a peak at (1.35V, -50.85uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The olive curve is of "Blank". The red curve is of "509.2 uM".
Highlight samples showing abnormal drops in peak current amplitude.
|
<think>The olive curve "Blank" has a peak at (1.45V, -73.45uA). The red curve "509.2 uM" has a peak at (1.45V, -55.40uA).
There are no peak shifts between Blank and 509.2 uM.</think>
<answer>The peak at 1.45V is higher in 509.2 uM than in Blank.</answer>
<eval></eval>
|
[
{
"content": "<image>The olive curve is of \"Blank\". The red curve is of \"509.2 uM\". \n Highlight samples showing abnormal drops in peak current amplitude.",
"role": "user"
},
{
"content": "<think>The olive curve \"Blank\" has a peak at (1.45V, -73.45uA). The red curve \"509.2 uM\" has a peak at (1.45V, -55.40uA). \n There are no peak shifts between Blank and 509.2 uM.</think> \n <answer>The peak at 1.45V is higher in 509.2 uM than in Blank.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The pink dashed curve is of "Histadine, cycle 1". The pink curve is of "Histadine, cycle 2". The blue curve is of "Histadine, cycle 3". The pink dashed curve is of "Histadine, cycle 3".
Compare average peak amplitudes between treated and untreated samples.
|
<think>The pink dashed curve "Histadine, cycle 1" has peaks at (2.00V, -3.45uA) and (3.00V, -20.80uA). The pink curve "Histadine, cycle 2" has peaks at (2.00V, -7.50uA) and (3.00V, -31.10uA). The blue curve "Histadine, cycle 3" has peaks at (2.00V, -10.00uA) and (3.00V, -39.90uA). The pink dashed curve "Histadine, cycle 3" has peaks at (2.00V, -4.55uA) and (3.00V, -40.75uA).
There are no peak shifts between Histadine, cycle 1 and Histadine, cycle 2. There are no peak shifts between Histadine, cycle 1 and Histadine, cycle 3. There are no peak shifts between Histadine, cycle 1 and Histadine, cycle 3. There are no peak shifts between Histadine, cycle 2 and Histadine, cycle 3. There are no peak shifts between Histadine, cycle 2 and Histadine, cycle 3. There are no peak shifts between Histadine, cycle 3 and Histadine, cycle 3.</think>
<answer>The peak at 2.00V is higher in Histadine, cycle 1 than in Histadine, cycle 2. The peak at 3.00V is higher in Histadine, cycle 1 than in Histadine, cycle 2. The peak at 2.00V is higher in Histadine, cycle 1 than in Histadine, cycle 3. The peak at 3.00V is higher in Histadine, cycle 1 than in Histadine, cycle 3. The peak at 2.00V is higher in Histadine, cycle 1 than in Histadine, cycle 3. The peak at 3.00V is higher in Histadine, cycle 1 than in Histadine, cycle 3. The peak at 2.00V is higher in Histadine, cycle 2 than in Histadine, cycle 3. The peak at 3.00V is higher in Histadine, cycle 2 than in Histadine, cycle 3. The peak at 2.00V is higher in Histadine, cycle 3 than in Histadine, cycle 2. The peak at 3.00V is higher in Histadine, cycle 2 than in Histadine, cycle 3. The peak at 2.00V is higher in Histadine, cycle 3 than in Histadine, cycle 3. The peak at 3.00V is higher in Histadine, cycle 3 than in Histadine, cycle 3.</answer>
<eval></eval>
|
[
{
"content": "<image>The pink dashed curve is of \"Histadine, cycle 1\". The pink curve is of \"Histadine, cycle 2\". The blue curve is of \"Histadine, cycle 3\". The pink dashed curve is of \"Histadine, cycle 3\". \n Compare average peak amplitudes between treated and untreated samples.",
"role": "user"
},
{
"content": "<think>The pink dashed curve \"Histadine, cycle 1\" has peaks at (2.00V, -3.45uA) and (3.00V, -20.80uA). The pink curve \"Histadine, cycle 2\" has peaks at (2.00V, -7.50uA) and (3.00V, -31.10uA). The blue curve \"Histadine, cycle 3\" has peaks at (2.00V, -10.00uA) and (3.00V, -39.90uA). The pink dashed curve \"Histadine, cycle 3\" has peaks at (2.00V, -4.55uA) and (3.00V, -40.75uA). \n There are no peak shifts between Histadine, cycle 1 and Histadine, cycle 2. There are no peak shifts between Histadine, cycle 1 and Histadine, cycle 3. There are no peak shifts between Histadine, cycle 1 and Histadine, cycle 3. There are no peak shifts between Histadine, cycle 2 and Histadine, cycle 3. There are no peak shifts between Histadine, cycle 2 and Histadine, cycle 3. There are no peak shifts between Histadine, cycle 3 and Histadine, cycle 3.</think> \n <answer>The peak at 2.00V is higher in Histadine, cycle 1 than in Histadine, cycle 2. The peak at 3.00V is higher in Histadine, cycle 1 than in Histadine, cycle 2. The peak at 2.00V is higher in Histadine, cycle 1 than in Histadine, cycle 3. The peak at 3.00V is higher in Histadine, cycle 1 than in Histadine, cycle 3. The peak at 2.00V is higher in Histadine, cycle 1 than in Histadine, cycle 3. The peak at 3.00V is higher in Histadine, cycle 1 than in Histadine, cycle 3. The peak at 2.00V is higher in Histadine, cycle 2 than in Histadine, cycle 3. The peak at 3.00V is higher in Histadine, cycle 2 than in Histadine, cycle 3. The peak at 2.00V is higher in Histadine, cycle 3 than in Histadine, cycle 2. The peak at 3.00V is higher in Histadine, cycle 2 than in Histadine, cycle 3. The peak at 2.00V is higher in Histadine, cycle 3 than in Histadine, cycle 3. The peak at 3.00V is higher in Histadine, cycle 3 than in Histadine, cycle 3.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The blue dashed curve is of "159.4 uM". The blue curve is of "Blank".
Compare peak potentials of sample A to sample B and report any shifts.
|
<think>The blue dashed curve "159.4 uM" has a peak at (0.40V, -58.75uA). The blue curve "Blank" has a peak at (0.40V, -86.55uA).</think>
<answer>There are no peak shifts between 159.4 uM and Blank.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue dashed curve is of \"159.4 uM\". The blue curve is of \"Blank\". \n Compare peak potentials of sample A to sample B and report any shifts.",
"role": "user"
},
{
"content": "<think>The blue dashed curve \"159.4 uM\" has a peak at (0.40V, -58.75uA). The blue curve \"Blank\" has a peak at (0.40V, -86.55uA).</think> \n <answer>There are no peak shifts between 159.4 uM and Blank.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The cyan curve is of "cycle 11". The gray curve is of "cycle 12".
What peaks are shown in this set of DPVs?
|
<answer>The cyan curve "cycle 11" has peaks at (2.60V, -88.65uA) and (4.65V, -12.80uA). The gray curve "cycle 12" has peaks at (2.60V, -58.70uA) and (4.65V, -7.85uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The cyan curve is of \"cycle 11\". The gray curve is of \"cycle 12\". \n What peaks are shown in this set of DPVs?",
"role": "user"
},
{
"content": " \n <answer>The cyan curve \"cycle 11\" has peaks at (2.60V, -88.65uA) and (4.65V, -12.80uA). The gray curve \"cycle 12\" has peaks at (2.60V, -58.70uA) and (4.65V, -7.85uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The gray curve is of "dapg cycle 1". The brown curve is of "dapg cycle 3". The orange curve is of "dapg cycle 1". The red curve is of "dapg cycle 2".
What peaks are shown in this set of DPVs?
|
<answer>The gray curve "dapg cycle 1" has no peaks. The brown curve "dapg cycle 3" has no peaks. The orange curve "dapg cycle 1" has no peaks. The red curve "dapg cycle 2" has no peaks.</answer>
<eval></eval>
|
[
{
"content": "<image>The gray curve is of \"dapg cycle 1\". The brown curve is of \"dapg cycle 3\". The orange curve is of \"dapg cycle 1\". The red curve is of \"dapg cycle 2\". \n What peaks are shown in this set of DPVs?",
"role": "user"
},
{
"content": " \n <answer>The gray curve \"dapg cycle 1\" has no peaks. The brown curve \"dapg cycle 3\" has no peaks. The orange curve \"dapg cycle 1\" has no peaks. The red curve \"dapg cycle 2\" has no peaks.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The brown curve is of "dapg 68.370 uM". The cyan curve is of "dapg 625.41 uM". The brown dashed curve is of "dapg 437.1 uM". The red curve is of "dapg Blank".
Does the oxidation peak potential shift between these DPV samples?
|
<think>The brown curve "dapg 68.370 uM" has a peak at (-1.45V, -106.60uA). The cyan curve "dapg 625.41 uM" has a peak at (-1.45V, -87.20uA). The brown dashed curve "dapg 437.1 uM" has a peak at (-2.20V, -20.85uA). The red curve "dapg Blank" has a peak at (-1.45V, -59.85uA).</think>
<answer>There are no peak shifts between dapg 68.370 uM and dapg 625.41 uM. dapg 68.370 uM and dapg 437.1 uM have a different number of peaks. dapg 68.370 uM and dapg 437.1 uM could have peak shifts from -1.45V to -2.20V. There are no peak shifts between dapg 68.370 uM and dapg Blank. dapg 625.41 uM and dapg 437.1 uM have a different number of peaks. dapg 625.41 uM and dapg 437.1 uM could have peak shifts from -1.45V to -2.20V. There are no peak shifts between dapg 625.41 uM and dapg Blank. dapg 437.1 uM and dapg Blank have a different number of peaks. dapg 437.1 uM and dapg Blank could have peak shifts from -2.20V to -1.45V.</answer>
<eval></eval>
|
[
{
"content": "<image>The brown curve is of \"dapg 68.370 uM\". The cyan curve is of \"dapg 625.41 uM\". The brown dashed curve is of \"dapg 437.1 uM\". The red curve is of \"dapg Blank\". \n Does the oxidation peak potential shift between these DPV samples?",
"role": "user"
},
{
"content": "<think>The brown curve \"dapg 68.370 uM\" has a peak at (-1.45V, -106.60uA). The cyan curve \"dapg 625.41 uM\" has a peak at (-1.45V, -87.20uA). The brown dashed curve \"dapg 437.1 uM\" has a peak at (-2.20V, -20.85uA). The red curve \"dapg Blank\" has a peak at (-1.45V, -59.85uA).</think> \n <answer>There are no peak shifts between dapg 68.370 uM and dapg 625.41 uM. dapg 68.370 uM and dapg 437.1 uM have a different number of peaks. dapg 68.370 uM and dapg 437.1 uM could have peak shifts from -1.45V to -2.20V. There are no peak shifts between dapg 68.370 uM and dapg Blank. dapg 625.41 uM and dapg 437.1 uM have a different number of peaks. dapg 625.41 uM and dapg 437.1 uM could have peak shifts from -1.45V to -2.20V. There are no peak shifts between dapg 625.41 uM and dapg Blank. dapg 437.1 uM and dapg Blank have a different number of peaks. dapg 437.1 uM and dapg Blank could have peak shifts from -2.20V to -1.45V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The pink curve is of "Histadine_cycle 3". The pink dashed curve is of "Histadine_cycle 3". The cyan curve is of "Histadine_cycle 2".
Compare amplitude changes before and after chemical treatment.
|
<think>The pink curve "Histadine_cycle 3" has no peaks. The pink dashed curve "Histadine_cycle 3" has no peaks. The cyan curve "Histadine_cycle 2" has no peaks.
Neither Histadine_cycle 3 or Histadine_cycle 3 have any peaks. There are no peak shifts between Histadine_cycle 3 and Histadine_cycle 3. Neither Histadine_cycle 3 or Histadine_cycle 2 have any peaks. There are no peak shifts between Histadine_cycle 3 and Histadine_cycle 2. Neither Histadine_cycle 3 or Histadine_cycle 2 have any peaks. There are no peak shifts between Histadine_cycle 3 and Histadine_cycle 2.</think>
<answer></answer>
<eval></eval>
|
[
{
"content": "<image>The pink curve is of \"Histadine_cycle 3\". The pink dashed curve is of \"Histadine_cycle 3\". The cyan curve is of \"Histadine_cycle 2\". \n Compare amplitude changes before and after chemical treatment.",
"role": "user"
},
{
"content": "<think>The pink curve \"Histadine_cycle 3\" has no peaks. The pink dashed curve \"Histadine_cycle 3\" has no peaks. The cyan curve \"Histadine_cycle 2\" has no peaks. \n Neither Histadine_cycle 3 or Histadine_cycle 3 have any peaks. There are no peak shifts between Histadine_cycle 3 and Histadine_cycle 3. Neither Histadine_cycle 3 or Histadine_cycle 2 have any peaks. There are no peak shifts between Histadine_cycle 3 and Histadine_cycle 2. Neither Histadine_cycle 3 or Histadine_cycle 2 have any peaks. There are no peak shifts between Histadine_cycle 3 and Histadine_cycle 2.</think> \n <answer></answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The brown curve is of "Histadine cycle 1". The gray curve is of "Histadine cycle 2". The green curve is of "Histadine cycle 1". The red curve is of "Histadine cycle 1". The blue curve is of "Histadine cycle 1".
Are amplitude changes correlated with applied potential shifts?
|
<think>The brown curve "Histadine cycle 1" has peaks at (1.05V, -70.35uA) and (1.55V, -85.10uA). The gray curve "Histadine cycle 2" has peaks at (1.05V, -46.85uA) and (1.55V, -56.65uA). The green curve "Histadine cycle 1" has peaks at (1.05V, -62.65uA) and (1.55V, -74.90uA). The red curve "Histadine cycle 1" has a peak at (2.60V, -65.60uA). The blue curve "Histadine cycle 1" has peaks at (1.05V, -76.75uA) and (1.55V, -93.95uA).
There are no peak shifts between Histadine cycle 1 and Histadine cycle 2. There are no peak shifts between Histadine cycle 1 and Histadine cycle 1. Histadine cycle 1 and Histadine cycle 1 have a different number of peaks. Histadine cycle 1 and Histadine cycle 1 could have peak shifts from 1.05V and 1.55V to 2.60V. There are no peak shifts between Histadine cycle 1 and Histadine cycle 1. There are no peak shifts between Histadine cycle 2 and Histadine cycle 1. Histadine cycle 2 and Histadine cycle 1 have a different number of peaks. Histadine cycle 2 and Histadine cycle 1 could have peak shifts from 1.05V and 1.55V to 2.60V. There are no peak shifts between Histadine cycle 2 and Histadine cycle 1. Histadine cycle 1 and Histadine cycle 1 have a different number of peaks. Histadine cycle 1 and Histadine cycle 1 could have peak shifts from 1.05V and 1.55V to 2.60V. There are no peak shifts between Histadine cycle 1 and Histadine cycle 1. Histadine cycle 1 and Histadine cycle 1 have a different number of peaks. Histadine cycle 1 and Histadine cycle 1 could have peak shifts from 2.60V to 1.05V and 1.55V.</think>
<answer>The peak at 1.05V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 1 than in Histadine cycle 1.</answer>
<eval></eval>
|
[
{
"content": "<image>The brown curve is of \"Histadine cycle 1\". The gray curve is of \"Histadine cycle 2\". The green curve is of \"Histadine cycle 1\". The red curve is of \"Histadine cycle 1\". The blue curve is of \"Histadine cycle 1\". \n Are amplitude changes correlated with applied potential shifts?",
"role": "user"
},
{
"content": "<think>The brown curve \"Histadine cycle 1\" has peaks at (1.05V, -70.35uA) and (1.55V, -85.10uA). The gray curve \"Histadine cycle 2\" has peaks at (1.05V, -46.85uA) and (1.55V, -56.65uA). The green curve \"Histadine cycle 1\" has peaks at (1.05V, -62.65uA) and (1.55V, -74.90uA). The red curve \"Histadine cycle 1\" has a peak at (2.60V, -65.60uA). The blue curve \"Histadine cycle 1\" has peaks at (1.05V, -76.75uA) and (1.55V, -93.95uA). \n There are no peak shifts between Histadine cycle 1 and Histadine cycle 2. There are no peak shifts between Histadine cycle 1 and Histadine cycle 1. Histadine cycle 1 and Histadine cycle 1 have a different number of peaks. Histadine cycle 1 and Histadine cycle 1 could have peak shifts from 1.05V and 1.55V to 2.60V. There are no peak shifts between Histadine cycle 1 and Histadine cycle 1. There are no peak shifts between Histadine cycle 2 and Histadine cycle 1. Histadine cycle 2 and Histadine cycle 1 have a different number of peaks. Histadine cycle 2 and Histadine cycle 1 could have peak shifts from 1.05V and 1.55V to 2.60V. There are no peak shifts between Histadine cycle 2 and Histadine cycle 1. Histadine cycle 1 and Histadine cycle 1 have a different number of peaks. Histadine cycle 1 and Histadine cycle 1 could have peak shifts from 1.05V and 1.55V to 2.60V. There are no peak shifts between Histadine cycle 1 and Histadine cycle 1. Histadine cycle 1 and Histadine cycle 1 have a different number of peaks. Histadine cycle 1 and Histadine cycle 1 could have peak shifts from 2.60V to 1.05V and 1.55V.</think> \n <answer>The peak at 1.05V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 2 than in Histadine cycle 1. The peak at 1.05V is higher in Histadine cycle 1 than in Histadine cycle 1. The peak at 1.55V is higher in Histadine cycle 1 than in Histadine cycle 1.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The brown curve is of "73.00 uM". The purple curve is of "Blank". The olive curve is of "465.0 uM". The pink curve is of "Blank". The orange curve is of "Blank".
Calculate the mean amplitude change for each group of samples.
|
<think>The brown curve "73.00 uM" has peaks at (1.35V, -70.30uA) and (2.25V, -26.10uA). The purple curve "Blank" has peaks at (1.35V, -48.25uA) and (2.25V, -18.50uA). The olive curve "465.0 uM" has a peak at (1.50V, -44.65uA). The pink curve "Blank" has peaks at (1.80V, 61.00uA) and (2.15V, 29.90uA). The orange curve "Blank" has a peak at (1.50V, -67.45uA).
There are no peak shifts between 73.00 uM and Blank. 73.00 uM and 465.0 uM have a different number of peaks. 73.00 uM and 465.0 uM could have peak shifts from 1.35V and 2.25V to 1.50V. 73.00 uM and Blank have a different number of peaks. 73.00 uM and Blank could have peak shifts from 1.35V and 2.25V to 1.80V and 2.15V. 73.00 uM and Blank have a different number of peaks. 73.00 uM and Blank could have peak shifts from 1.35V and 2.25V to 1.50V. Blank and 465.0 uM have a different number of peaks. Blank and 465.0 uM could have peak shifts from 1.35V and 2.25V to 1.50V. Blank and Blank have a different number of peaks. Blank and Blank could have peak shifts from 1.35V and 2.25V to 1.80V and 2.15V. Blank and Blank have a different number of peaks. Blank and Blank could have peak shifts from 1.35V and 2.25V to 1.50V. 465.0 uM and Blank have a different number of peaks. 465.0 uM and Blank could have peak shifts from 1.50V to 1.80V and 2.15V. There are no peak shifts between 465.0 uM and Blank. Blank and Blank have a different number of peaks. Blank and Blank could have peak shifts from 1.80V and 2.15V to 1.50V.</think>
<answer>The peak at 1.35V is higher in Blank than in 73.00 uM. The peak at 2.25V is higher in Blank than in 73.00 uM. The peak at 1.50V is higher in 465.0 uM than in Blank.</answer>
<eval></eval>
|
[
{
"content": "<image>The brown curve is of \"73.00 uM\". The purple curve is of \"Blank\". The olive curve is of \"465.0 uM\". The pink curve is of \"Blank\". The orange curve is of \"Blank\". \n Calculate the mean amplitude change for each group of samples.",
"role": "user"
},
{
"content": "<think>The brown curve \"73.00 uM\" has peaks at (1.35V, -70.30uA) and (2.25V, -26.10uA). The purple curve \"Blank\" has peaks at (1.35V, -48.25uA) and (2.25V, -18.50uA). The olive curve \"465.0 uM\" has a peak at (1.50V, -44.65uA). The pink curve \"Blank\" has peaks at (1.80V, 61.00uA) and (2.15V, 29.90uA). The orange curve \"Blank\" has a peak at (1.50V, -67.45uA). \n There are no peak shifts between 73.00 uM and Blank. 73.00 uM and 465.0 uM have a different number of peaks. 73.00 uM and 465.0 uM could have peak shifts from 1.35V and 2.25V to 1.50V. 73.00 uM and Blank have a different number of peaks. 73.00 uM and Blank could have peak shifts from 1.35V and 2.25V to 1.80V and 2.15V. 73.00 uM and Blank have a different number of peaks. 73.00 uM and Blank could have peak shifts from 1.35V and 2.25V to 1.50V. Blank and 465.0 uM have a different number of peaks. Blank and 465.0 uM could have peak shifts from 1.35V and 2.25V to 1.50V. Blank and Blank have a different number of peaks. Blank and Blank could have peak shifts from 1.35V and 2.25V to 1.80V and 2.15V. Blank and Blank have a different number of peaks. Blank and Blank could have peak shifts from 1.35V and 2.25V to 1.50V. 465.0 uM and Blank have a different number of peaks. 465.0 uM and Blank could have peak shifts from 1.50V to 1.80V and 2.15V. There are no peak shifts between 465.0 uM and Blank. Blank and Blank have a different number of peaks. Blank and Blank could have peak shifts from 1.80V and 2.15V to 1.50V.</think> \n <answer>The peak at 1.35V is higher in Blank than in 73.00 uM. The peak at 2.25V is higher in Blank than in 73.00 uM. The peak at 1.50V is higher in 465.0 uM than in Blank.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The pink dashed curve is of "DAPG". The pink curve is of "Proline". The brown curve is of "hist". The purple curve is of "dapg". The olive curve is of "Ferrocene".
