<?php
		// Group 0x0028
		Nanodicom_Dictionary::$dict[0x0028][0x0000] = array('UL', '1', 'ImagePresentationGroupLength', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0002] = array('US', ' 1', 'SamplesPerPixel');
		Nanodicom_Dictionary::$dict[0x0028][0x0003] = array('US', ' 1', 'SamplesPerPixelUsed');
		Nanodicom_Dictionary::$dict[0x0028][0x0004] = array('CS', ' 1', 'PhotometricInterpretation');
		Nanodicom_Dictionary::$dict[0x0028][0x0005] = array('US', ' 1 ', 'ImageDimensions', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0006] = array('US', ' 1', 'PlanarConfiguration');
		Nanodicom_Dictionary::$dict[0x0028][0x0008] = array('IS', ' 1', 'NumberOfFrames');
		Nanodicom_Dictionary::$dict[0x0028][0x0009] = array('AT', ' 1-n', 'FrameIncrementPointer');
		Nanodicom_Dictionary::$dict[0x0028][0x000A] = array('AT', ' 1-n', 'FrameDimensionPointer');
		Nanodicom_Dictionary::$dict[0x0028][0x0010] = array('US', ' 1', 'Rows');
		Nanodicom_Dictionary::$dict[0x0028][0x0011] = array('US', ' 1', 'Columns');
		Nanodicom_Dictionary::$dict[0x0028][0x0012] = array('US', ' 1 ', 'Planes', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0014] = array('US', ' 1', 'UltrasoundColorDataPresent');
		Nanodicom_Dictionary::$dict[0x0028][0x0030] = array('DS', ' 2', 'PixelSpacing');
		Nanodicom_Dictionary::$dict[0x0028][0x0031] = array('DS', ' 2', 'ZoomFactor');
		Nanodicom_Dictionary::$dict[0x0028][0x0032] = array('DS', ' 2', 'ZoomCenter');
		Nanodicom_Dictionary::$dict[0x0028][0x0034] = array('IS', ' 2', 'PixelAspectRatio');
		Nanodicom_Dictionary::$dict[0x0028][0x0040] = array('CS', ' 1 ', 'ImageFormat', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0050] = array('LO', ' 1-n ', 'ManipulatedImage', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0051] = array('CS', ' 1-n', 'CorrectedImage');
		Nanodicom_Dictionary::$dict[0x0028][0x005F] = array('LO', ' 1 ', 'CompressionRecognitionCode', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0060] = array('CS', ' 1 ', 'CompressionCode', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0061] = array('SH', ' 1 ', 'CompressionOriginator', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0062] = array('LO', ' 1 ', 'CompressionLabel', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0063] = array('SH', ' 1 ', 'CompressionDescription', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0065] = array('CS', ' 1-n ', 'CompressionSequence', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0066] = array('AT', ' 1-n ', 'CompressionStepPointers', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0068] = array('US', ' 1 ', 'RepeatInterval', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0069] = array('US', ' 1 ', 'BitsGrouped', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0070] = array('US', ' 1-n ', 'PerimeterTable', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0071] = array('XS', ' 1 ', 'PerimeterValue', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0080] = array('US', ' 1 ', 'PredictorRows', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0081] = array('US', ' 1 ', 'PredictorColumns', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0082] = array('US', ' 1-n ', 'PredictorConstants', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0090] = array('CS', ' 1 ', 'BlockedPixels', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0091] = array('US', ' 1 ', 'BlockRows', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0092] = array('US', ' 1 ', 'BlockColumns', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0093] = array('US', ' 1 ', 'RowOverlap', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0094] = array('US', ' 1 ', 'ColumnOverlap', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0100] = array('US', ' 1', 'BitsAllocated');
		Nanodicom_Dictionary::$dict[0x0028][0x0101] = array('US', ' 1', 'BitsStored');
		Nanodicom_Dictionary::$dict[0x0028][0x0102] = array('US', ' 1', 'HighBit');
		Nanodicom_Dictionary::$dict[0x0028][0x0103] = array('US', ' 1', 'PixelRepresentation');
		Nanodicom_Dictionary::$dict[0x0028][0x0104] = array('XS', ' 1 ', 'SmallestValidPixelValue', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0105] = array('XS', ' 1 ', 'LargestValidPixelValue', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0106] = array('XS', ' 1 ', 'SmallestImagePixelValue');
		Nanodicom_Dictionary::$dict[0x0028][0x0107] = array('XS', ' 1 ', 'LargestImagePixelValue');
		Nanodicom_Dictionary::$dict[0x0028][0x0108] = array('XS', ' 1 ', 'SmallestPixelValueInSeries');
		Nanodicom_Dictionary::$dict[0x0028][0x0109] = array('XS', ' 1 ', 'LargestPixelValueInSeries');
		Nanodicom_Dictionary::$dict[0x0028][0x0110] = array('XS', ' 1 ', 'SmallestImagePixelValueInPlane', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0111] = array('XS', ' 1 ', 'LargestImagePixelValueInPlane', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0120] = array('XS', ' 1 ', 'PixelPaddingValue');
		Nanodicom_Dictionary::$dict[0x0028][0x0121] = array('XS', ' 1 ', 'PixelPaddingRangeLimit');
		Nanodicom_Dictionary::$dict[0x0028][0x0200] = array('US', ' 1 ', 'ImageLocation', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0300] = array('CS', ' 1', 'QualityControlImage');
		Nanodicom_Dictionary::$dict[0x0028][0x0301] = array('CS', ' 1', 'BurnedInAnnotation