Check if amplitude changes are dependent on pH variation.
|
<think>The pink dashed curve "DAPG" has a peak at (1.40V, -79.50uA). The pink curve "Proline" has a peak at (1.40V, -67.85uA). The brown curve "hist" has a peak at (1.40V, -55.70uA). The purple curve "dapg" has a peak at (1.40V, -92.40uA). The olive curve "Ferrocene" has a peak at (1.40V, -37.75uA).
There are no peak shifts between DAPG and Proline. There are no peak shifts between DAPG and hist. There are no peak shifts between DAPG and dapg. There are no peak shifts between DAPG and Ferrocene. There are no peak shifts between Proline and hist. There are no peak shifts between Proline and dapg. There are no peak shifts between Proline and Ferrocene. There are no peak shifts between hist and dapg. There are no peak shifts between hist and Ferrocene. There are no peak shifts between dapg and Ferrocene.</think>
<answer>The peak at 1.40V is higher in Proline than in DAPG. The peak at 1.40V is higher in hist than in DAPG. The peak at 1.40V is higher in DAPG than in dapg. The peak at 1.40V is higher in Ferrocene than in DAPG. The peak at 1.40V is higher in hist than in Proline. The peak at 1.40V is higher in Proline than in dapg. The peak at 1.40V is higher in Ferrocene than in Proline. The peak at 1.40V is higher in hist than in dapg. The peak at 1.40V is higher in Ferrocene than in hist. The peak at 1.40V is higher in Ferrocene than in dapg.</answer>
<eval></eval>
|
[
{
"content": "<image>The pink dashed curve is of \"DAPG\". The pink curve is of \"Proline\". The brown curve is of \"hist\". The purple curve is of \"dapg\". The olive curve is of \"Ferrocene\". \n Check if amplitude changes are dependent on pH variation.",
"role": "user"
},
{
"content": "<think>The pink dashed curve \"DAPG\" has a peak at (1.40V, -79.50uA). The pink curve \"Proline\" has a peak at (1.40V, -67.85uA). The brown curve \"hist\" has a peak at (1.40V, -55.70uA). The purple curve \"dapg\" has a peak at (1.40V, -92.40uA). The olive curve \"Ferrocene\" has a peak at (1.40V, -37.75uA). \n There are no peak shifts between DAPG and Proline. There are no peak shifts between DAPG and hist. There are no peak shifts between DAPG and dapg. There are no peak shifts between DAPG and Ferrocene. There are no peak shifts between Proline and hist. There are no peak shifts between Proline and dapg. There are no peak shifts between Proline and Ferrocene. There are no peak shifts between hist and dapg. There are no peak shifts between hist and Ferrocene. There are no peak shifts between dapg and Ferrocene.</think> \n <answer>The peak at 1.40V is higher in Proline than in DAPG. The peak at 1.40V is higher in hist than in DAPG. The peak at 1.40V is higher in DAPG than in dapg. The peak at 1.40V is higher in Ferrocene than in DAPG. The peak at 1.40V is higher in hist than in Proline. The peak at 1.40V is higher in Proline than in dapg. The peak at 1.40V is higher in Ferrocene than in Proline. The peak at 1.40V is higher in hist than in dapg. The peak at 1.40V is higher in Ferrocene than in hist. The peak at 1.40V is higher in Ferrocene than in dapg.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The orange curve is of "PG". The pink curve is of "Asn". The cyan curve is of "Tryptophan". The red curve is of "hist". The gray curve is of "Ferrocene".
Calculate the average peak potential shift for this series of replicates.
|
<think>The orange curve "PG" has a peak at (0.25V, -95.60uA). The pink curve "Asn" has a peak at (0.25V, -60.00uA). The cyan curve "Tryptophan" has no peaks. The red curve "hist" has a peak at (0.25V, -80.70uA). The gray curve "Ferrocene" has peaks at (0.65V, 82.85uA) and (1.25V, 42.10uA).</think>
<answer>There are no peak shifts between PG and Asn. PG and Tryptophan have a different number of peaks. PG and Tryptophan could have peak shifts from 0.25V to none. There are no peak shifts between PG and hist. PG and Ferrocene have a different number of peaks. PG and Ferrocene could have peak shifts from 0.25V to 0.65V and 1.25V. Asn and Tryptophan have a different number of peaks. Asn and Tryptophan could have peak shifts from 0.25V to none. There are no peak shifts between Asn and hist. Asn and Ferrocene have a different number of peaks. Asn and Ferrocene could have peak shifts from 0.25V to 0.65V and 1.25V. Tryptophan and hist have a different number of peaks. Tryptophan and hist could have peak shifts from none to 0.25V. Tryptophan and Ferrocene have a different number of peaks. Tryptophan and Ferrocene could have peak shifts from none to 0.65V and 1.25V. hist and Ferrocene have a different number of peaks. hist and Ferrocene could have peak shifts from 0.25V to 0.65V and 1.25V.</answer>
<eval></eval>
|
[
{
"content": "<image>The orange curve is of \"PG\". The pink curve is of \"Asn\". The cyan curve is of \"Tryptophan\". The red curve is of \"hist\". The gray curve is of \"Ferrocene\". \n Calculate the average peak potential shift for this series of replicates.",
"role": "user"
},
{
"content": "<think>The orange curve \"PG\" has a peak at (0.25V, -95.60uA). The pink curve \"Asn\" has a peak at (0.25V, -60.00uA). The cyan curve \"Tryptophan\" has no peaks. The red curve \"hist\" has a peak at (0.25V, -80.70uA). The gray curve \"Ferrocene\" has peaks at (0.65V, 82.85uA) and (1.25V, 42.10uA).</think> \n <answer>There are no peak shifts between PG and Asn. PG and Tryptophan have a different number of peaks. PG and Tryptophan could have peak shifts from 0.25V to none. There are no peak shifts between PG and hist. PG and Ferrocene have a different number of peaks. PG and Ferrocene could have peak shifts from 0.25V to 0.65V and 1.25V. Asn and Tryptophan have a different number of peaks. Asn and Tryptophan could have peak shifts from 0.25V to none. There are no peak shifts between Asn and hist. Asn and Ferrocene have a different number of peaks. Asn and Ferrocene could have peak shifts from 0.25V to 0.65V and 1.25V. Tryptophan and hist have a different number of peaks. Tryptophan and hist could have peak shifts from none to 0.25V. Tryptophan and Ferrocene have a different number of peaks. Tryptophan and Ferrocene could have peak shifts from none to 0.65V and 1.25V. hist and Ferrocene have a different number of peaks. hist and Ferrocene could have peak shifts from 0.25V to 0.65V and 1.25V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The green curve is of "Mediator + dapg". The blue curve is of "Mediator + only". The cyan curve is of "Mediator + Histadine". The green dashed curve is of "Mediator + PG". The green dashed curve is of "Mediator + Pro".
Does the oxidation peak potential shift between these DPV samples?
|
<think>The green curve "Mediator + dapg" has peaks at (1.55V, -166.30uA) and (2.55V, -40.80uA). The blue curve "Mediator + only" has a peak at (1.60V, -74.40uA). The cyan curve "Mediator + Histadine" has peaks at (1.55V, -104.70uA) and (2.55V, -25.10uA). The green dashed curve "Mediator + PG" has peaks at (1.55V, -133.35uA) and (2.55V, -30.80uA). The green dashed curve "Mediator + Pro" has peaks at (1.55V, -73.90uA) and (2.55V, -17.30uA).</think>
<answer>Mediator + dapg and Mediator + only have a different number of peaks. Mediator + dapg and Mediator + only have matching peaks at 1.60V. Mediator + dapg and Mediator + only could have peak shifts from 2.55V to none. There are no peak shifts between Mediator + dapg and Mediator + Histadine. There are no peak shifts between Mediator + dapg and Mediator + PG. There are no peak shifts between Mediator + dapg and Mediator + Pro. Mediator + only and Mediator + Histadine have a different number of peaks. Mediator + only and Mediator + Histadine have matching peaks at 1.60V. Mediator + only and Mediator + Histadine could have peak shifts from none to 2.55V. Mediator + only and Mediator + PG have a different number of peaks. Mediator + only and Mediator + PG have matching peaks at 1.60V. Mediator + only and Mediator + PG could have peak shifts from none to 2.55V. Mediator + only and Mediator + Pro have a different number of peaks. Mediator + only and Mediator + Pro have matching peaks at 1.60V. Mediator + only and Mediator + Pro could have peak shifts from none to 2.55V. There are no peak shifts between Mediator + Histadine and Mediator + PG. There are no peak shifts between Mediator + Histadine and Mediator + Pro. There are no peak shifts between Mediator + PG and Mediator + Pro.</answer>
<eval></eval>
|
[
{
"content": "<image>The green curve is of \"Mediator + dapg\". The blue curve is of \"Mediator + only\". The cyan curve is of \"Mediator + Histadine\". The green dashed curve is of \"Mediator + PG\". The green dashed curve is of \"Mediator + Pro\". \n Does the oxidation peak potential shift between these DPV samples?",
"role": "user"
},
{
"content": "<think>The green curve \"Mediator + dapg\" has peaks at (1.55V, -166.30uA) and (2.55V, -40.80uA). The blue curve \"Mediator + only\" has a peak at (1.60V, -74.40uA). The cyan curve \"Mediator + Histadine\" has peaks at (1.55V, -104.70uA) and (2.55V, -25.10uA). The green dashed curve \"Mediator + PG\" has peaks at (1.55V, -133.35uA) and (2.55V, -30.80uA). The green dashed curve \"Mediator + Pro\" has peaks at (1.55V, -73.90uA) and (2.55V, -17.30uA).</think> \n <answer>Mediator + dapg and Mediator + only have a different number of peaks. Mediator + dapg and Mediator + only have matching peaks at 1.60V. Mediator + dapg and Mediator + only could have peak shifts from 2.55V to none. There are no peak shifts between Mediator + dapg and Mediator + Histadine. There are no peak shifts between Mediator + dapg and Mediator + PG. There are no peak shifts between Mediator + dapg and Mediator + Pro. Mediator + only and Mediator + Histadine have a different number of peaks. Mediator + only and Mediator + Histadine have matching peaks at 1.60V. Mediator + only and Mediator + Histadine could have peak shifts from none to 2.55V. Mediator + only and Mediator + PG have a different number of peaks. Mediator + only and Mediator + PG have matching peaks at 1.60V. Mediator + only and Mediator + PG could have peak shifts from none to 2.55V. Mediator + only and Mediator + Pro have a different number of peaks. Mediator + only and Mediator + Pro have matching peaks at 1.60V. Mediator + only and Mediator + Pro could have peak shifts from none to 2.55V. There are no peak shifts between Mediator + Histadine and Mediator + PG. There are no peak shifts between Mediator + Histadine and Mediator + Pro. There are no peak shifts between Mediator + PG and Mediator + Pro.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The red curve is of "red". The pink curve is of "pink".
Calculate the percentage change in peak amplitude compared to the baseline.
|
<think>The red curve "red" has peaks at (0.75V, -108.20uA) and (0.50V, -24.30uA). The pink curve "pink" has peaks at (0.75V, -74.25uA) and (0.50V, -13.30uA).
There are no peak shifts between red and pink.</think>
<answer>The peak at 0.75V is higher in pink than in red. The peak at 0.50V is higher in pink than in red.</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"red\". The pink curve is of \"pink\". \n Calculate the percentage change in peak amplitude compared to the baseline.",
"role": "user"
},
{
"content": "<think>The red curve \"red\" has peaks at (0.75V, -108.20uA) and (0.50V, -24.30uA). The pink curve \"pink\" has peaks at (0.75V, -74.25uA) and (0.50V, -13.30uA). \n There are no peak shifts between red and pink.</think> \n <answer>The peak at 0.75V is higher in pink than in red. The peak at 0.50V is higher in pink than in red.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The cyan curve is of "Pro_cycle 3". The blue curve is of "Pro_cycle 1".
What are the electrochemical peaks in this DPV graph?
|
<answer>The cyan curve "Pro_cycle 3" has a peak at (1.90V, -36.50uA). The blue curve "Pro_cycle 1" has a peak at (1.90V, -31.15uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The cyan curve is of \"Pro_cycle 3\". The blue curve is of \"Pro_cycle 1\". \n What are the electrochemical peaks in this DPV graph?",
"role": "user"
},
{
"content": " \n <answer>The cyan curve \"Pro_cycle 3\" has a peak at (1.90V, -36.50uA). The blue curve \"Pro_cycle 1\" has a peak at (1.90V, -31.15uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The brown curve is of "Tryptophan cycle 1". The olive curve is of "Tryptophan cycle 1". The blue curve is of "Tryptophan cycle 3". The purple curve is of "Tryptophan cycle 2".
Show me the distribution of peak potential shifts in histogram form.
|
<think>The brown curve "Tryptophan cycle 1" has peaks at (3.30V, 59.90uA) and (3.95V, 67.95uA). The olive curve "Tryptophan cycle 1" has peaks at (3.30V, 41.40uA) and (3.95V, 46.95uA). The blue curve "Tryptophan cycle 3" has peaks at (3.30V, 48.40uA) and (3.95V, 55.20uA). The purple curve "Tryptophan cycle 2" has peaks at (1.85V, -9.10uA) and (2.80V, -16.45uA).</think>
<answer>There are no peak shifts between Tryptophan cycle 1 and Tryptophan cycle 1. There are no peak shifts between Tryptophan cycle 1 and Tryptophan cycle 3. Tryptophan cycle 1 and Tryptophan cycle 2 have a different number of peaks. Tryptophan cycle 1 and Tryptophan cycle 2 could have peak shifts from 3.30V and 3.95V to 1.85V and 2.80V. There are no peak shifts between Tryptophan cycle 1 and Tryptophan cycle 3. Tryptophan cycle 1 and Tryptophan cycle 2 have a different number of peaks. Tryptophan cycle 1 and Tryptophan cycle 2 could have peak shifts from 3.30V and 3.95V to 1.85V and 2.80V. Tryptophan cycle 3 and Tryptophan cycle 2 have a different number of peaks. Tryptophan cycle 3 and Tryptophan cycle 2 could have peak shifts from 3.30V and 3.95V to 1.85V and 2.80V.</answer>
<eval></eval>
|
[
{
"content": "<image>The brown curve is of \"Tryptophan cycle 1\". The olive curve is of \"Tryptophan cycle 1\". The blue curve is of \"Tryptophan cycle 3\". The purple curve is of \"Tryptophan cycle 2\". \n Show me the distribution of peak potential shifts in histogram form.",
"role": "user"
},
{
"content": "<think>The brown curve \"Tryptophan cycle 1\" has peaks at (3.30V, 59.90uA) and (3.95V, 67.95uA). The olive curve \"Tryptophan cycle 1\" has peaks at (3.30V, 41.40uA) and (3.95V, 46.95uA). The blue curve \"Tryptophan cycle 3\" has peaks at (3.30V, 48.40uA) and (3.95V, 55.20uA). The purple curve \"Tryptophan cycle 2\" has peaks at (1.85V, -9.10uA) and (2.80V, -16.45uA).</think> \n <answer>There are no peak shifts between Tryptophan cycle 1 and Tryptophan cycle 1. There are no peak shifts between Tryptophan cycle 1 and Tryptophan cycle 3. Tryptophan cycle 1 and Tryptophan cycle 2 have a different number of peaks. Tryptophan cycle 1 and Tryptophan cycle 2 could have peak shifts from 3.30V and 3.95V to 1.85V and 2.80V. There are no peak shifts between Tryptophan cycle 1 and Tryptophan cycle 3. Tryptophan cycle 1 and Tryptophan cycle 2 have a different number of peaks. Tryptophan cycle 1 and Tryptophan cycle 2 could have peak shifts from 3.30V and 3.95V to 1.85V and 2.80V. Tryptophan cycle 3 and Tryptophan cycle 2 have a different number of peaks. Tryptophan cycle 3 and Tryptophan cycle 2 could have peak shifts from 3.30V and 3.95V to 1.85V and 2.80V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The olive curve is of "DAPG_Blank". The blue curve is of "DAPG_145.245 uM".
What are the characteristic peaks present in this DPV scan?
|
<answer>The olive curve "DAPG_Blank" has a peak at (2.60V, -46.75uA). The blue curve "DAPG_145.245 uM" has a peak at (2.60V, -34.45uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The olive curve is of \"DAPG_Blank\". The blue curve is of \"DAPG_145.245 uM\". \n What are the characteristic peaks present in this DPV scan?",
"role": "user"
},
{
"content": " \n <answer>The olive curve \"DAPG_Blank\" has a peak at (2.60V, -46.75uA). The blue curve \"DAPG_145.245 uM\" has a peak at (2.60V, -34.45uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The brown curve is of "dapg". The purple curve is of "Leu". The cyan curve is of "Proline".
Map peak potential shifts against pH levels for all samples.
|
<think>The brown curve "dapg" has peaks at (2.95V, -71.20uA) and (4.20V, -77.75uA). The purple curve "Leu" has peaks at (2.95V, -47.35uA) and (4.20V, -52.05uA). The cyan curve "Proline" has a peak at (2.70V, -91.55uA).</think>
<answer>There are no peak shifts between dapg and Leu. dapg and Proline have a different number of peaks. dapg and Proline could have peak shifts from 2.95V and 4.20V to 2.70V. Leu and Proline have a different number of peaks. Leu and Proline could have peak shifts from 2.95V and 4.20V to 2.70V.</answer>
<eval></eval>
|
[
{
"content": "<image>The brown curve is of \"dapg\". The purple curve is of \"Leu\". The cyan curve is of \"Proline\". \n Map peak potential shifts against pH levels for all samples.",
"role": "user"
},
{
"content": "<think>The brown curve \"dapg\" has peaks at (2.95V, -71.20uA) and (4.20V, -77.75uA). The purple curve \"Leu\" has peaks at (2.95V, -47.35uA) and (4.20V, -52.05uA). The cyan curve \"Proline\" has a peak at (2.70V, -91.55uA).</think> \n <answer>There are no peak shifts between dapg and Leu. dapg and Proline have a different number of peaks. dapg and Proline could have peak shifts from 2.95V and 4.20V to 2.70V. Leu and Proline have a different number of peaks. Leu and Proline could have peak shifts from 2.95V and 4.20V to 2.70V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The blue curve is of "Proline, m9". The purple curve is of "Proline, pbs".
Highlight samples showing abnormal drops in peak current amplitude.
|
<think>The blue curve "Proline, m9" has peaks at (1.75V, 39.95uA) and (2.05V, 19.60uA). The purple curve "Proline, pbs" has peaks at (1.75V, 51.90uA) and (2.05V, 23.75uA).
There are no peak shifts between Proline, m9 and Proline, pbs.</think>
<answer>The peak at 1.75V is higher in Proline, pbs than in Proline, m9. The peak at 2.05V is higher in Proline, pbs than in Proline, m9.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"Proline, m9\". The purple curve is of \"Proline, pbs\". \n Highlight samples showing abnormal drops in peak current amplitude.",
"role": "user"
},
{
"content": "<think>The blue curve \"Proline, m9\" has peaks at (1.75V, 39.95uA) and (2.05V, 19.60uA). The purple curve \"Proline, pbs\" has peaks at (1.75V, 51.90uA) and (2.05V, 23.75uA). \n There are no peak shifts between Proline, m9 and Proline, pbs.</think> \n <answer>The peak at 1.75V is higher in Proline, pbs than in Proline, m9. The peak at 2.05V is higher in Proline, pbs than in Proline, m9.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The blue curve is of "Asn". The red curve is of "DAPG". The brown curve is of "Leu". The cyan curve is of "Ferrocene".
Check if temperature variation corresponds to changes in peak potential.
|
<think>The blue curve "Asn" has peaks at (2.65V, 62.80uA) and (3.30V, 74.55uA). The red curve "DAPG" has a peak at (2.80V, -73.15uA). The brown curve "Leu" has a peak at (0.50V, -11.30uA). The cyan curve "Ferrocene" has peaks at (2.65V, 54.20uA) and (3.30V, 63.45uA).</think>
<answer>Asn and DAPG have a different number of peaks. Asn and DAPG could have peak shifts from 2.65V and 3.30V to 2.80V. Asn and Leu have a different number of peaks. Asn and Leu could have peak shifts from 2.65V and 3.30V to 0.50V. There are no peak shifts between Asn and Ferrocene. DAPG and Leu have a different number of peaks. DAPG and Leu could have peak shifts from 2.80V to 0.50V. DAPG and Ferrocene have a different number of peaks. DAPG and Ferrocene could have peak shifts from 2.80V to 2.65V and 3.30V. Leu and Ferrocene have a different number of peaks. Leu and Ferrocene could have peak shifts from 0.50V to 2.65V and 3.30V.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"Asn\". The red curve is of \"DAPG\". The brown curve is of \"Leu\". The cyan curve is of \"Ferrocene\". \n Check if temperature variation corresponds to changes in peak potential.",
"role": "user"
},
{
"content": "<think>The blue curve \"Asn\" has peaks at (2.65V, 62.80uA) and (3.30V, 74.55uA). The red curve \"DAPG\" has a peak at (2.80V, -73.15uA). The brown curve \"Leu\" has a peak at (0.50V, -11.30uA). The cyan curve \"Ferrocene\" has peaks at (2.65V, 54.20uA) and (3.30V, 63.45uA).</think> \n <answer>Asn and DAPG have a different number of peaks. Asn and DAPG could have peak shifts from 2.65V and 3.30V to 2.80V. Asn and Leu have a different number of peaks. Asn and Leu could have peak shifts from 2.65V and 3.30V to 0.50V. There are no peak shifts between Asn and Ferrocene. DAPG and Leu have a different number of peaks. DAPG and Leu could have peak shifts from 2.80V to 0.50V. DAPG and Ferrocene have a different number of peaks. DAPG and Ferrocene could have peak shifts from 2.80V to 2.65V and 3.30V. Leu and Ferrocene have a different number of peaks. Leu and Ferrocene could have peak shifts from 0.50V to 2.65V and 3.30V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The red curve is of "Ferrocene 172.000 uM". The gray curve is of "Ferrocene 478.0 uM". The cyan curve is of "Ferrocene 411.00 uM". The pink curve is of "Ferrocene 165.000 mM". The olive curve is of "Ferrocene 789.000 uM".
Identify any systematic anodic or cathodic shifts in peak positions among these samples.
|
<think>The red curve "Ferrocene 172.000 uM" has peaks at (0.40V, -30.30uA) and (0.15V, 12.35uA). The gray curve "Ferrocene 478.0 uM" has peaks at (0.45V, -48.90uA) and (0.30V, -45.65uA). The cyan curve "Ferrocene 411.00 uM" has peaks at (0.40V, -61.30uA) and (0.15V, 21.00uA). The pink curve "Ferrocene 165.000 mM" has peaks at (0.70V, -44.05uA) and (0.55V, -12.70uA). The olive curve "Ferrocene 789.000 uM" has peaks at (0.40V, -47.25uA) and (0.15V, 15.25uA).</think>
<answer>Ferrocene 172.000 uM and Ferrocene 478.0 uM have a different number of peaks. Ferrocene 172.000 uM and Ferrocene 478.0 uM have matching peaks at 0.45V. Ferrocene 172.000 uM and Ferrocene 478.0 uM could have peak shifts from 0.15V to 0.30V. There are no peak shifts between Ferrocene 172.000 uM and Ferrocene 411.00 uM. Ferrocene 172.000 uM and Ferrocene 165.000 mM have a different number of peaks. Ferrocene 172.000 uM and Ferrocene 165.000 mM could have peak shifts from 0.40V and 0.15V to 0.70V and 0.55V. There are no peak shifts between Ferrocene 172.000 uM and Ferrocene 789.000 uM. Ferrocene 478.0 uM and Ferrocene 411.00 uM have a different number of peaks. Ferrocene 478.0 uM and Ferrocene 411.00 uM have matching peaks at 0.45V. Ferrocene 478.0 uM and Ferrocene 411.00 uM could have peak shifts from 0.30V to 0.15V. Ferrocene 478.0 uM and Ferrocene 165.000 mM have a different number of peaks. Ferrocene 478.0 uM and Ferrocene 165.000 mM could have peak shifts from 0.45V and 0.30V to 0.70V and 0.55V. Ferrocene 478.0 uM and Ferrocene 789.000 uM have a different number of peaks. Ferrocene 478.0 uM and Ferrocene 789.000 uM have matching peaks at 0.45V. Ferrocene 478.0 uM and Ferrocene 789.000 uM could have peak shifts from 0.30V to 0.15V. Ferrocene 411.00 uM and Ferrocene 165.000 mM have a different number of peaks. Ferrocene 411.00 uM and Ferrocene 165.000 mM could have peak shifts from 0.40V and 0.15V to 0.70V and 0.55V. There are no peak shifts between Ferrocene 411.00 uM and Ferrocene 789.000 uM. Ferrocene 165.000 mM and Ferrocene 789.000 uM have a different number of peaks. Ferrocene 165.000 mM and Ferrocene 789.000 uM could have peak shifts from 0.70V and 0.55V to 0.40V and 0.15V.</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"Ferrocene 172.000 uM\". The gray curve is of \"Ferrocene 478.0 uM\". The cyan curve is of \"Ferrocene 411.00 uM\". The pink curve is of \"Ferrocene 165.000 mM\". The olive curve is of \"Ferrocene 789.000 uM\". \n Identify any systematic anodic or cathodic shifts in peak positions among these samples.",
"role": "user"
},
{
"content": "<think>The red curve \"Ferrocene 172.000 uM\" has peaks at (0.40V, -30.30uA) and (0.15V, 12.35uA). The gray curve \"Ferrocene 478.0 uM\" has peaks at (0.45V, -48.90uA) and (0.30V, -45.65uA). The cyan curve \"Ferrocene 411.00 uM\" has peaks at (0.40V, -61.30uA) and (0.15V, 21.00uA). The pink curve \"Ferrocene 165.000 mM\" has peaks at (0.70V, -44.05uA) and (0.55V, -12.70uA). The olive curve \"Ferrocene 789.000 uM\" has peaks at (0.40V, -47.25uA) and (0.15V, 15.25uA).</think> \n <answer>Ferrocene 172.000 uM and Ferrocene 478.0 uM have a different number of peaks. Ferrocene 172.000 uM and Ferrocene 478.0 uM have matching peaks at 0.45V. Ferrocene 172.000 uM and Ferrocene 478.0 uM could have peak shifts from 0.15V to 0.30V. There are no peak shifts between Ferrocene 172.000 uM and Ferrocene 411.00 uM. Ferrocene 172.000 uM and Ferrocene 165.000 mM have a different number of peaks. Ferrocene 172.000 uM and Ferrocene 165.000 mM could have peak shifts from 0.40V and 0.15V to 0.70V and 0.55V. There are no peak shifts between Ferrocene 172.000 uM and Ferrocene 789.000 uM. Ferrocene 478.0 uM and Ferrocene 411.00 uM have a different number of peaks. Ferrocene 478.0 uM and Ferrocene 411.00 uM have matching peaks at 0.45V. Ferrocene 478.0 uM and Ferrocene 411.00 uM could have peak shifts from 0.30V to 0.15V. Ferrocene 478.0 uM and Ferrocene 165.000 mM have a different number of peaks. Ferrocene 478.0 uM and Ferrocene 165.000 mM could have peak shifts from 0.45V and 0.30V to 0.70V and 0.55V. Ferrocene 478.0 uM and Ferrocene 789.000 uM have a different number of peaks. Ferrocene 478.0 uM and Ferrocene 789.000 uM have matching peaks at 0.45V. Ferrocene 478.0 uM and Ferrocene 789.000 uM could have peak shifts from 0.30V to 0.15V. Ferrocene 411.00 uM and Ferrocene 165.000 mM have a different number of peaks. Ferrocene 411.00 uM and Ferrocene 165.000 mM could have peak shifts from 0.40V and 0.15V to 0.70V and 0.55V. There are no peak shifts between Ferrocene 411.00 uM and Ferrocene 789.000 uM. Ferrocene 165.000 mM and Ferrocene 789.000 uM have a different number of peaks. Ferrocene 165.000 mM and Ferrocene 789.000 uM could have peak shifts from 0.70V and 0.55V to 0.40V and 0.15V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The brown curve is of "Proline". The cyan curve is of "DAPG". The blue curve is of "Tryptophan". The olive curve is of "Ferrocene". The green curve is of "Histadine".
Check if temperature variation corresponds to changes in peak potential.
|
<think>The brown curve "Proline" has peaks at (-1.40V, -121.95uA) and (1.05V, -16.00uA). The cyan curve "DAPG" has no peaks. The blue curve "Tryptophan" has peaks at (0.25V, 74.35uA) and (1.20V, 40.25uA). The olive curve "Ferrocene" has a peak at (0.00V, -44.40uA). The green curve "Histadine" has peaks at (-1.40V, -94.05uA) and (1.05V, -12.30uA).</think>
<answer>Proline and DAPG have a different number of peaks. Proline and DAPG could have peak shifts from -1.40V and 1.05V to none. Proline and Tryptophan have a different number of peaks. Proline and Tryptophan could have peak shifts from -1.40V and 1.05V to 0.25V and 1.20V. Proline and Ferrocene have a different number of peaks. Proline and Ferrocene could have peak shifts from -1.40V and 1.05V to 0.00V. There are no peak shifts between Proline and Histadine. DAPG and Tryptophan have a different number of peaks. DAPG and Tryptophan could have peak shifts from none to 0.25V and 1.20V. DAPG and Ferrocene have a different number of peaks. DAPG and Ferrocene could have peak shifts from none to 0.00V. DAPG and Histadine have a different number of peaks. DAPG and Histadine could have peak shifts from none to -1.40V and 1.05V. Tryptophan and Ferrocene have a different number of peaks. Tryptophan and Ferrocene could have peak shifts from 0.25V and 1.20V to 0.00V. Tryptophan and Histadine have a different number of peaks. Tryptophan and Histadine could have peak shifts from 0.25V and 1.20V to -1.40V and 1.05V. Ferrocene and Histadine have a different number of peaks. Ferrocene and Histadine could have peak shifts from 0.00V to -1.40V and 1.05V.</answer>
<eval></eval>
|
[
{
"content": "<image>The brown curve is of \"Proline\". The cyan curve is of \"DAPG\". The blue curve is of \"Tryptophan\". The olive curve is of \"Ferrocene\". The green curve is of \"Histadine\". \n Check if temperature variation corresponds to changes in peak potential.",
"role": "user"
},
{
"content": "<think>The brown curve \"Proline\" has peaks at (-1.40V, -121.95uA) and (1.05V, -16.00uA). The cyan curve \"DAPG\" has no peaks. The blue curve \"Tryptophan\" has peaks at (0.25V, 74.35uA) and (1.20V, 40.25uA). The olive curve \"Ferrocene\" has a peak at (0.00V, -44.40uA). The green curve \"Histadine\" has peaks at (-1.40V, -94.05uA) and (1.05V, -12.30uA).</think> \n <answer>Proline and DAPG have a different number of peaks. Proline and DAPG could have peak shifts from -1.40V and 1.05V to none. Proline and Tryptophan have a different number of peaks. Proline and Tryptophan could have peak shifts from -1.40V and 1.05V to 0.25V and 1.20V. Proline and Ferrocene have a different number of peaks. Proline and Ferrocene could have peak shifts from -1.40V and 1.05V to 0.00V. There are no peak shifts between Proline and Histadine. DAPG and Tryptophan have a different number of peaks. DAPG and Tryptophan could have peak shifts from none to 0.25V and 1.20V. DAPG and Ferrocene have a different number of peaks. DAPG and Ferrocene could have peak shifts from none to 0.00V. DAPG and Histadine have a different number of peaks. DAPG and Histadine could have peak shifts from none to -1.40V and 1.05V. Tryptophan and Ferrocene have a different number of peaks. Tryptophan and Ferrocene could have peak shifts from 0.25V and 1.20V to 0.00V. Tryptophan and Histadine have a different number of peaks. Tryptophan and Histadine could have peak shifts from 0.25V and 1.20V to -1.40V and 1.05V. Ferrocene and Histadine have a different number of peaks. Ferrocene and Histadine could have peak shifts from 0.00V to -1.40V and 1.05V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The gray curve is of "Leu". The pink curve is of "Tryptophan". The cyan curve is of "Proline". The red curve is of "Asn". The brown curve is of "DAPG".
Calculate the mean amplitude change for each group of samples.
|
<think>The gray curve "Leu" has peaks at (0.50V, -59.25uA) and (0.75V, -12.30uA). The pink curve "Tryptophan" has a peak at (0.55V, -37.20uA). The cyan curve "Proline" has peaks at (1.25V, -8.55uA) and (0.60V, 2.70uA). The red curve "Asn" has a peak at (0.75V, -30.55uA). The brown curve "DAPG" has peaks at (0.50V, -48.05uA) and (0.75V, -10.75uA).
Leu and Tryptophan have a different number of peaks. Leu and Tryptophan have matching peaks at 0.55V. Leu and Tryptophan could have peak shifts from 0.75V to none. Leu and Proline have a different number of peaks. Leu and Proline could have peak shifts from 0.50V and 0.75V to 1.25V and 0.60V. Leu and Asn have a different number of peaks. Leu and Asn have matching peaks at 0.75V. Leu and Asn could have peak shifts from 0.50V to none. There are no peak shifts between Leu and DAPG. Tryptophan and Proline have a different number of peaks. Tryptophan and Proline have matching peaks at 0.55V. Tryptophan and Proline could have peak shifts from none to 1.25V. Tryptophan and Asn have a different number of peaks. Tryptophan and Asn could have peak shifts from 0.55V to 0.75V. Tryptophan and DAPG have a different number of peaks. Tryptophan and DAPG have matching peaks at 0.55V. Tryptophan and DAPG could have peak shifts from none to 0.75V. Proline and Asn have a different number of peaks. Proline and Asn could have peak shifts from 1.25V and 0.60V to 0.75V. Proline and DAPG have a different number of peaks. Proline and DAPG could have peak shifts from 1.25V and 0.60V to 0.50V and 0.75V. Asn and DAPG have a different number of peaks. Asn and DAPG have matching peaks at 0.75V. Asn and DAPG could have peak shifts from none to 0.50V.</think>
<answer>The peak at 0.55V is higher in Tryptophan than in Leu. The peak at 0.75V is higher in Leu than in Asn. The peak at 0.50V is higher in DAPG than in Leu. The peak at 0.75V is higher in DAPG than in Leu. The peak at 0.55V is higher in Proline than in Tryptophan. The peak at 0.55V is higher in Tryptophan than in DAPG. The peak at 0.75V is higher in DAPG than in Asn.</answer>
<eval></eval>
|
[
{
"content": "<image>The gray curve is of \"Leu\". The pink curve is of \"Tryptophan\". The cyan curve is of \"Proline\". The red curve is of \"Asn\". The brown curve is of \"DAPG\". \n Calculate the mean amplitude change for each group of samples.",
"role": "user"
},
{
"content": "<think>The gray curve \"Leu\" has peaks at (0.50V, -59.25uA) and (0.75V, -12.30uA). The pink curve \"Tryptophan\" has a peak at (0.55V, -37.20uA). The cyan curve \"Proline\" has peaks at (1.25V, -8.55uA) and (0.60V, 2.70uA). The red curve \"Asn\" has a peak at (0.75V, -30.55uA). The brown curve \"DAPG\" has peaks at (0.50V, -48.05uA) and (0.75V, -10.75uA). \n Leu and Tryptophan have a different number of peaks. Leu and Tryptophan have matching peaks at 0.55V. Leu and Tryptophan could have peak shifts from 0.75V to none. Leu and Proline have a different number of peaks. Leu and Proline could have peak shifts from 0.50V and 0.75V to 1.25V and 0.60V. Leu and Asn have a different number of peaks. Leu and Asn have matching peaks at 0.75V. Leu and Asn could have peak shifts from 0.50V to none. There are no peak shifts between Leu and DAPG. Tryptophan and Proline have a different number of peaks. Tryptophan and Proline have matching peaks at 0.55V. Tryptophan and Proline could have peak shifts from none to 1.25V. Tryptophan and Asn have a different number of peaks. Tryptophan and Asn could have peak shifts from 0.55V to 0.75V. Tryptophan and DAPG have a different number of peaks. Tryptophan and DAPG have matching peaks at 0.55V. Tryptophan and DAPG could have peak shifts from none to 0.75V. Proline and Asn have a different number of peaks. Proline and Asn could have peak shifts from 1.25V and 0.60V to 0.75V. Proline and DAPG have a different number of peaks. Proline and DAPG could have peak shifts from 1.25V and 0.60V to 0.50V and 0.75V. Asn and DAPG have a different number of peaks. Asn and DAPG have matching peaks at 0.75V. Asn and DAPG could have peak shifts from none to 0.50V.</think> \n <answer>The peak at 0.55V is higher in Tryptophan than in Leu. The peak at 0.75V is higher in Leu than in Asn. The peak at 0.50V is higher in DAPG than in Leu. The peak at 0.75V is higher in DAPG than in Leu. The peak at 0.55V is higher in Proline than in Tryptophan. The peak at 0.55V is higher in Tryptophan than in DAPG. The peak at 0.75V is higher in DAPG than in Asn.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The cyan curve is of "dapg, 409.0 uM". The olive curve is of "dapg, 618.0 uM". The gray curve is of "dapg, 134.000 mM". The blue curve is of "dapg, 521.00 uM".
Is the peak shift consistent in magnitude and direction across all replicates?
|
<think>The cyan curve "dapg, 409.0 uM" has peaks at (2.80V, 144.55uA) and (3.40V, 133.70uA). The olive curve "dapg, 618.0 uM" has peaks at (1.15V, -20.40uA) and (1.75V, -105.00uA). The gray curve "dapg, 134.000 mM" has peaks at (2.80V, 111.70uA) and (3.40V, 103.35uA). The blue curve "dapg, 521.00 uM" has a peak at (2.00V, -82.45uA).</think>
<answer>dapg, 409.0 uM and dapg, 618.0 uM have a different number of peaks. dapg, 409.0 uM and dapg, 618.0 uM could have peak shifts from 2.80V and 3.40V to 1.15V and 1.75V. There are no peak shifts between dapg, 409.0 uM and dapg, 134.000 mM. dapg, 409.0 uM and dapg, 521.00 uM have a different number of peaks. dapg, 409.0 uM and dapg, 521.00 uM could have peak shifts from 2.80V and 3.40V to 2.00V. dapg, 618.0 uM and dapg, 134.000 mM have a different number of peaks. dapg, 618.0 uM and dapg, 134.000 mM could have peak shifts from 1.15V and 1.75V to 2.80V and 3.40V. dapg, 618.0 uM and dapg, 521.00 uM have a different number of peaks. dapg, 618.0 uM and dapg, 521.00 uM could have peak shifts from 1.15V and 1.75V to 2.00V. dapg, 134.000 mM and dapg, 521.00 uM have a different number of peaks. dapg, 134.000 mM and dapg, 521.00 uM could have peak shifts from 2.80V and 3.40V to 2.00V.</answer>
<eval></eval>
|
[
{
"content": "<image>The cyan curve is of \"dapg, 409.0 uM\". The olive curve is of \"dapg, 618.0 uM\". The gray curve is of \"dapg, 134.000 mM\". The blue curve is of \"dapg, 521.00 uM\". \n Is the peak shift consistent in magnitude and direction across all replicates?",
"role": "user"
},
{
"content": "<think>The cyan curve \"dapg, 409.0 uM\" has peaks at (2.80V, 144.55uA) and (3.40V, 133.70uA). The olive curve \"dapg, 618.0 uM\" has peaks at (1.15V, -20.40uA) and (1.75V, -105.00uA). The gray curve \"dapg, 134.000 mM\" has peaks at (2.80V, 111.70uA) and (3.40V, 103.35uA). The blue curve \"dapg, 521.00 uM\" has a peak at (2.00V, -82.45uA).</think> \n <answer>dapg, 409.0 uM and dapg, 618.0 uM have a different number of peaks. dapg, 409.0 uM and dapg, 618.0 uM could have peak shifts from 2.80V and 3.40V to 1.15V and 1.75V. There are no peak shifts between dapg, 409.0 uM and dapg, 134.000 mM. dapg, 409.0 uM and dapg, 521.00 uM have a different number of peaks. dapg, 409.0 uM and dapg, 521.00 uM could have peak shifts from 2.80V and 3.40V to 2.00V. dapg, 618.0 uM and dapg, 134.000 mM have a different number of peaks. dapg, 618.0 uM and dapg, 134.000 mM could have peak shifts from 1.15V and 1.75V to 2.80V and 3.40V. dapg, 618.0 uM and dapg, 521.00 uM have a different number of peaks. dapg, 618.0 uM and dapg, 521.00 uM could have peak shifts from 1.15V and 1.75V to 2.00V. dapg, 134.000 mM and dapg, 521.00 uM have a different number of peaks. dapg, 134.000 mM and dapg, 521.00 uM could have peak shifts from 2.80V and 3.40V to 2.00V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The olive curve is of "hist, cycle 2". The blue curve is of "hist, cycle 1".
Find samples with both amplitude and peak position changes beyond threshold values.
|
<think>The olive curve "hist, cycle 2" has peaks at (2.35V, -9.80uA) and (1.40V, 5.55uA). The blue curve "hist, cycle 1" has peaks at (2.35V, -7.65uA) and (1.40V, 4.10uA).
There are no peak shifts between hist, cycle 2 and hist, cycle 1.</think>
<answer>The peak at 2.35V is higher in hist, cycle 1 than in hist, cycle 2. The peak at 1.40V is higher in hist, cycle 2 than in hist, cycle 1.</answer>
<eval></eval>
|
[
{
"content": "<image>The olive curve is of \"hist, cycle 2\". The blue curve is of \"hist, cycle 1\". \n Find samples with both amplitude and peak position changes beyond threshold values.",
"role": "user"
},
{
"content": "<think>The olive curve \"hist, cycle 2\" has peaks at (2.35V, -9.80uA) and (1.40V, 5.55uA). The blue curve \"hist, cycle 1\" has peaks at (2.35V, -7.65uA) and (1.40V, 4.10uA). \n There are no peak shifts between hist, cycle 2 and hist, cycle 1.</think> \n <answer>The peak at 2.35V is higher in hist, cycle 1 than in hist, cycle 2. The peak at 1.40V is higher in hist, cycle 2 than in hist, cycle 1.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The red curve is of "PG". The green curve is of "Histadine". The brown curve is of "Proline".
Are amplitude changes correlated with applied potential shifts?
|
<think>The red curve "PG" has peaks at (-0.10V, 39.25uA) and (1.00V, 42.20uA). The green curve "Histadine" has peaks at (-0.10V, 47.35uA) and (1.00V, 51.25uA). The brown curve "Proline" has a peak at (-0.05V, -51.15uA).
There are no peak shifts between PG and Histadine. PG and Proline have a different number of peaks. PG and Proline could have peak shifts from -0.10V and 1.00V to -0.05V. Histadine and Proline have a different number of peaks. Histadine and Proline could have peak shifts from -0.10V and 1.00V to -0.05V.</think>
<answer>The peak at -0.10V is higher in Histadine than in PG. The peak at 1.00V is higher in Histadine than in PG.</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"PG\". The green curve is of \"Histadine\". The brown curve is of \"Proline\". \n Are amplitude changes correlated with applied potential shifts?",
"role": "user"
},
{
"content": "<think>The red curve \"PG\" has peaks at (-0.10V, 39.25uA) and (1.00V, 42.20uA). The green curve \"Histadine\" has peaks at (-0.10V, 47.35uA) and (1.00V, 51.25uA). The brown curve \"Proline\" has a peak at (-0.05V, -51.15uA). \n There are no peak shifts between PG and Histadine. PG and Proline have a different number of peaks. PG and Proline could have peak shifts from -0.10V and 1.00V to -0.05V. Histadine and Proline have a different number of peaks. Histadine and Proline could have peak shifts from -0.10V and 1.00V to -0.05V.</think> \n <answer>The peak at -0.10V is higher in Histadine than in PG. The peak at 1.00V is higher in Histadine than in PG.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The olive curve is of "Histadine_91.36 uM". The olive dashed curve is of "Histadine_798.50 uM". The green curve is of "Histadine_Blank". The gray curve is of "Histadine_Blank".
Can you list the major peaks in this pulse voltammogram?
|
<answer>The olive curve "Histadine_91.36 uM" has a peak at (0.70V, -17.85uA). The olive dashed curve "Histadine_798.50 uM" has peaks at (0.85V, -67.40uA) and (1.00V, -51.55uA). The green curve "Histadine_Blank" has a peak at (1.05V, -78.40uA). The gray curve "Histadine_Blank" has a peak at (0.70V, -14.70uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The olive curve is of \"Histadine_91.36 uM\". The olive dashed curve is of \"Histadine_798.50 uM\". The green curve is of \"Histadine_Blank\". The gray curve is of \"Histadine_Blank\". \n Can you list the major peaks in this pulse voltammogram?",
"role": "user"
},
{
"content": " \n <answer>The olive curve \"Histadine_91.36 uM\" has a peak at (0.70V, -17.85uA). The olive dashed curve \"Histadine_798.50 uM\" has peaks at (0.85V, -67.40uA) and (1.00V, -51.55uA). The green curve \"Histadine_Blank\" has a peak at (1.05V, -78.40uA). The gray curve \"Histadine_Blank\" has a peak at (0.70V, -14.70uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The purple curve is of "Histadine cycle 1". The olive curve is of "DAPG cycle 3". The gray curve is of "hist cycle 2". The green curve is of "PG cycle 3". The red curve is of "Pro cycle 1".
Find samples with both amplitude and peak position changes beyond threshold values.
|
<think>The purple curve "Histadine cycle 1" has a peak at (1.20V, -35.35uA). The olive curve "DAPG cycle 3" has a peak at (0.40V, -52.05uA). The gray curve "hist cycle 2" has a peak at (1.20V, -62.95uA). The green curve "PG cycle 3" has a peak at (1.20V, -24.65uA). The red curve "Pro cycle 1" has a peak at (1.20V, -51.15uA).
Histadine cycle 1 and DAPG cycle 3 have a different number of peaks. Histadine cycle 1 and DAPG cycle 3 could have peak shifts from 1.20V to 0.40V. There are no peak shifts between Histadine cycle 1 and hist cycle 2. There are no peak shifts between Histadine cycle 1 and PG cycle 3. There are no peak shifts between Histadine cycle 1 and Pro cycle 1. DAPG cycle 3 and hist cycle 2 have a different number of peaks. DAPG cycle 3 and hist cycle 2 could have peak shifts from 0.40V to 1.20V. DAPG cycle 3 and PG cycle 3 have a different number of peaks. DAPG cycle 3 and PG cycle 3 could have peak shifts from 0.40V to 1.20V. DAPG cycle 3 and Pro cycle 1 have a different number of peaks. DAPG cycle 3 and Pro cycle 1 could have peak shifts from 0.40V to 1.20V. There are no peak shifts between hist cycle 2 and PG cycle 3. There are no peak shifts between hist cycle 2 and Pro cycle 1. There are no peak shifts between PG cycle 3 and Pro cycle 1.</think>
<answer>The peak at 1.20V is higher in Histadine cycle 1 than in hist cycle 2. The peak at 1.20V is higher in PG cycle 3 than in Histadine cycle 1. The peak at 1.20V is higher in Histadine cycle 1 than in Pro cycle 1. The peak at 1.20V is higher in PG cycle 3 than in hist cycle 2. The peak at 1.20V is higher in Pro cycle 1 than in hist cycle 2. The peak at 1.20V is higher in PG cycle 3 than in Pro cycle 1.</answer>
<eval></eval>
|
[
{
"content": "<image>The purple curve is of \"Histadine cycle 1\". The olive curve is of \"DAPG cycle 3\". The gray curve is of \"hist cycle 2\". The green curve is of \"PG cycle 3\". The red curve is of \"Pro cycle 1\". \n Find samples with both amplitude and peak position changes beyond threshold values.",
"role": "user"
},
{
"content": "<think>The purple curve \"Histadine cycle 1\" has a peak at (1.20V, -35.35uA). The olive curve \"DAPG cycle 3\" has a peak at (0.40V, -52.05uA). The gray curve \"hist cycle 2\" has a peak at (1.20V, -62.95uA). The green curve \"PG cycle 3\" has a peak at (1.20V, -24.65uA). The red curve \"Pro cycle 1\" has a peak at (1.20V, -51.15uA). \n Histadine cycle 1 and DAPG cycle 3 have a different number of peaks. Histadine cycle 1 and DAPG cycle 3 could have peak shifts from 1.20V to 0.40V. There are no peak shifts between Histadine cycle 1 and hist cycle 2. There are no peak shifts between Histadine cycle 1 and PG cycle 3. There are no peak shifts between Histadine cycle 1 and Pro cycle 1. DAPG cycle 3 and hist cycle 2 have a different number of peaks. DAPG cycle 3 and hist cycle 2 could have peak shifts from 0.40V to 1.20V. DAPG cycle 3 and PG cycle 3 have a different number of peaks. DAPG cycle 3 and PG cycle 3 could have peak shifts from 0.40V to 1.20V. DAPG cycle 3 and Pro cycle 1 have a different number of peaks. DAPG cycle 3 and Pro cycle 1 could have peak shifts from 0.40V to 1.20V. There are no peak shifts between hist cycle 2 and PG cycle 3. There are no peak shifts between hist cycle 2 and Pro cycle 1. There are no peak shifts between PG cycle 3 and Pro cycle 1.</think> \n <answer>The peak at 1.20V is higher in Histadine cycle 1 than in hist cycle 2. The peak at 1.20V is higher in PG cycle 3 than in Histadine cycle 1. The peak at 1.20V is higher in Histadine cycle 1 than in Pro cycle 1. The peak at 1.20V is higher in PG cycle 3 than in hist cycle 2. The peak at 1.20V is higher in Pro cycle 1 than in hist cycle 2. The peak at 1.20V is higher in PG cycle 3 than in Pro cycle 1.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The green curve is of "DAPG, cycle 1". The green dashed curve is of "Tryptophan, cycle 3". The brown curve is of "hist, cycle 1".
Calculate the percentage change in peak amplitude compared to the baseline.
|
<think>The green curve "DAPG, cycle 1" has no peaks. The green dashed curve "Tryptophan, cycle 3" has peaks at (0.95V, -119.50uA) and (1.40V, -62.20uA). The brown curve "hist, cycle 1" has peaks at (0.95V, -79.10uA) and (1.40V, -39.30uA).
DAPG, cycle 1 and Tryptophan, cycle 3 have a different number of peaks. DAPG, cycle 1 and Tryptophan, cycle 3 could have peak shifts from none to 0.95V and 1.40V. DAPG, cycle 1 and hist, cycle 1 have a different number of peaks. DAPG, cycle 1 and hist, cycle 1 could have peak shifts from none to 0.95V and 1.40V. There are no peak shifts between Tryptophan, cycle 3 and hist, cycle 1.</think>
<answer>The peak at 0.95V is higher in hist, cycle 1 than in Tryptophan, cycle 3. The peak at 1.40V is higher in hist, cycle 1 than in Tryptophan, cycle 3.</answer>
<eval></eval>
|
[
{
"content": "<image>The green curve is of \"DAPG, cycle 1\". The green dashed curve is of \"Tryptophan, cycle 3\". The brown curve is of \"hist, cycle 1\". \n Calculate the percentage change in peak amplitude compared to the baseline.",
"role": "user"
},
{
"content": "<think>The green curve \"DAPG, cycle 1\" has no peaks. The green dashed curve \"Tryptophan, cycle 3\" has peaks at (0.95V, -119.50uA) and (1.40V, -62.20uA). The brown curve \"hist, cycle 1\" has peaks at (0.95V, -79.10uA) and (1.40V, -39.30uA). \n DAPG, cycle 1 and Tryptophan, cycle 3 have a different number of peaks. DAPG, cycle 1 and Tryptophan, cycle 3 could have peak shifts from none to 0.95V and 1.40V. DAPG, cycle 1 and hist, cycle 1 have a different number of peaks. DAPG, cycle 1 and hist, cycle 1 could have peak shifts from none to 0.95V and 1.40V. There are no peak shifts between Tryptophan, cycle 3 and hist, cycle 1.</think> \n <answer>The peak at 0.95V is higher in hist, cycle 1 than in Tryptophan, cycle 3. The peak at 1.40V is higher in hist, cycle 1 than in Tryptophan, cycle 3.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The purple curve is of "566.500 uM". The orange curve is of "Blank". The pink curve is of "525.115 uM". The red curve is of "122.3 uM". The gray curve is of "588.435 uM".
List all measurements where the peak amplitude has decreased from the control.
|
<think>The purple curve "566.500 uM" has peaks at (0.35V, -9.75uA) and (0.85V, -8.95uA). The orange curve "Blank" has peaks at (0.35V, -32.70uA) and (0.85V, -30.40uA). The pink curve "525.115 uM" has peaks at (0.35V, -15.55uA) and (0.85V, -14.35uA). The red curve "122.3 uM" has peaks at (0.35V, -25.45uA) and (0.85V, -23.55uA). The gray curve "588.435 uM" has peaks at (0.35V, -19.90uA) and (0.85V, -18.35uA).
There are no peak shifts between 566.500 uM and Blank. There are no peak shifts between 566.500 uM and 525.115 uM. There are no peak shifts between 566.500 uM and 122.3 uM. There are no peak shifts between 566.500 uM and 588.435 uM. There are no peak shifts between Blank and 525.115 uM. There are no peak shifts between Blank and 122.3 uM. There are no peak shifts between Blank and 588.435 uM. There are no peak shifts between 525.115 uM and 122.3 uM. There are no peak shifts between 525.115 uM and 588.435 uM. There are no peak shifts between 122.3 uM and 588.435 uM.</think>
<answer>The peak at 0.35V is higher in 566.500 uM than in Blank. The peak at 0.85V is higher in 566.500 uM than in Blank. The peak at 0.35V is higher in 566.500 uM than in 525.115 uM. The peak at 0.85V is higher in 566.500 uM than in 525.115 uM. The peak at 0.35V is higher in 566.500 uM than in 122.3 uM. The peak at 0.85V is higher in 566.500 uM than in 122.3 uM. The peak at 0.35V is higher in 566.500 uM than in 588.435 uM. The peak at 0.85V is higher in 566.500 uM than in 588.435 uM. The peak at 0.35V is higher in 525.115 uM than in Blank. The peak at 0.85V is higher in 525.115 uM than in Blank. The peak at 0.35V is higher in 122.3 uM than in Blank. The peak at 0.85V is higher in 122.3 uM than in Blank. The peak at 0.35V is higher in 588.435 uM than in Blank. The peak at 0.85V is higher in 588.435 uM than in Blank. The peak at 0.35V is higher in 525.115 uM than in 122.3 uM. The peak at 0.85V is higher in 525.115 uM than in 122.3 uM. The peak at 0.35V is higher in 525.115 uM than in 588.435 uM. The peak at 0.85V is higher in 525.115 uM than in 588.435 uM. The peak at 0.35V is higher in 588.435 uM than in 122.3 uM. The peak at 0.85V is higher in 588.435 uM than in 122.3 uM.</answer>
<eval></eval>
|
[
{
"content": "<image>The purple curve is of \"566.500 uM\". The orange curve is of \"Blank\". The pink curve is of \"525.115 uM\". The red curve is of \"122.3 uM\". The gray curve is of \"588.435 uM\". \n List all measurements where the peak amplitude has decreased from the control.",
"role": "user"
},
{
"content": "<think>The purple curve \"566.500 uM\" has peaks at (0.35V, -9.75uA) and (0.85V, -8.95uA). The orange curve \"Blank\" has peaks at (0.35V, -32.70uA) and (0.85V, -30.40uA). The pink curve \"525.115 uM\" has peaks at (0.35V, -15.55uA) and (0.85V, -14.35uA). The red curve \"122.3 uM\" has peaks at (0.35V, -25.45uA) and (0.85V, -23.55uA). The gray curve \"588.435 uM\" has peaks at (0.35V, -19.90uA) and (0.85V, -18.35uA). \n There are no peak shifts between 566.500 uM and Blank. There are no peak shifts between 566.500 uM and 525.115 uM. There are no peak shifts between 566.500 uM and 122.3 uM. There are no peak shifts between 566.500 uM and 588.435 uM. There are no peak shifts between Blank and 525.115 uM. There are no peak shifts between Blank and 122.3 uM. There are no peak shifts between Blank and 588.435 uM. There are no peak shifts between 525.115 uM and 122.3 uM. There are no peak shifts between 525.115 uM and 588.435 uM. There are no peak shifts between 122.3 uM and 588.435 uM.</think> \n <answer>The peak at 0.35V is higher in 566.500 uM than in Blank. The peak at 0.85V is higher in 566.500 uM than in Blank. The peak at 0.35V is higher in 566.500 uM than in 525.115 uM. The peak at 0.85V is higher in 566.500 uM than in 525.115 uM. The peak at 0.35V is higher in 566.500 uM than in 122.3 uM. The peak at 0.85V is higher in 566.500 uM than in 122.3 uM. The peak at 0.35V is higher in 566.500 uM than in 588.435 uM. The peak at 0.85V is higher in 566.500 uM than in 588.435 uM. The peak at 0.35V is higher in 525.115 uM than in Blank. The peak at 0.85V is higher in 525.115 uM than in Blank. The peak at 0.35V is higher in 122.3 uM than in Blank. The peak at 0.85V is higher in 122.3 uM than in Blank. The peak at 0.35V is higher in 588.435 uM than in Blank. The peak at 0.85V is higher in 588.435 uM than in Blank. The peak at 0.35V is higher in 525.115 uM than in 122.3 uM. The peak at 0.85V is higher in 525.115 uM than in 122.3 uM. The peak at 0.35V is higher in 525.115 uM than in 588.435 uM. The peak at 0.85V is higher in 525.115 uM than in 588.435 uM. The peak at 0.35V is higher in 588.435 uM than in 122.3 uM. The peak at 0.85V is higher in 588.435 uM than in 122.3 uM.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The blue curve is of "Proline pbs". The purple curve is of "Asn PB". The cyan curve is of "dapg PBS". The olive curve is of "Pro pbs".
Find samples with both amplitude and peak position changes beyond threshold values.
|
<think>The blue curve "Proline pbs" has a peak at (0.15V, 9.80uA). The purple curve "Asn PB" has a peak at (0.85V, -65.05uA). The cyan curve "dapg PBS" has a peak at (0.85V, -41.70uA). The olive curve "Pro pbs" has no peaks.
Proline pbs and Asn PB have a different number of peaks. Proline pbs and Asn PB could have peak shifts from 0.15V to 0.85V. Proline pbs and dapg PBS have a different number of peaks. Proline pbs and dapg PBS could have peak shifts from 0.15V to 0.85V. Proline pbs and Pro pbs have a different number of peaks. Proline pbs and Pro pbs could have peak shifts from 0.15V to none. There are no peak shifts between Asn PB and dapg PBS. Asn PB and Pro pbs have a different number of peaks. Asn PB and Pro pbs could have peak shifts from 0.85V to none. dapg PBS and Pro pbs have a different number of peaks. dapg PBS and Pro pbs could have peak shifts from 0.85V to none.</think>
<answer>The peak at 0.85V is higher in dapg PBS than in Asn PB.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"Proline pbs\". The purple curve is of \"Asn PB\". The cyan curve is of \"dapg PBS\". The olive curve is of \"Pro pbs\". \n Find samples with both amplitude and peak position changes beyond threshold values.",
"role": "user"
},
{
"content": "<think>The blue curve \"Proline pbs\" has a peak at (0.15V, 9.80uA). The purple curve \"Asn PB\" has a peak at (0.85V, -65.05uA). The cyan curve \"dapg PBS\" has a peak at (0.85V, -41.70uA). The olive curve \"Pro pbs\" has no peaks. \n Proline pbs and Asn PB have a different number of peaks. Proline pbs and Asn PB could have peak shifts from 0.15V to 0.85V. Proline pbs and dapg PBS have a different number of peaks. Proline pbs and dapg PBS could have peak shifts from 0.15V to 0.85V. Proline pbs and Pro pbs have a different number of peaks. Proline pbs and Pro pbs could have peak shifts from 0.15V to none. There are no peak shifts between Asn PB and dapg PBS. Asn PB and Pro pbs have a different number of peaks. Asn PB and Pro pbs could have peak shifts from 0.85V to none. dapg PBS and Pro pbs have a different number of peaks. dapg PBS and Pro pbs could have peak shifts from 0.85V to none.</think> \n <answer>The peak at 0.85V is higher in dapg PBS than in Asn PB.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The green curve is of "Pro pb". The brown curve is of "Pro M9".
Find the largest increase in peak amplitude across the dataset.
|
<think>The green curve "Pro pb" has peaks at (1.75V, 110.65uA) and (2.10V, 58.90uA). The brown curve "Pro M9" has peaks at (1.75V, 84.55uA) and (2.10V, 43.90uA).
There are no peak shifts between Pro pb and Pro M9.</think>
<answer>The peak at 1.75V is higher in Pro pb than in Pro M9. The peak at 2.10V is higher in Pro pb than in Pro M9.</answer>
<eval></eval>
|
[
{
"content": "<image>The green curve is of \"Pro pb\". The brown curve is of \"Pro M9\". \n Find the largest increase in peak amplitude across the dataset.",
"role": "user"
},
{
"content": "<think>The green curve \"Pro pb\" has peaks at (1.75V, 110.65uA) and (2.10V, 58.90uA). The brown curve \"Pro M9\" has peaks at (1.75V, 84.55uA) and (2.10V, 43.90uA). \n There are no peak shifts between Pro pb and Pro M9.</think> \n <answer>The peak at 1.75V is higher in Pro pb than in Pro M9. The peak at 2.10V is higher in Pro pb than in Pro M9.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The blue dashed curve is of "Asn_Blank". The blue curve is of "Asn_168.00 uM". The gray curve is of "Asn_Blank". The blue dashed curve is of "Asn_264.000 uM". The pink curve is of "Asn_516.0 uM".
Determine whether peak potential shifts correlate with concentration changes.
|
<think>The blue dashed curve "Asn_Blank" has a peak at (-0.15V, -129.20uA). The blue curve "Asn_168.00 uM" has a peak at (-0.15V, -201.95uA). The gray curve "Asn_Blank" has a peak at (-0.15V, -98.65uA). The blue dashed curve "Asn_264.000 uM" has a peak at (-0.15V, -167.45uA). The pink curve "Asn_516.0 uM" has no peaks.</think>
<answer>There are no peak shifts between Asn_Blank and Asn_168.00 uM. There are no peak shifts between Asn_Blank and Asn_Blank. There are no peak shifts between Asn_Blank and Asn_264.000 uM. Asn_Blank and Asn_516.0 uM have a different number of peaks. Asn_Blank and Asn_516.0 uM could have peak shifts from -0.15V to none. There are no peak shifts between Asn_168.00 uM and Asn_Blank. There are no peak shifts between Asn_168.00 uM and Asn_264.000 uM. Asn_168.00 uM and Asn_516.0 uM have a different number of peaks. Asn_168.00 uM and Asn_516.0 uM could have peak shifts from -0.15V to none. There are no peak shifts between Asn_Blank and Asn_264.000 uM. Asn_Blank and Asn_516.0 uM have a different number of peaks. Asn_Blank and Asn_516.0 uM could have peak shifts from -0.15V to none. Asn_264.000 uM and Asn_516.0 uM have a different number of peaks. Asn_264.000 uM and Asn_516.0 uM could have peak shifts from -0.15V to none.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue dashed curve is of \"Asn_Blank\". The blue curve is of \"Asn_168.00 uM\". The gray curve is of \"Asn_Blank\". The blue dashed curve is of \"Asn_264.000 uM\". The pink curve is of \"Asn_516.0 uM\". \n Determine whether peak potential shifts correlate with concentration changes.",
"role": "user"
},
{
"content": "<think>The blue dashed curve \"Asn_Blank\" has a peak at (-0.15V, -129.20uA). The blue curve \"Asn_168.00 uM\" has a peak at (-0.15V, -201.95uA). The gray curve \"Asn_Blank\" has a peak at (-0.15V, -98.65uA). The blue dashed curve \"Asn_264.000 uM\" has a peak at (-0.15V, -167.45uA). The pink curve \"Asn_516.0 uM\" has no peaks.</think> \n <answer>There are no peak shifts between Asn_Blank and Asn_168.00 uM. There are no peak shifts between Asn_Blank and Asn_Blank. There are no peak shifts between Asn_Blank and Asn_264.000 uM. Asn_Blank and Asn_516.0 uM have a different number of peaks. Asn_Blank and Asn_516.0 uM could have peak shifts from -0.15V to none. There are no peak shifts between Asn_168.00 uM and Asn_Blank. There are no peak shifts between Asn_168.00 uM and Asn_264.000 uM. Asn_168.00 uM and Asn_516.0 uM have a different number of peaks. Asn_168.00 uM and Asn_516.0 uM could have peak shifts from -0.15V to none. There are no peak shifts between Asn_Blank and Asn_264.000 uM. Asn_Blank and Asn_516.0 uM have a different number of peaks. Asn_Blank and Asn_516.0 uM could have peak shifts from -0.15V to none. Asn_264.000 uM and Asn_516.0 uM have a different number of peaks. Asn_264.000 uM and Asn_516.0 uM could have peak shifts from -0.15V to none.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The blue curve is of "592.125 uM". The green curve is of "443.1 uM". The blue dashed curve is of "569.1 uM".
Flag any peaks that have shifted direction (from anodic to cathodic) between measurements.
|
<think>The blue curve "592.125 uM" has no peaks. The green curve "443.1 uM" has a peak at (-0.15V, -53.75uA). The blue dashed curve "569.1 uM" has a peak at (-0.15V, -39.35uA).</think>
<answer>592.125 uM and 443.1 uM have a different number of peaks. 592.125 uM and 443.1 uM could have peak shifts from none to -0.15V. 592.125 uM and 569.1 uM have a different number of peaks. 592.125 uM and 569.1 uM could have peak shifts from none to -0.15V. There are no peak shifts between 443.1 uM and 569.1 uM.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"592.125 uM\". The green curve is of \"443.1 uM\". The blue dashed curve is of \"569.1 uM\". \n Flag any peaks that have shifted direction (from anodic to cathodic) between measurements.",
"role": "user"
},
{
"content": "<think>The blue curve \"592.125 uM\" has no peaks. The green curve \"443.1 uM\" has a peak at (-0.15V, -53.75uA). The blue dashed curve \"569.1 uM\" has a peak at (-0.15V, -39.35uA).</think> \n <answer>592.125 uM and 443.1 uM have a different number of peaks. 592.125 uM and 443.1 uM could have peak shifts from none to -0.15V. 592.125 uM and 569.1 uM have a different number of peaks. 592.125 uM and 569.1 uM could have peak shifts from none to -0.15V. There are no peak shifts between 443.1 uM and 569.1 uM.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The red curve is of "Mediator + PG". The blue curve is of "Mediator + Pro". The pink curve is of "Mediator + dapg". The gray curve is of "Mediator + hist". The orange curve is of "Mediator + Asn".
Determine if the change in amplitude is proportional to analyte concentration.
|
<think>The red curve "Mediator + PG" has a peak at (-1.00V, -72.45uA). The blue curve "Mediator + Pro" has no peaks. The pink curve "Mediator + dapg" has a peak at (-1.00V, -91.25uA). The gray curve "Mediator + hist" has a peak at (-1.00V, -44.15uA). The orange curve "Mediator + Asn" has a peak at (-1.00V, -62.60uA).
Mediator + PG and Mediator + Pro have a different number of peaks. Mediator + PG and Mediator + Pro could have peak shifts from -1.00V to none. There are no peak shifts between Mediator + PG and Mediator + dapg. There are no peak shifts between Mediator + PG and Mediator + hist. There are no peak shifts between Mediator + PG and Mediator + Asn. Mediator + Pro and Mediator + dapg have a different number of peaks. Mediator + Pro and Mediator + dapg could have peak shifts from none to -1.00V. Mediator + Pro and Mediator + hist have a different number of peaks. Mediator + Pro and Mediator + hist could have peak shifts from none to -1.00V. Mediator + Pro and Mediator + Asn have a different number of peaks. Mediator + Pro and Mediator + Asn could have peak shifts from none to -1.00V. There are no peak shifts between Mediator + dapg and Mediator + hist. There are no peak shifts between Mediator + dapg and Mediator + Asn. There are no peak shifts between Mediator + hist and Mediator + Asn.</think>
<answer>The peak at -1.00V is higher in Mediator + PG than in Mediator + dapg. The peak at -1.00V is higher in Mediator + hist than in Mediator + PG. The peak at -1.00V is higher in Mediator + Asn than in Mediator + PG. The peak at -1.00V is higher in Mediator + hist than in Mediator + dapg. The peak at -1.00V is higher in Mediator + Asn than in Mediator + dapg. The peak at -1.00V is higher in Mediator + hist than in Mediator + Asn.</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"Mediator + PG\". The blue curve is of \"Mediator + Pro\". The pink curve is of \"Mediator + dapg\". The gray curve is of \"Mediator + hist\". The orange curve is of \"Mediator + Asn\". \n Determine if the change in amplitude is proportional to analyte concentration.",
"role": "user"
},
{
"content": "<think>The red curve \"Mediator + PG\" has a peak at (-1.00V, -72.45uA). The blue curve \"Mediator + Pro\" has no peaks. The pink curve \"Mediator + dapg\" has a peak at (-1.00V, -91.25uA). The gray curve \"Mediator + hist\" has a peak at (-1.00V, -44.15uA). The orange curve \"Mediator + Asn\" has a peak at (-1.00V, -62.60uA). \n Mediator + PG and Mediator + Pro have a different number of peaks. Mediator + PG and Mediator + Pro could have peak shifts from -1.00V to none. There are no peak shifts between Mediator + PG and Mediator + dapg. There are no peak shifts between Mediator + PG and Mediator + hist. There are no peak shifts between Mediator + PG and Mediator + Asn. Mediator + Pro and Mediator + dapg have a different number of peaks. Mediator + Pro and Mediator + dapg could have peak shifts from none to -1.00V. Mediator + Pro and Mediator + hist have a different number of peaks. Mediator + Pro and Mediator + hist could have peak shifts from none to -1.00V. Mediator + Pro and Mediator + Asn have a different number of peaks. Mediator + Pro and Mediator + Asn could have peak shifts from none to -1.00V. There are no peak shifts between Mediator + dapg and Mediator + hist. There are no peak shifts between Mediator + dapg and Mediator + Asn. There are no peak shifts between Mediator + hist and Mediator + Asn.</think> \n <answer>The peak at -1.00V is higher in Mediator + PG than in Mediator + dapg. The peak at -1.00V is higher in Mediator + hist than in Mediator + PG. The peak at -1.00V is higher in Mediator + Asn than in Mediator + PG. The peak at -1.00V is higher in Mediator + hist than in Mediator + dapg. The peak at -1.00V is higher in Mediator + Asn than in Mediator + dapg. The peak at -1.00V is higher in Mediator + hist than in Mediator + Asn.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The pink curve is of "Ferrocene, cycle 2". The gray curve is of "Ferrocene, cycle 3". The olive curve is of "Ferrocene, cycle 2".
Please identify the peaks in this pulse Voltammetry plot.
|
<answer>The pink curve "Ferrocene, cycle 2" has peaks at (2.05V, -131.70uA) and (1.40V, -45.35uA). The gray curve "Ferrocene, cycle 3" has peaks at (2.05V, -83.70uA) and (1.40V, -27.10uA). The olive curve "Ferrocene, cycle 2" has peaks at (2.05V, -102.20uA) and (1.40V, -30.70uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The pink curve is of \"Ferrocene, cycle 2\". The gray curve is of \"Ferrocene, cycle 3\". The olive curve is of \"Ferrocene, cycle 2\". \n Please identify the peaks in this pulse Voltammetry plot.",
"role": "user"
},
{
"content": " \n <answer>The pink curve \"Ferrocene, cycle 2\" has peaks at (2.05V, -131.70uA) and (1.40V, -45.35uA). The gray curve \"Ferrocene, cycle 3\" has peaks at (2.05V, -83.70uA) and (1.40V, -27.10uA). The olive curve \"Ferrocene, cycle 2\" has peaks at (2.05V, -102.20uA) and (1.40V, -30.70uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The orange curve is of "Mediator + Leu". The pink curve is of "Mediator + Proline". The blue curve is of "Mediator + PG". The brown curve is of "Mediator + Histadine". The gray curve is of "Mediator + Asn".
identify the peaks.
|
<answer>The orange curve "Mediator + Leu" has a peak at (0.75V, -29.65uA). The pink curve "Mediator + Proline" has a peak at (0.75V, -46.65uA). The blue curve "Mediator + PG" has a peak at (0.75V, -25.50uA). The brown curve "Mediator + Histadine" has peaks at (0.70V, -6.20uA), (0.40V, 6.70uA) and (0.40V, 6.70uA). The gray curve "Mediator + Asn" has a peak at (0.75V, -50.10uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The orange curve is of \"Mediator + Leu\". The pink curve is of \"Mediator + Proline\". The blue curve is of \"Mediator + PG\". The brown curve is of \"Mediator + Histadine\". The gray curve is of \"Mediator + Asn\". \n identify the peaks.",
"role": "user"
},
{
"content": " \n <answer>The orange curve \"Mediator + Leu\" has a peak at (0.75V, -29.65uA). The pink curve \"Mediator + Proline\" has a peak at (0.75V, -46.65uA). The blue curve \"Mediator + PG\" has a peak at (0.75V, -25.50uA). The brown curve \"Mediator + Histadine\" has peaks at (0.70V, -6.20uA), (0.40V, 6.70uA) and (0.40V, 6.70uA). The gray curve \"Mediator + Asn\" has a peak at (0.75V, -50.10uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The red curve is of "dapg pb". The gray curve is of "dapg M9". The cyan curve is of "dapg m9". The blue curve is of "dapg M9".
List all measurements where the peak amplitude has decreased from the control.
|
<think>The red curve "dapg pb" has no peaks. The gray curve "dapg M9" has no peaks. The cyan curve "dapg m9" has no peaks. The blue curve "dapg M9" has a peak at (0.30V, -10.25uA).
Neither dapg pb or dapg M9 have any peaks. There are no peak shifts between dapg pb and dapg M9. Neither dapg pb or dapg m9 have any peaks. There are no peak shifts between dapg pb and dapg m9. dapg pb and dapg M9 have a different number of peaks. dapg pb and dapg M9 could have peak shifts from none to 0.30V. Neither dapg M9 or dapg m9 have any peaks. There are no peak shifts between dapg M9 and dapg m9. dapg M9 and dapg M9 have a different number of peaks. dapg M9 and dapg M9 could have peak shifts from none to 0.30V. dapg m9 and dapg M9 have a different number of peaks. dapg m9 and dapg M9 could have peak shifts from none to 0.30V.</think>
<answer></answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"dapg pb\". The gray curve is of \"dapg M9\". The cyan curve is of \"dapg m9\". The blue curve is of \"dapg M9\". \n List all measurements where the peak amplitude has decreased from the control.",
"role": "user"
},
{
"content": "<think>The red curve \"dapg pb\" has no peaks. The gray curve \"dapg M9\" has no peaks. The cyan curve \"dapg m9\" has no peaks. The blue curve \"dapg M9\" has a peak at (0.30V, -10.25uA). \n Neither dapg pb or dapg M9 have any peaks. There are no peak shifts between dapg pb and dapg M9. Neither dapg pb or dapg m9 have any peaks. There are no peak shifts between dapg pb and dapg m9. dapg pb and dapg M9 have a different number of peaks. dapg pb and dapg M9 could have peak shifts from none to 0.30V. Neither dapg M9 or dapg m9 have any peaks. There are no peak shifts between dapg M9 and dapg m9. dapg M9 and dapg M9 have a different number of peaks. dapg M9 and dapg M9 could have peak shifts from none to 0.30V. dapg m9 and dapg M9 have a different number of peaks. dapg m9 and dapg M9 could have peak shifts from none to 0.30V.</think> \n <answer></answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The olive curve is of "Mediator + Proline". The orange curve is of "Mediator + Histadine". The green curve is of "Mediator + PG".
Please identify all redox peaks in this DPV trace.
|
<answer>The olive curve "Mediator + Proline" has no peaks. The orange curve "Mediator + Histadine" has no peaks. The green curve "Mediator + PG" has no peaks.</answer>
<eval></eval>
|
[
{
"content": "<image>The olive curve is of \"Mediator + Proline\". The orange curve is of \"Mediator + Histadine\". The green curve is of \"Mediator + PG\". \n Please identify all redox peaks in this DPV trace.",
"role": "user"
},
{
"content": " \n <answer>The olive curve \"Mediator + Proline\" has no peaks. The orange curve \"Mediator + Histadine\" has no peaks. The green curve \"Mediator + PG\" has no peaks.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The blue curve is of "dapg_516.0 mM". The red curve is of "dapg_685.00 uM". The pink curve is of "dapg_87.00 uM". The orange curve is of "dapg_364.0 uM".
Check if replicate measurements have consistent amplitude changes.
|
<think>The blue curve "dapg_516.0 mM" has peaks at (2.30V, 118.35uA) and (2.75V, 85.10uA). The red curve "dapg_685.00 uM" has peaks at (2.30V, 165.95uA) and (2.75V, 118.20uA). The pink curve "dapg_87.00 uM" has peaks at (2.30V, 215.55uA) and (2.75V, 153.40uA). The orange curve "dapg_364.0 uM" has peaks at (2.30V, 276.15uA) and (2.75V, 199.55uA).
There are no peak shifts between dapg_516.0 mM and dapg_685.00 uM. There are no peak shifts between dapg_516.0 mM and dapg_87.00 uM. There are no peak shifts between dapg_516.0 mM and dapg_364.0 uM. There are no peak shifts between dapg_685.00 uM and dapg_87.00 uM. There are no peak shifts between dapg_685.00 uM and dapg_364.0 uM. There are no peak shifts between dapg_87.00 uM and dapg_364.0 uM.</think>
<answer>The peak at 2.30V is higher in dapg_685.00 uM than in dapg_516.0 mM. The peak at 2.75V is higher in dapg_685.00 uM than in dapg_516.0 mM. The peak at 2.30V is higher in dapg_87.00 uM than in dapg_516.0 mM. The peak at 2.75V is higher in dapg_87.00 uM than in dapg_516.0 mM. The peak at 2.30V is higher in dapg_364.0 uM than in dapg_516.0 mM. The peak at 2.75V is higher in dapg_364.0 uM than in dapg_516.0 mM. The peak at 2.30V is higher in dapg_87.00 uM than in dapg_685.00 uM. The peak at 2.75V is higher in dapg_87.00 uM than in dapg_685.00 uM. The peak at 2.30V is higher in dapg_364.0 uM than in dapg_685.00 uM. The peak at 2.75V is higher in dapg_364.0 uM than in dapg_685.00 uM. The peak at 2.30V is higher in dapg_364.0 uM than in dapg_87.00 uM. The peak at 2.75V is higher in dapg_364.0 uM than in dapg_87.00 uM.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"dapg_516.0 mM\". The red curve is of \"dapg_685.00 uM\". The pink curve is of \"dapg_87.00 uM\". The orange curve is of \"dapg_364.0 uM\". \n Check if replicate measurements have consistent amplitude changes.",
"role": "user"
},
{
"content": "<think>The blue curve \"dapg_516.0 mM\" has peaks at (2.30V, 118.35uA) and (2.75V, 85.10uA). The red curve \"dapg_685.00 uM\" has peaks at (2.30V, 165.95uA) and (2.75V, 118.20uA). The pink curve \"dapg_87.00 uM\" has peaks at (2.30V, 215.55uA) and (2.75V, 153.40uA). The orange curve \"dapg_364.0 uM\" has peaks at (2.30V, 276.15uA) and (2.75V, 199.55uA). \n There are no peak shifts between dapg_516.0 mM and dapg_685.00 uM. There are no peak shifts between dapg_516.0 mM and dapg_87.00 uM. There are no peak shifts between dapg_516.0 mM and dapg_364.0 uM. There are no peak shifts between dapg_685.00 uM and dapg_87.00 uM. There are no peak shifts between dapg_685.00 uM and dapg_364.0 uM. There are no peak shifts between dapg_87.00 uM and dapg_364.0 uM.</think> \n <answer>The peak at 2.30V is higher in dapg_685.00 uM than in dapg_516.0 mM. The peak at 2.75V is higher in dapg_685.00 uM than in dapg_516.0 mM. The peak at 2.30V is higher in dapg_87.00 uM than in dapg_516.0 mM. The peak at 2.75V is higher in dapg_87.00 uM than in dapg_516.0 mM. The peak at 2.30V is higher in dapg_364.0 uM than in dapg_516.0 mM. The peak at 2.75V is higher in dapg_364.0 uM than in dapg_516.0 mM. The peak at 2.30V is higher in dapg_87.00 uM than in dapg_685.00 uM. The peak at 2.75V is higher in dapg_87.00 uM than in dapg_685.00 uM. The peak at 2.30V is higher in dapg_364.0 uM than in dapg_685.00 uM. The peak at 2.75V is higher in dapg_364.0 uM than in dapg_685.00 uM. The peak at 2.30V is higher in dapg_364.0 uM than in dapg_87.00 uM. The peak at 2.75V is higher in dapg_364.0 uM than in dapg_87.00 uM.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The gray curve is of "Ferrocene Blank". The pink curve is of "Ferrocene 189.12 uM". The brown curve is of "Ferrocene 671.35 uM". The blue curve is of "Ferrocene 715.2 uM". The purple curve is of "Ferrocene 194.00 uM".
Please identify the peaks in this pulse Voltammetry plot.
|
<answer>The gray curve "Ferrocene Blank" has no peaks. The pink curve "Ferrocene 189.12 uM" has no peaks. The brown curve "Ferrocene 671.35 uM" has no peaks. The blue curve "Ferrocene 715.2 uM" has no peaks. The purple curve "Ferrocene 194.00 uM" has no peaks.</answer>
<eval></eval>
|
[
{
"content": "<image>The gray curve is of \"Ferrocene Blank\". The pink curve is of \"Ferrocene 189.12 uM\". The brown curve is of \"Ferrocene 671.35 uM\". The blue curve is of \"Ferrocene 715.2 uM\". The purple curve is of \"Ferrocene 194.00 uM\". \n Please identify the peaks in this pulse Voltammetry plot.",
"role": "user"
},
{
"content": " \n <answer>The gray curve \"Ferrocene Blank\" has no peaks. The pink curve \"Ferrocene 189.12 uM\" has no peaks. The brown curve \"Ferrocene 671.35 uM\" has no peaks. The blue curve \"Ferrocene 715.2 uM\" has no peaks. The purple curve \"Ferrocene 194.00 uM\" has no peaks.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The red curve is of "Tryptophan, 679.25 uM". The orange curve is of "Tryptophan, Blank". The purple curve is of "Tryptophan, 751.42 uM".
What are the peak voltages and currents in this DPV graph?
|
<answer>The red curve "Tryptophan, 679.25 uM" has peaks at (2.40V, 127.95uA) and (2.85V, 124.30uA). The orange curve "Tryptophan, Blank" has peaks at (2.40V, 92.20uA) and (2.85V, 89.50uA). The purple curve "Tryptophan, 751.42 uM" has a peak at (2.10V, 99.45uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"Tryptophan, 679.25 uM\". The orange curve is of \"Tryptophan, Blank\". The purple curve is of \"Tryptophan, 751.42 uM\". \n What are the peak voltages and currents in this DPV graph?",
"role": "user"
},
{
"content": " \n <answer>The red curve \"Tryptophan, 679.25 uM\" has peaks at (2.40V, 127.95uA) and (2.85V, 124.30uA). The orange curve \"Tryptophan, Blank\" has peaks at (2.40V, 92.20uA) and (2.85V, 89.50uA). The purple curve \"Tryptophan, 751.42 uM\" has a peak at (2.10V, 99.45uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The olive curve is of "olive". The gray curve is of "gray". The cyan curve is of "cyan". The purple curve is of "purple". The brown curve is of "brown".
Plot peak potential versus sample index to visualize shifts over time.
|
<think>The olive curve "olive" has a peak at (2.55V, 261.40uA). The gray curve "gray" has a peak at (2.55V, 179.70uA). The cyan curve "cyan" has a peak at (2.55V, 219.80uA). The purple curve "purple" has a peak at (2.55V, 96.35uA). The brown curve "brown" has a peak at (2.55V, 133.90uA).</think>
<answer>There are no peak shifts between olive and gray. There are no peak shifts between olive and cyan. There are no peak shifts between olive and purple. There are no peak shifts between olive and brown. There are no peak shifts between gray and cyan. There are no peak shifts between gray and purple. There are no peak shifts between gray and brown. There are no peak shifts between cyan and purple. There are no peak shifts between cyan and brown. There are no peak shifts between purple and brown.</answer>
<eval></eval>
|
[
{
"content": "<image>The olive curve is of \"olive\". The gray curve is of \"gray\". The cyan curve is of \"cyan\". The purple curve is of \"purple\". The brown curve is of \"brown\". \n Plot peak potential versus sample index to visualize shifts over time.",
"role": "user"
},
{
"content": "<think>The olive curve \"olive\" has a peak at (2.55V, 261.40uA). The gray curve \"gray\" has a peak at (2.55V, 179.70uA). The cyan curve \"cyan\" has a peak at (2.55V, 219.80uA). The purple curve \"purple\" has a peak at (2.55V, 96.35uA). The brown curve \"brown\" has a peak at (2.55V, 133.90uA).</think> \n <answer>There are no peak shifts between olive and gray. There are no peak shifts between olive and cyan. There are no peak shifts between olive and purple. There are no peak shifts between olive and brown. There are no peak shifts between gray and cyan. There are no peak shifts between gray and purple. There are no peak shifts between gray and brown. There are no peak shifts between cyan and purple. There are no peak shifts between cyan and brown. There are no peak shifts between purple and brown.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The green curve is of "Mediator + Leu". The green dashed curve is of "Mediator + Asn". The orange curve is of "Mediator + dapg". The purple curve is of "Mediator + Pro". The red curve is of "Mediator + hist".
List all measurements where the peak amplitude has decreased from the control.
|
<think>The green curve "Mediator + Leu" has a peak at (0.80V, -183.85uA). The green dashed curve "Mediator + Asn" has a peak at (0.25V, -22.35uA). The orange curve "Mediator + dapg" has a peak at (0.80V, -131.00uA). The purple curve "Mediator + Pro" has peaks at (2.40V, 103.75uA) and (3.20V, 63.70uA). The red curve "Mediator + hist" has a peak at (1.90V, -86.70uA).
Mediator + Leu and Mediator + Asn have a different number of peaks. Mediator + Leu and Mediator + Asn could have peak shifts from 0.80V to 0.25V. There are no peak shifts between Mediator + Leu and Mediator + dapg. Mediator + Leu and Mediator + Pro have a different number of peaks. Mediator + Leu and Mediator + Pro could have peak shifts from 0.80V to 2.40V and 3.20V. Mediator + Leu and Mediator + hist have a different number of peaks. Mediator + Leu and Mediator + hist could have peak shifts from 0.80V to 1.90V. Mediator + Asn and Mediator + dapg have a different number of peaks. Mediator + Asn and Mediator + dapg could have peak shifts from 0.25V to 0.80V. Mediator + Asn and Mediator + Pro have a different number of peaks. Mediator + Asn and Mediator + Pro could have peak shifts from 0.25V to 2.40V and 3.20V. Mediator + Asn and Mediator + hist have a different number of peaks. Mediator + Asn and Mediator + hist could have peak shifts from 0.25V to 1.90V. Mediator + dapg and Mediator + Pro have a different number of peaks. Mediator + dapg and Mediator + Pro could have peak shifts from 0.80V to 2.40V and 3.20V. Mediator + dapg and Mediator + hist have a different number of peaks. Mediator + dapg and Mediator + hist could have peak shifts from 0.80V to 1.90V. Mediator + Pro and Mediator + hist have a different number of peaks. Mediator + Pro and Mediator + hist could have peak shifts from 2.40V and 3.20V to 1.90V.</think>
<answer>The peak at 0.80V is higher in Mediator + dapg than in Mediator + Leu.</answer>
<eval></eval>
|
[
{
"content": "<image>The green curve is of \"Mediator + Leu\". The green dashed curve is of \"Mediator + Asn\". The orange curve is of \"Mediator + dapg\". The purple curve is of \"Mediator + Pro\". The red curve is of \"Mediator + hist\". \n List all measurements where the peak amplitude has decreased from the control.",
"role": "user"
},
{
"content": "<think>The green curve \"Mediator + Leu\" has a peak at (0.80V, -183.85uA). The green dashed curve \"Mediator + Asn\" has a peak at (0.25V, -22.35uA). The orange curve \"Mediator + dapg\" has a peak at (0.80V, -131.00uA). The purple curve \"Mediator + Pro\" has peaks at (2.40V, 103.75uA) and (3.20V, 63.70uA). The red curve \"Mediator + hist\" has a peak at (1.90V, -86.70uA). \n Mediator + Leu and Mediator + Asn have a different number of peaks. Mediator + Leu and Mediator + Asn could have peak shifts from 0.80V to 0.25V. There are no peak shifts between Mediator + Leu and Mediator + dapg. Mediator + Leu and Mediator + Pro have a different number of peaks. Mediator + Leu and Mediator + Pro could have peak shifts from 0.80V to 2.40V and 3.20V. Mediator + Leu and Mediator + hist have a different number of peaks. Mediator + Leu and Mediator + hist could have peak shifts from 0.80V to 1.90V. Mediator + Asn and Mediator + dapg have a different number of peaks. Mediator + Asn and Mediator + dapg could have peak shifts from 0.25V to 0.80V. Mediator + Asn and Mediator + Pro have a different number of peaks. Mediator + Asn and Mediator + Pro could have peak shifts from 0.25V to 2.40V and 3.20V. Mediator + Asn and Mediator + hist have a different number of peaks. Mediator + Asn and Mediator + hist could have peak shifts from 0.25V to 1.90V. Mediator + dapg and Mediator + Pro have a different number of peaks. Mediator + dapg and Mediator + Pro could have peak shifts from 0.80V to 2.40V and 3.20V. Mediator + dapg and Mediator + hist have a different number of peaks. Mediator + dapg and Mediator + hist could have peak shifts from 0.80V to 1.90V. Mediator + Pro and Mediator + hist have a different number of peaks. Mediator + Pro and Mediator + hist could have peak shifts from 2.40V and 3.20V to 1.90V.</think> \n <answer>The peak at 0.80V is higher in Mediator + dapg than in Mediator + Leu.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The gray curve is of "Asn, 57.1 uM". The brown curve is of "Asn, 154.4 uM". The cyan curve is of "Asn, 608.29 uM". The orange curve is of "Asn, 371.30 mM".
What are the peak voltages and currents in this DPV graph?
|
<answer>The gray curve "Asn, 57.1 uM" has a peak at (1.45V, -36.40uA). The brown curve "Asn, 154.4 uM" has a peak at (1.60V, -44.90uA). The cyan curve "Asn, 608.29 uM" has a peak at (1.45V, -70.95uA). The orange curve "Asn, 371.30 mM" has a peak at (1.45V, -47.80uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The gray curve is of \"Asn, 57.1 uM\". The brown curve is of \"Asn, 154.4 uM\". The cyan curve is of \"Asn, 608.29 uM\". The orange curve is of \"Asn, 371.30 mM\". \n What are the peak voltages and currents in this DPV graph?",
"role": "user"
},
{
"content": " \n <answer>The gray curve \"Asn, 57.1 uM\" has a peak at (1.45V, -36.40uA). The brown curve \"Asn, 154.4 uM\" has a peak at (1.60V, -44.90uA). The cyan curve \"Asn, 608.29 uM\" has a peak at (1.45V, -70.95uA). The orange curve \"Asn, 371.30 mM\" has a peak at (1.45V, -47.80uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The red curve is of "DAPG". The green curve is of "hist".
Identify any systematic anodic or cathodic shifts in peak positions among these samples.
|
<think>The red curve "DAPG" has peaks at (1.40V, -88.50uA) and (0.55V, -11.20uA). The green curve "hist" has peaks at (1.40V, -120.45uA) and (0.55V, -13.20uA).</think>
<answer>There are no peak shifts between DAPG and hist.</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"DAPG\". The green curve is of \"hist\". \n Identify any systematic anodic or cathodic shifts in peak positions among these samples.",
"role": "user"
},
{
"content": "<think>The red curve \"DAPG\" has peaks at (1.40V, -88.50uA) and (0.55V, -11.20uA). The green curve \"hist\" has peaks at (1.40V, -120.45uA) and (0.55V, -13.20uA).</think> \n <answer>There are no peak shifts between DAPG and hist.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The red curve is of "red". The pink curve is of "pink".
Please list the oxidation and reduction peaks in this voltammogram.
|
<answer>The red curve "red" has a peak at (0.80V, -93.75uA). The pink curve "pink" has a peak at (0.80V, -63.70uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"red\". The pink curve is of \"pink\". \n Please list the oxidation and reduction peaks in this voltammogram.",
"role": "user"
},
{
"content": " \n <answer>The red curve \"red\" has a peak at (0.80V, -93.75uA). The pink curve \"pink\" has a peak at (0.80V, -63.70uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The olive curve is of "Histadine_m9". The brown curve is of "Histadine_PBS". The blue curve is of "Histadine_pb".
Calculate the mean amplitude change for each group of samples.
|
<think>The olive curve "Histadine_m9" has a peak at (0.70V, -50.15uA). The brown curve "Histadine_PBS" has a peak at (0.70V, -78.90uA). The blue curve "Histadine_pb" has a peak at (0.70V, -105.25uA).
There are no peak shifts between Histadine_m9 and Histadine_PBS. There are no peak shifts between Histadine_m9 and Histadine_pb. There are no peak shifts between Histadine_PBS and Histadine_pb.</think>
<answer>The peak at 0.70V is higher in Histadine_m9 than in Histadine_PBS. The peak at 0.70V is higher in Histadine_m9 than in Histadine_pb. The peak at 0.70V is higher in Histadine_PBS than in Histadine_pb.</answer>
<eval></eval>
|
[
{
"content": "<image>The olive curve is of \"Histadine_m9\". The brown curve is of \"Histadine_PBS\". The blue curve is of \"Histadine_pb\". \n Calculate the mean amplitude change for each group of samples.",
"role": "user"
},
{
"content": "<think>The olive curve \"Histadine_m9\" has a peak at (0.70V, -50.15uA). The brown curve \"Histadine_PBS\" has a peak at (0.70V, -78.90uA). The blue curve \"Histadine_pb\" has a peak at (0.70V, -105.25uA). \n There are no peak shifts between Histadine_m9 and Histadine_PBS. There are no peak shifts between Histadine_m9 and Histadine_pb. There are no peak shifts between Histadine_PBS and Histadine_pb.</think> \n <answer>The peak at 0.70V is higher in Histadine_m9 than in Histadine_PBS. The peak at 0.70V is higher in Histadine_m9 than in Histadine_pb. The peak at 0.70V is higher in Histadine_PBS than in Histadine_pb.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The red curve is of "dapg, 727.11 uM". The green curve is of "dapg, 695.24 mM".
What are the peaks present on these DPVs?
|
<answer>The red curve "dapg, 727.11 uM" has peaks at (-0.95V, -130.75uA) and (0.25V, -37.65uA). The green curve "dapg, 695.24 mM" has peaks at (-0.95V, -99.55uA) and (0.25V, -25.60uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"dapg, 727.11 uM\". The green curve is of \"dapg, 695.24 mM\". \n What are the peaks present on these DPVs?",
"role": "user"
},
{
"content": " \n <answer>The red curve \"dapg, 727.11 uM\" has peaks at (-0.95V, -130.75uA) and (0.25V, -37.65uA). The green curve \"dapg, 695.24 mM\" has peaks at (-0.95V, -99.55uA) and (0.25V, -25.60uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The red curve is of "Histadine, PBS". The pink curve is of "Histadine, pb".
Is the peak shift consistent in magnitude and direction across all replicates?
|
<think>The red curve "Histadine, PBS" has a peak at (0.85V, -89.75uA). The pink curve "Histadine, pb" has a peak at (0.85V, -57.85uA).</think>
<answer>There are no peak shifts between Histadine, PBS and Histadine, pb.</answer>
<eval></eval>
|
[
{
"content": "<image>The red curve is of \"Histadine, PBS\". The pink curve is of \"Histadine, pb\". \n Is the peak shift consistent in magnitude and direction across all replicates?",
"role": "user"
},
{
"content": "<think>The red curve \"Histadine, PBS\" has a peak at (0.85V, -89.75uA). The pink curve \"Histadine, pb\" has a peak at (0.85V, -57.85uA).</think> \n <answer>There are no peak shifts between Histadine, PBS and Histadine, pb.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The brown curve is of "Histadine, 80.30 uM". The purple curve is of "Histadine, Blank". The red curve is of "Histadine, 177.49 uM". The olive curve is of "Histadine, 675.13 uM".
Is the peak shift consistent in magnitude and direction across all replicates?
|
<think>The brown curve "Histadine, 80.30 uM" has a peak at (1.25V, -102.80uA). The purple curve "Histadine, Blank" has a peak at (1.00V, -75.85uA). The red curve "Histadine, 177.49 uM" has a peak at (1.00V, -52.95uA). The olive curve "Histadine, 675.13 uM" has a peak at (1.75V, -113.25uA).</think>
<answer>Histadine, 80.30 uM and Histadine, Blank have a different number of peaks. Histadine, 80.30 uM and Histadine, Blank could have peak shifts from 1.25V to 1.00V. Histadine, 80.30 uM and Histadine, 177.49 uM have a different number of peaks. Histadine, 80.30 uM and Histadine, 177.49 uM could have peak shifts from 1.25V to 1.00V. Histadine, 80.30 uM and Histadine, 675.13 uM have a different number of peaks. Histadine, 80.30 uM and Histadine, 675.13 uM could have peak shifts from 1.25V to 1.75V. There are no peak shifts between Histadine, Blank and Histadine, 177.49 uM. Histadine, Blank and Histadine, 675.13 uM have a different number of peaks. Histadine, Blank and Histadine, 675.13 uM could have peak shifts from 1.00V to 1.75V. Histadine, 177.49 uM and Histadine, 675.13 uM have a different number of peaks. Histadine, 177.49 uM and Histadine, 675.13 uM could have peak shifts from 1.00V to 1.75V.</answer>
<eval></eval>
|
[
{
"content": "<image>The brown curve is of \"Histadine, 80.30 uM\". The purple curve is of \"Histadine, Blank\". The red curve is of \"Histadine, 177.49 uM\". The olive curve is of \"Histadine, 675.13 uM\". \n Is the peak shift consistent in magnitude and direction across all replicates?",
"role": "user"
},
{
"content": "<think>The brown curve \"Histadine, 80.30 uM\" has a peak at (1.25V, -102.80uA). The purple curve \"Histadine, Blank\" has a peak at (1.00V, -75.85uA). The red curve \"Histadine, 177.49 uM\" has a peak at (1.00V, -52.95uA). The olive curve \"Histadine, 675.13 uM\" has a peak at (1.75V, -113.25uA).</think> \n <answer>Histadine, 80.30 uM and Histadine, Blank have a different number of peaks. Histadine, 80.30 uM and Histadine, Blank could have peak shifts from 1.25V to 1.00V. Histadine, 80.30 uM and Histadine, 177.49 uM have a different number of peaks. Histadine, 80.30 uM and Histadine, 177.49 uM could have peak shifts from 1.25V to 1.00V. Histadine, 80.30 uM and Histadine, 675.13 uM have a different number of peaks. Histadine, 80.30 uM and Histadine, 675.13 uM could have peak shifts from 1.25V to 1.75V. There are no peak shifts between Histadine, Blank and Histadine, 177.49 uM. Histadine, Blank and Histadine, 675.13 uM have a different number of peaks. Histadine, Blank and Histadine, 675.13 uM could have peak shifts from 1.00V to 1.75V. Histadine, 177.49 uM and Histadine, 675.13 uM have a different number of peaks. Histadine, 177.49 uM and Histadine, 675.13 uM could have peak shifts from 1.00V to 1.75V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The blue curve is of "PG, Blank". The cyan curve is of "PG, 642.2 uM". The pink curve is of "PG, 471.310 uM". The orange curve is of "PG, 416.130 uM". The gray curve is of "PG, 608.4 uM".
Can you identify the peaks in this DPV scan?
|
<answer>The blue curve "PG, Blank" has peaks at (0.75V, -166.05uA) and (1.20V, -46.60uA). The cyan curve "PG, 642.2 uM" has peaks at (0.75V, -68.05uA) and (1.20V, -18.55uA). The pink curve "PG, 471.310 uM" has peaks at (0.75V, -101.30uA) and (1.20V, -28.50uA). The orange curve "PG, 416.130 uM" has no peaks. The gray curve "PG, 608.4 uM" has peaks at (0.75V, -126.45uA) and (1.20V, -30.30uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"PG, Blank\". The cyan curve is of \"PG, 642.2 uM\". The pink curve is of \"PG, 471.310 uM\". The orange curve is of \"PG, 416.130 uM\". The gray curve is of \"PG, 608.4 uM\". \n Can you identify the peaks in this DPV scan?",
"role": "user"
},
{
"content": " \n <answer>The blue curve \"PG, Blank\" has peaks at (0.75V, -166.05uA) and (1.20V, -46.60uA). The cyan curve \"PG, 642.2 uM\" has peaks at (0.75V, -68.05uA) and (1.20V, -18.55uA). The pink curve \"PG, 471.310 uM\" has peaks at (0.75V, -101.30uA) and (1.20V, -28.50uA). The orange curve \"PG, 416.130 uM\" has no peaks. The gray curve \"PG, 608.4 uM\" has peaks at (0.75V, -126.45uA) and (1.20V, -30.30uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The blue curve is of "Mediator + Ferrocene". The red curve is of "Mediator + Pro". The green curve is of "Mediator + Tryptophan". The pink curve is of "Mediator + only". The orange curve is of "Mediator + Proline".
Flag any measurements where amplitude change exceeds experimental error margins.
|
<think>The blue curve "Mediator + Ferrocene" has a peak at (1.15V, -44.85uA). The red curve "Mediator + Pro" has a peak at (1.15V, -31.00uA). The green curve "Mediator + Tryptophan" has a peak at (1.45V, -52.85uA). The pink curve "Mediator + only" has a peak at (2.55V, -53.10uA). The orange curve "Mediator + Proline" has a peak at (1.15V, -42.80uA).
There are no peak shifts between Mediator + Ferrocene and Mediator + Pro. Mediator + Ferrocene and Mediator + Tryptophan have a different number of peaks. Mediator + Ferrocene and Mediator + Tryptophan could have peak shifts from 1.15V to 1.45V. Mediator + Ferrocene and Mediator + only have a different number of peaks. Mediator + Ferrocene and Mediator + only could have peak shifts from 1.15V to 2.55V. There are no peak shifts between Mediator + Ferrocene and Mediator + Proline. Mediator + Pro and Mediator + Tryptophan have a different number of peaks. Mediator + Pro and Mediator + Tryptophan could have peak shifts from 1.15V to 1.45V. Mediator + Pro and Mediator + only have a different number of peaks. Mediator + Pro and Mediator + only could have peak shifts from 1.15V to 2.55V. There are no peak shifts between Mediator + Pro and Mediator + Proline. Mediator + Tryptophan and Mediator + only have a different number of peaks. Mediator + Tryptophan and Mediator + only could have peak shifts from 1.45V to 2.55V. Mediator + Tryptophan and Mediator + Proline have a different number of peaks. Mediator + Tryptophan and Mediator + Proline could have peak shifts from 1.45V to 1.15V. Mediator + only and Mediator + Proline have a different number of peaks. Mediator + only and Mediator + Proline could have peak shifts from 2.55V to 1.15V.</think>
<answer>The peak at 1.15V is higher in Mediator + Pro than in Mediator + Ferrocene. The peak at 1.15V is higher in Mediator + Proline than in Mediator + Ferrocene. The peak at 1.15V is higher in Mediator + Pro than in Mediator + Proline.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"Mediator + Ferrocene\". The red curve is of \"Mediator + Pro\". The green curve is of \"Mediator + Tryptophan\". The pink curve is of \"Mediator + only\". The orange curve is of \"Mediator + Proline\". \n Flag any measurements where amplitude change exceeds experimental error margins.",
"role": "user"
},
{
"content": "<think>The blue curve \"Mediator + Ferrocene\" has a peak at (1.15V, -44.85uA). The red curve \"Mediator + Pro\" has a peak at (1.15V, -31.00uA). The green curve \"Mediator + Tryptophan\" has a peak at (1.45V, -52.85uA). The pink curve \"Mediator + only\" has a peak at (2.55V, -53.10uA). The orange curve \"Mediator + Proline\" has a peak at (1.15V, -42.80uA). \n There are no peak shifts between Mediator + Ferrocene and Mediator + Pro. Mediator + Ferrocene and Mediator + Tryptophan have a different number of peaks. Mediator + Ferrocene and Mediator + Tryptophan could have peak shifts from 1.15V to 1.45V. Mediator + Ferrocene and Mediator + only have a different number of peaks. Mediator + Ferrocene and Mediator + only could have peak shifts from 1.15V to 2.55V. There are no peak shifts between Mediator + Ferrocene and Mediator + Proline. Mediator + Pro and Mediator + Tryptophan have a different number of peaks. Mediator + Pro and Mediator + Tryptophan could have peak shifts from 1.15V to 1.45V. Mediator + Pro and Mediator + only have a different number of peaks. Mediator + Pro and Mediator + only could have peak shifts from 1.15V to 2.55V. There are no peak shifts between Mediator + Pro and Mediator + Proline. Mediator + Tryptophan and Mediator + only have a different number of peaks. Mediator + Tryptophan and Mediator + only could have peak shifts from 1.45V to 2.55V. Mediator + Tryptophan and Mediator + Proline have a different number of peaks. Mediator + Tryptophan and Mediator + Proline could have peak shifts from 1.45V to 1.15V. Mediator + only and Mediator + Proline have a different number of peaks. Mediator + only and Mediator + Proline could have peak shifts from 2.55V to 1.15V.</think> \n <answer>The peak at 1.15V is higher in Mediator + Pro than in Mediator + Ferrocene. The peak at 1.15V is higher in Mediator + Proline than in Mediator + Ferrocene. The peak at 1.15V is higher in Mediator + Pro than in Mediator + Proline.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The purple curve is of "DAPG 445.0 uM". The blue curve is of "DAPG 630.0 uM".
Find samples with both amplitude and peak position changes beyond threshold values.
|
<think>The purple curve "DAPG 445.0 uM" has a peak at (0.20V, 63.80uA). The blue curve "DAPG 630.0 uM" has a peak at (0.20V, 99.15uA).
There are no peak shifts between DAPG 445.0 uM and DAPG 630.0 uM.</think>
<answer>The peak at 0.20V is higher in DAPG 630.0 uM than in DAPG 445.0 uM.</answer>
<eval></eval>
|
[
{
"content": "<image>The purple curve is of \"DAPG 445.0 uM\". The blue curve is of \"DAPG 630.0 uM\". \n Find samples with both amplitude and peak position changes beyond threshold values.",
"role": "user"
},
{
"content": "<think>The purple curve \"DAPG 445.0 uM\" has a peak at (0.20V, 63.80uA). The blue curve \"DAPG 630.0 uM\" has a peak at (0.20V, 99.15uA). \n There are no peak shifts between DAPG 445.0 uM and DAPG 630.0 uM.</think> \n <answer>The peak at 0.20V is higher in DAPG 630.0 uM than in DAPG 445.0 uM.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The green curve is of "Tryptophan_cycle 2". The purple curve is of "dapg_cycle 1". The green dashed curve is of "PG_cycle 2". The pink curve is of "Pro_cycle 2".
Flag any measurements where amplitude change exceeds experimental error margins.
|
<think>The green curve "Tryptophan_cycle 2" has a peak at (1.70V, -32.20uA). The purple curve "dapg_cycle 1" has a peak at (1.70V, -42.90uA). The green dashed curve "PG_cycle 2" has a peak at (1.70V, -35.95uA). The pink curve "Pro_cycle 2" has a peak at (1.70V, -57.25uA).
There are no peak shifts between Tryptophan_cycle 2 and dapg_cycle 1. There are no peak shifts between Tryptophan_cycle 2 and PG_cycle 2. There are no peak shifts between Tryptophan_cycle 2 and Pro_cycle 2. There are no peak shifts between dapg_cycle 1 and PG_cycle 2. There are no peak shifts between dapg_cycle 1 and Pro_cycle 2. There are no peak shifts between PG_cycle 2 and Pro_cycle 2.</think>
<answer>The peak at 1.70V is higher in Tryptophan_cycle 2 than in dapg_cycle 1. The peak at 1.70V is higher in Tryptophan_cycle 2 than in PG_cycle 2. The peak at 1.70V is higher in Tryptophan_cycle 2 than in Pro_cycle 2. The peak at 1.70V is higher in PG_cycle 2 than in dapg_cycle 1. The peak at 1.70V is higher in dapg_cycle 1 than in Pro_cycle 2. The peak at 1.70V is higher in PG_cycle 2 than in Pro_cycle 2.</answer>
<eval></eval>
|
[
{
"content": "<image>The green curve is of \"Tryptophan_cycle 2\". The purple curve is of \"dapg_cycle 1\". The green dashed curve is of \"PG_cycle 2\". The pink curve is of \"Pro_cycle 2\". \n Flag any measurements where amplitude change exceeds experimental error margins.",
"role": "user"
},
{
"content": "<think>The green curve \"Tryptophan_cycle 2\" has a peak at (1.70V, -32.20uA). The purple curve \"dapg_cycle 1\" has a peak at (1.70V, -42.90uA). The green dashed curve \"PG_cycle 2\" has a peak at (1.70V, -35.95uA). The pink curve \"Pro_cycle 2\" has a peak at (1.70V, -57.25uA). \n There are no peak shifts between Tryptophan_cycle 2 and dapg_cycle 1. There are no peak shifts between Tryptophan_cycle 2 and PG_cycle 2. There are no peak shifts between Tryptophan_cycle 2 and Pro_cycle 2. There are no peak shifts between dapg_cycle 1 and PG_cycle 2. There are no peak shifts between dapg_cycle 1 and Pro_cycle 2. There are no peak shifts between PG_cycle 2 and Pro_cycle 2.</think> \n <answer>The peak at 1.70V is higher in Tryptophan_cycle 2 than in dapg_cycle 1. The peak at 1.70V is higher in Tryptophan_cycle 2 than in PG_cycle 2. The peak at 1.70V is higher in Tryptophan_cycle 2 than in Pro_cycle 2. The peak at 1.70V is higher in PG_cycle 2 than in dapg_cycle 1. The peak at 1.70V is higher in dapg_cycle 1 than in Pro_cycle 2. The peak at 1.70V is higher in PG_cycle 2 than in Pro_cycle 2.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The gray curve is of "Leu_cycle 21". The red curve is of "Leu_cycle 22". The blue curve is of "Leu_cycle 23".
Are amplitude changes correlated with applied potential shifts?
|
<think>The gray curve "Leu_cycle 21" has a peak at (1.50V, -80.35uA). The red curve "Leu_cycle 22" has a peak at (2.50V, -56.10uA). The blue curve "Leu_cycle 23" has a peak at (2.50V, -67.65uA).
Leu_cycle 21 and Leu_cycle 22 have a different number of peaks. Leu_cycle 21 and Leu_cycle 22 could have peak shifts from 1.50V to 2.50V. Leu_cycle 21 and Leu_cycle 23 have a different number of peaks. Leu_cycle 21 and Leu_cycle 23 could have peak shifts from 1.50V to 2.50V. There are no peak shifts between Leu_cycle 22 and Leu_cycle 23.</think>
<answer>The peak at 2.50V is higher in Leu_cycle 22 than in Leu_cycle 23.</answer>
<eval></eval>
|
[
{
"content": "<image>The gray curve is of \"Leu_cycle 21\". The red curve is of \"Leu_cycle 22\". The blue curve is of \"Leu_cycle 23\". \n Are amplitude changes correlated with applied potential shifts?",
"role": "user"
},
{
"content": "<think>The gray curve \"Leu_cycle 21\" has a peak at (1.50V, -80.35uA). The red curve \"Leu_cycle 22\" has a peak at (2.50V, -56.10uA). The blue curve \"Leu_cycle 23\" has a peak at (2.50V, -67.65uA). \n Leu_cycle 21 and Leu_cycle 22 have a different number of peaks. Leu_cycle 21 and Leu_cycle 22 could have peak shifts from 1.50V to 2.50V. Leu_cycle 21 and Leu_cycle 23 have a different number of peaks. Leu_cycle 21 and Leu_cycle 23 could have peak shifts from 1.50V to 2.50V. There are no peak shifts between Leu_cycle 22 and Leu_cycle 23.</think> \n <answer>The peak at 2.50V is higher in Leu_cycle 22 than in Leu_cycle 23.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The green curve is of "dapg". The orange curve is of "DAPG". The cyan curve is of "Ferrocene".
Are there any drift patterns in peak potential across sequential measurements?
|
<think>The green curve "dapg" has peaks at (1.95V, 73.00uA) and (2.45V, 86.05uA). The orange curve "DAPG" has peaks at (1.95V, 118.00uA) and (2.45V, 139.15uA). The cyan curve "Ferrocene" has peaks at (1.95V, 90.75uA) and (2.45V, 107.90uA).</think>
<answer>There are no peak shifts between dapg and DAPG. There are no peak shifts between dapg and Ferrocene. There are no peak shifts between DAPG and Ferrocene.</answer>
<eval></eval>
|
[
{
"content": "<image>The green curve is of \"dapg\". The orange curve is of \"DAPG\". The cyan curve is of \"Ferrocene\". \n Are there any drift patterns in peak potential across sequential measurements?",
"role": "user"
},
{
"content": "<think>The green curve \"dapg\" has peaks at (1.95V, 73.00uA) and (2.45V, 86.05uA). The orange curve \"DAPG\" has peaks at (1.95V, 118.00uA) and (2.45V, 139.15uA). The cyan curve \"Ferrocene\" has peaks at (1.95V, 90.75uA) and (2.45V, 107.90uA).</think> \n <answer>There are no peak shifts between dapg and DAPG. There are no peak shifts between dapg and Ferrocene. There are no peak shifts between DAPG and Ferrocene.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The olive curve is of "DAPG, cycle 1". The red curve is of "DAPG, cycle 3". The pink curve is of "DAPG, cycle 1".
Highlight samples showing abnormal drops in peak current amplitude.
|
<think>The olive curve "DAPG, cycle 1" has a peak at (0.80V, -42.75uA). The red curve "DAPG, cycle 3" has peaks at (1.80V, -17.10uA) and (1.25V, -39.15uA). The pink curve "DAPG, cycle 1" has a peak at (0.80V, -66.60uA).
DAPG, cycle 1 and DAPG, cycle 3 have a different number of peaks. DAPG, cycle 1 and DAPG, cycle 3 could have peak shifts from 0.80V to 1.80V and 1.25V. There are no peak shifts between DAPG, cycle 1 and DAPG, cycle 1. DAPG, cycle 3 and DAPG, cycle 1 have a different number of peaks. DAPG, cycle 3 and DAPG, cycle 1 could have peak shifts from 1.80V and 1.25V to 0.80V.</think>
<answer>The peak at 0.80V is higher in DAPG, cycle 1 than in DAPG, cycle 1.</answer>
<eval></eval>
|
[
{
"content": "<image>The olive curve is of \"DAPG, cycle 1\". The red curve is of \"DAPG, cycle 3\". The pink curve is of \"DAPG, cycle 1\". \n Highlight samples showing abnormal drops in peak current amplitude.",
"role": "user"
},
{
"content": "<think>The olive curve \"DAPG, cycle 1\" has a peak at (0.80V, -42.75uA). The red curve \"DAPG, cycle 3\" has peaks at (1.80V, -17.10uA) and (1.25V, -39.15uA). The pink curve \"DAPG, cycle 1\" has a peak at (0.80V, -66.60uA). \n DAPG, cycle 1 and DAPG, cycle 3 have a different number of peaks. DAPG, cycle 1 and DAPG, cycle 3 could have peak shifts from 0.80V to 1.80V and 1.25V. There are no peak shifts between DAPG, cycle 1 and DAPG, cycle 1. DAPG, cycle 3 and DAPG, cycle 1 have a different number of peaks. DAPG, cycle 3 and DAPG, cycle 1 could have peak shifts from 1.80V and 1.25V to 0.80V.</think> \n <answer>The peak at 0.80V is higher in DAPG, cycle 1 than in DAPG, cycle 1.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The green curve is of "PG, 754.000 uM". The gray curve is of "PG, 547.000 mM". The blue curve is of "PG, 404.0 uM".
Show me the distribution of peak potential shifts in histogram form.
|
<think>The green curve "PG, 754.000 uM" has no peaks. The gray curve "PG, 547.000 mM" has a peak at (-0.90V, -42.10uA). The blue curve "PG, 404.0 uM" has a peak at (-0.90V, -29.45uA).</think>
<answer>PG, 754.000 uM and PG, 547.000 mM have a different number of peaks. PG, 754.000 uM and PG, 547.000 mM could have peak shifts from none to -0.90V. PG, 754.000 uM and PG, 404.0 uM have a different number of peaks. PG, 754.000 uM and PG, 404.0 uM could have peak shifts from none to -0.90V. There are no peak shifts between PG, 547.000 mM and PG, 404.0 uM.</answer>
<eval></eval>
|
[
{
"content": "<image>The green curve is of \"PG, 754.000 uM\". The gray curve is of \"PG, 547.000 mM\". The blue curve is of \"PG, 404.0 uM\". \n Show me the distribution of peak potential shifts in histogram form.",
"role": "user"
},
{
"content": "<think>The green curve \"PG, 754.000 uM\" has no peaks. The gray curve \"PG, 547.000 mM\" has a peak at (-0.90V, -42.10uA). The blue curve \"PG, 404.0 uM\" has a peak at (-0.90V, -29.45uA).</think> \n <answer>PG, 754.000 uM and PG, 547.000 mM have a different number of peaks. PG, 754.000 uM and PG, 547.000 mM could have peak shifts from none to -0.90V. PG, 754.000 uM and PG, 404.0 uM have a different number of peaks. PG, 754.000 uM and PG, 404.0 uM could have peak shifts from none to -0.90V. There are no peak shifts between PG, 547.000 mM and PG, 404.0 uM.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The blue curve is of "Mediator + Pro". The orange curve is of "Mediator + Leu". The brown curve is of "Mediator + Asn". The cyan curve is of "Mediator + Ferrocene".
Determine if secondary peaks follow the same amplitude change trend as primary peaks.
|
<think>The blue curve "Mediator + Pro" has peaks at (-0.55V, -60.35uA) and (-1.30V, -56.55uA). The orange curve "Mediator + Leu" has peaks at (-1.40V, -26.15uA) and (0.90V, -9.70uA). The brown curve "Mediator + Asn" has peaks at (-0.55V, -111.50uA) and (-1.30V, -104.90uA). The cyan curve "Mediator + Ferrocene" has peaks at (-0.55V, -79.00uA) and (-1.30V, -73.80uA).
Mediator + Pro and Mediator + Leu have a different number of peaks. Mediator + Pro and Mediator + Leu could have peak shifts from -0.55V and -1.30V to -1.40V and 0.90V. There are no peak shifts between Mediator + Pro and Mediator + Asn. There are no peak shifts between Mediator + Pro and Mediator + Ferrocene. Mediator + Leu and Mediator + Asn have a different number of peaks. Mediator + Leu and Mediator + Asn could have peak shifts from -1.40V and 0.90V to -0.55V and -1.30V. Mediator + Leu and Mediator + Ferrocene have a different number of peaks. Mediator + Leu and Mediator + Ferrocene could have peak shifts from -1.40V and 0.90V to -0.55V and -1.30V. There are no peak shifts between Mediator + Asn and Mediator + Ferrocene.</think>
<answer>The peak at -0.55V is higher in Mediator + Pro than in Mediator + Asn. The peak at -1.30V is higher in Mediator + Pro than in Mediator + Asn. The peak at -0.55V is higher in Mediator + Pro than in Mediator + Ferrocene. The peak at -1.30V is higher in Mediator + Pro than in Mediator + Ferrocene. The peak at -0.55V is higher in Mediator + Ferrocene than in Mediator + Asn. The peak at -1.30V is higher in Mediator + Ferrocene than in Mediator + Asn.</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"Mediator + Pro\". The orange curve is of \"Mediator + Leu\". The brown curve is of \"Mediator + Asn\". The cyan curve is of \"Mediator + Ferrocene\". \n Determine if secondary peaks follow the same amplitude change trend as primary peaks.",
"role": "user"
},
{
"content": "<think>The blue curve \"Mediator + Pro\" has peaks at (-0.55V, -60.35uA) and (-1.30V, -56.55uA). The orange curve \"Mediator + Leu\" has peaks at (-1.40V, -26.15uA) and (0.90V, -9.70uA). The brown curve \"Mediator + Asn\" has peaks at (-0.55V, -111.50uA) and (-1.30V, -104.90uA). The cyan curve \"Mediator + Ferrocene\" has peaks at (-0.55V, -79.00uA) and (-1.30V, -73.80uA). \n Mediator + Pro and Mediator + Leu have a different number of peaks. Mediator + Pro and Mediator + Leu could have peak shifts from -0.55V and -1.30V to -1.40V and 0.90V. There are no peak shifts between Mediator + Pro and Mediator + Asn. There are no peak shifts between Mediator + Pro and Mediator + Ferrocene. Mediator + Leu and Mediator + Asn have a different number of peaks. Mediator + Leu and Mediator + Asn could have peak shifts from -1.40V and 0.90V to -0.55V and -1.30V. Mediator + Leu and Mediator + Ferrocene have a different number of peaks. Mediator + Leu and Mediator + Ferrocene could have peak shifts from -1.40V and 0.90V to -0.55V and -1.30V. There are no peak shifts between Mediator + Asn and Mediator + Ferrocene.</think> \n <answer>The peak at -0.55V is higher in Mediator + Pro than in Mediator + Asn. The peak at -1.30V is higher in Mediator + Pro than in Mediator + Asn. The peak at -0.55V is higher in Mediator + Pro than in Mediator + Ferrocene. The peak at -1.30V is higher in Mediator + Pro than in Mediator + Ferrocene. The peak at -0.55V is higher in Mediator + Ferrocene than in Mediator + Asn. The peak at -1.30V is higher in Mediator + Ferrocene than in Mediator + Asn.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The olive dashed curve is of "olive dashed". The olive curve is of "olive". The orange curve is of "orange". The blue curve is of "blue". The olive dashed curve is of "olive dashed".
Are amplitude changes correlated with applied potential shifts?
|
<think>The olive dashed curve "olive dashed" has peaks at (2.15V, -61.70uA) and (1.20V, 24.15uA). The olive curve "olive" has a peak at (1.45V, -53.40uA). The orange curve "orange" has a peak at (0.50V, -32.20uA). The blue curve "blue" has a peak at (0.45V, -41.55uA). The olive dashed curve "olive dashed" has peaks at (2.15V, -68.30uA) and (1.20V, 34.90uA).
olive dashed and olive have a different number of peaks. olive dashed and olive could have peak shifts from 2.15V and 1.20V to 1.45V. olive dashed and orange have a different number of peaks. olive dashed and orange could have peak shifts from 2.15V and 1.20V to 0.50V. olive dashed and blue have a different number of peaks. olive dashed and blue could have peak shifts from 2.15V and 1.20V to 0.45V. There are no peak shifts between olive dashed and olive dashed. olive and orange have a different number of peaks. olive and orange could have peak shifts from 1.45V to 0.50V. olive and blue have a different number of peaks. olive and blue could have peak shifts from 1.45V to 0.45V. olive and olive dashed have a different number of peaks. olive and olive dashed could have peak shifts from 1.45V to 2.15V and 1.20V. orange and blue have a different number of peaks. orange and blue could have peak shifts from 0.50V to 0.45V. orange and olive dashed have a different number of peaks. orange and olive dashed could have peak shifts from 0.50V to 2.15V and 1.20V. blue and olive dashed have a different number of peaks. blue and olive dashed could have peak shifts from 0.45V to 2.15V and 1.20V.</think>
<answer>The peak at 2.15V is higher in olive dashed than in olive dashed. The peak at 1.20V is higher in olive dashed than in olive dashed.</answer>
<eval></eval>
|
[
{
"content": "<image>The olive dashed curve is of \"olive dashed\". The olive curve is of \"olive\". The orange curve is of \"orange\". The blue curve is of \"blue\". The olive dashed curve is of \"olive dashed\". \n Are amplitude changes correlated with applied potential shifts?",
"role": "user"
},
{
"content": "<think>The olive dashed curve \"olive dashed\" has peaks at (2.15V, -61.70uA) and (1.20V, 24.15uA). The olive curve \"olive\" has a peak at (1.45V, -53.40uA). The orange curve \"orange\" has a peak at (0.50V, -32.20uA). The blue curve \"blue\" has a peak at (0.45V, -41.55uA). The olive dashed curve \"olive dashed\" has peaks at (2.15V, -68.30uA) and (1.20V, 34.90uA). \n olive dashed and olive have a different number of peaks. olive dashed and olive could have peak shifts from 2.15V and 1.20V to 1.45V. olive dashed and orange have a different number of peaks. olive dashed and orange could have peak shifts from 2.15V and 1.20V to 0.50V. olive dashed and blue have a different number of peaks. olive dashed and blue could have peak shifts from 2.15V and 1.20V to 0.45V. There are no peak shifts between olive dashed and olive dashed. olive and orange have a different number of peaks. olive and orange could have peak shifts from 1.45V to 0.50V. olive and blue have a different number of peaks. olive and blue could have peak shifts from 1.45V to 0.45V. olive and olive dashed have a different number of peaks. olive and olive dashed could have peak shifts from 1.45V to 2.15V and 1.20V. orange and blue have a different number of peaks. orange and blue could have peak shifts from 0.50V to 0.45V. orange and olive dashed have a different number of peaks. orange and olive dashed could have peak shifts from 0.50V to 2.15V and 1.20V. blue and olive dashed have a different number of peaks. blue and olive dashed could have peak shifts from 0.45V to 2.15V and 1.20V.</think> \n <answer>The peak at 2.15V is higher in olive dashed than in olive dashed. The peak at 1.20V is higher in olive dashed than in olive dashed.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The gray curve is of "Pro_738.255 uM". The brown curve is of "Pro_367.200 mM". The purple curve is of "Pro_355.49 mM".
What peaks can you see in this DPV plot?
|
<answer>The gray curve "Pro_738.255 uM" has a peak at (2.25V, -94.95uA). The brown curve "Pro_367.200 mM" has a peak at (2.25V, -155.15uA). The purple curve "Pro_355.49 mM" has a peak at (2.25V, -124.70uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The gray curve is of \"Pro_738.255 uM\". The brown curve is of \"Pro_367.200 mM\". The purple curve is of \"Pro_355.49 mM\". \n What peaks can you see in this DPV plot?",
"role": "user"
},
{
"content": " \n <answer>The gray curve \"Pro_738.255 uM\" has a peak at (2.25V, -94.95uA). The brown curve \"Pro_367.200 mM\" has a peak at (2.25V, -155.15uA). The purple curve \"Pro_355.49 mM\" has a peak at (2.25V, -124.70uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The cyan curve is of "Asn". The brown curve is of "Proline".
Does the secondary peak potential shift in the same way as the primary peak?
|
<think>The cyan curve "Asn" has peaks at (2.35V, -92.20uA) and (3.85V, -29.80uA). The brown curve "Proline" has peaks at (2.35V, -68.80uA) and (3.85V, -20.65uA).</think>
<answer>There are no peak shifts between Asn and Proline.</answer>
<eval></eval>
|
[
{
"content": "<image>The cyan curve is of \"Asn\". The brown curve is of \"Proline\". \n Does the secondary peak potential shift in the same way as the primary peak?",
"role": "user"
},
{
"content": "<think>The cyan curve \"Asn\" has peaks at (2.35V, -92.20uA) and (3.85V, -29.80uA). The brown curve \"Proline\" has peaks at (2.35V, -68.80uA) and (3.85V, -20.65uA).</think> \n <answer>There are no peak shifts between Asn and Proline.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The green curve is of "Mediator + Histadine". The green dashed curve is of "Mediator + PG".
Highlight samples that show unusual or unexpected peak potential shifts.
|
<think>The green curve "Mediator + Histadine" has a peak at (3.50V, -39.85uA). The green dashed curve "Mediator + PG" has a peak at (3.50V, -60.80uA).</think>
<answer>There are no peak shifts between Mediator + Histadine and Mediator + PG.</answer>
<eval></eval>
|
[
{
"content": "<image>The green curve is of \"Mediator + Histadine\". The green dashed curve is of \"Mediator + PG\". \n Highlight samples that show unusual or unexpected peak potential shifts.",
"role": "user"
},
{
"content": "<think>The green curve \"Mediator + Histadine\" has a peak at (3.50V, -39.85uA). The green dashed curve \"Mediator + PG\" has a peak at (3.50V, -60.80uA).</think> \n <answer>There are no peak shifts between Mediator + Histadine and Mediator + PG.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
amplitudeanalysis
|
The gray curve is of "Ferrocene 300.0 uM". The blue curve is of "Ferrocene 510.000 uM". The cyan curve is of "Ferrocene 261.000 uM". The brown curve is of "Ferrocene Blank". The olive curve is of "Ferrocene Blank".
Determine if the change in amplitude is proportional to analyte concentration.
|
<think>The gray curve "Ferrocene 300.0 uM" has peaks at (1.50V, -36.75uA) and (1.80V, -27.10uA). The blue curve "Ferrocene 510.000 uM" has no peaks. The cyan curve "Ferrocene 261.000 uM" has peaks at (1.50V, -57.85uA) and (1.80V, -44.15uA). The brown curve "Ferrocene Blank" has no peaks. The olive curve "Ferrocene Blank" has peaks at (1.90V, 56.55uA) and (2.30V, 50.35uA).
Ferrocene 300.0 uM and Ferrocene 510.000 uM have a different number of peaks. Ferrocene 300.0 uM and Ferrocene 510.000 uM could have peak shifts from 1.50V and 1.80V to none. There are no peak shifts between Ferrocene 300.0 uM and Ferrocene 261.000 uM. Ferrocene 300.0 uM and Ferrocene Blank have a different number of peaks. Ferrocene 300.0 uM and Ferrocene Blank could have peak shifts from 1.50V and 1.80V to none. Ferrocene 300.0 uM and Ferrocene Blank have a different number of peaks. Ferrocene 300.0 uM and Ferrocene Blank could have peak shifts from 1.50V and 1.80V to 1.90V and 2.30V. Ferrocene 510.000 uM and Ferrocene 261.000 uM have a different number of peaks. Ferrocene 510.000 uM and Ferrocene 261.000 uM could have peak shifts from none to 1.50V and 1.80V. Neither Ferrocene 510.000 uM or Ferrocene Blank have any peaks. There are no peak shifts between Ferrocene 510.000 uM and Ferrocene Blank. Ferrocene 510.000 uM and Ferrocene Blank have a different number of peaks. Ferrocene 510.000 uM and Ferrocene Blank could have peak shifts from none to 1.90V and 2.30V. Ferrocene 261.000 uM and Ferrocene Blank have a different number of peaks. Ferrocene 261.000 uM and Ferrocene Blank could have peak shifts from 1.50V and 1.80V to none. Ferrocene 261.000 uM and Ferrocene Blank have a different number of peaks. Ferrocene 261.000 uM and Ferrocene Blank could have peak shifts from 1.50V and 1.80V to 1.90V and 2.30V. Ferrocene Blank and Ferrocene Blank have a different number of peaks. Ferrocene Blank and Ferrocene Blank could have peak shifts from none to 1.90V and 2.30V.</think>
<answer>The peak at 1.50V is higher in Ferrocene 300.0 uM than in Ferrocene 261.000 uM. The peak at 1.80V is higher in Ferrocene 300.0 uM than in Ferrocene 261.000 uM.</answer>
<eval></eval>
|
[
{
"content": "<image>The gray curve is of \"Ferrocene 300.0 uM\". The blue curve is of \"Ferrocene 510.000 uM\". The cyan curve is of \"Ferrocene 261.000 uM\". The brown curve is of \"Ferrocene Blank\". The olive curve is of \"Ferrocene Blank\". \n Determine if the change in amplitude is proportional to analyte concentration.",
"role": "user"
},
{
"content": "<think>The gray curve \"Ferrocene 300.0 uM\" has peaks at (1.50V, -36.75uA) and (1.80V, -27.10uA). The blue curve \"Ferrocene 510.000 uM\" has no peaks. The cyan curve \"Ferrocene 261.000 uM\" has peaks at (1.50V, -57.85uA) and (1.80V, -44.15uA). The brown curve \"Ferrocene Blank\" has no peaks. The olive curve \"Ferrocene Blank\" has peaks at (1.90V, 56.55uA) and (2.30V, 50.35uA). \n Ferrocene 300.0 uM and Ferrocene 510.000 uM have a different number of peaks. Ferrocene 300.0 uM and Ferrocene 510.000 uM could have peak shifts from 1.50V and 1.80V to none. There are no peak shifts between Ferrocene 300.0 uM and Ferrocene 261.000 uM. Ferrocene 300.0 uM and Ferrocene Blank have a different number of peaks. Ferrocene 300.0 uM and Ferrocene Blank could have peak shifts from 1.50V and 1.80V to none. Ferrocene 300.0 uM and Ferrocene Blank have a different number of peaks. Ferrocene 300.0 uM and Ferrocene Blank could have peak shifts from 1.50V and 1.80V to 1.90V and 2.30V. Ferrocene 510.000 uM and Ferrocene 261.000 uM have a different number of peaks. Ferrocene 510.000 uM and Ferrocene 261.000 uM could have peak shifts from none to 1.50V and 1.80V. Neither Ferrocene 510.000 uM or Ferrocene Blank have any peaks. There are no peak shifts between Ferrocene 510.000 uM and Ferrocene Blank. Ferrocene 510.000 uM and Ferrocene Blank have a different number of peaks. Ferrocene 510.000 uM and Ferrocene Blank could have peak shifts from none to 1.90V and 2.30V. Ferrocene 261.000 uM and Ferrocene Blank have a different number of peaks. Ferrocene 261.000 uM and Ferrocene Blank could have peak shifts from 1.50V and 1.80V to none. Ferrocene 261.000 uM and Ferrocene Blank have a different number of peaks. Ferrocene 261.000 uM and Ferrocene Blank could have peak shifts from 1.50V and 1.80V to 1.90V and 2.30V. Ferrocene Blank and Ferrocene Blank have a different number of peaks. Ferrocene Blank and Ferrocene Blank could have peak shifts from none to 1.90V and 2.30V.</think> \n <answer>The peak at 1.50V is higher in Ferrocene 300.0 uM than in Ferrocene 261.000 uM. The peak at 1.80V is higher in Ferrocene 300.0 uM than in Ferrocene 261.000 uM.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The orange curve is of "Tryptophan, Blank". The orange dashed curve is of "Tryptophan, 653.00 mM".
Can you list the major peaks in this pulse voltammogram?
|
<answer>The orange curve "Tryptophan, Blank" has a peak at (0.95V, -87.95uA). The orange dashed curve "Tryptophan, 653.00 mM" has a peak at (0.95V, -58.65uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The orange curve is of \"Tryptophan, Blank\". The orange dashed curve is of \"Tryptophan, 653.00 mM\". \n Can you list the major peaks in this pulse voltammogram?",
"role": "user"
},
{
"content": " \n <answer>The orange curve \"Tryptophan, Blank\" has a peak at (0.95V, -87.95uA). The orange dashed curve \"Tryptophan, 653.00 mM\" has a peak at (0.95V, -58.65uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
shiftanalysis
|
The purple curve is of "dapg". The pink curve is of "hist". The olive curve is of "Leu". The red curve is of "DAPG".
Identify the largest single peak potential shift in the dataset.
|
<think>The purple curve "dapg" has peaks at (0.90V, -3.55uA) and (2.35V, -5.95uA). The pink curve "hist" has peaks at (0.90V, -9.55uA) and (2.35V, -12.50uA). The olive curve "Leu" has a peak at (2.05V, -52.40uA). The red curve "DAPG" has peaks at (0.90V, -0.85uA) and (2.35V, -4.35uA).</think>
<answer>There are no peak shifts between dapg and hist. dapg and Leu have a different number of peaks. dapg and Leu could have peak shifts from 0.90V and 2.35V to 2.05V. There are no peak shifts between dapg and DAPG. hist and Leu have a different number of peaks. hist and Leu could have peak shifts from 0.90V and 2.35V to 2.05V. There are no peak shifts between hist and DAPG. Leu and DAPG have a different number of peaks. Leu and DAPG could have peak shifts from 2.05V to 0.90V and 2.35V.</answer>
<eval></eval>
|
[
{
"content": "<image>The purple curve is of \"dapg\". The pink curve is of \"hist\". The olive curve is of \"Leu\". The red curve is of \"DAPG\". \n Identify the largest single peak potential shift in the dataset.",
"role": "user"
},
{
"content": "<think>The purple curve \"dapg\" has peaks at (0.90V, -3.55uA) and (2.35V, -5.95uA). The pink curve \"hist\" has peaks at (0.90V, -9.55uA) and (2.35V, -12.50uA). The olive curve \"Leu\" has a peak at (2.05V, -52.40uA). The red curve \"DAPG\" has peaks at (0.90V, -0.85uA) and (2.35V, -4.35uA).</think> \n <answer>There are no peak shifts between dapg and hist. dapg and Leu have a different number of peaks. dapg and Leu could have peak shifts from 0.90V and 2.35V to 2.05V. There are no peak shifts between dapg and DAPG. hist and Leu have a different number of peaks. hist and Leu could have peak shifts from 0.90V and 2.35V to 2.05V. There are no peak shifts between hist and DAPG. Leu and DAPG have a different number of peaks. Leu and DAPG could have peak shifts from 2.05V to 0.90V and 2.35V.</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The purple curve is of "Ferrocene_cycle 21". The brown curve is of "Ferrocene_cycle 22".
What are the peaks of each DPV in this graph?
|
<answer>The purple curve "Ferrocene_cycle 21" has a peak at (1.70V, -98.55uA). The brown curve "Ferrocene_cycle 22" has a peak at (1.70V, -70.55uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The purple curve is of \"Ferrocene_cycle 21\". The brown curve is of \"Ferrocene_cycle 22\". \n What are the peaks of each DPV in this graph?",
"role": "user"
},
{
"content": " \n <answer>The purple curve \"Ferrocene_cycle 21\" has a peak at (1.70V, -98.55uA). The brown curve \"Ferrocene_cycle 22\" has a peak at (1.70V, -70.55uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] | |
peakpointing
|
The blue curve is of "Tryptophan_341.50 uM". The red curve is of "Tryptophan_734.3 uM". The purple curve is of "Tryptophan_Blank".
List all the peaks in this pulse voltammogram graph.
|
<answer>The blue curve "Tryptophan_341.50 uM" has a peak at (4.10V, -131.85uA). The red curve "Tryptophan_734.3 uM" has a peak at (4.10V, -165.85uA). The purple curve "Tryptophan_Blank" has a peak at (4.10V, -93.55uA).</answer>
<eval></eval>
|
[
{
"content": "<image>The blue curve is of \"Tryptophan_341.50 uM\". The red curve is of \"Tryptophan_734.3 uM\". The purple curve is of \"Tryptophan_Blank\". \n List all the peaks in this pulse voltammogram graph.",
"role": "user"
},
{
"content": " \n <answer>The blue curve \"Tryptophan_341.50 uM\" has a peak at (4.10V, -131.85uA). The red curve \"Tryptophan_734.3 uM\" has a peak at (4.10V, -165.85uA). The purple curve \"Tryptophan_Blank\" has a peak at (4.10V, -93.55uA).</answer> \n <eval></eval>",
"role": "assistant"
}
] |
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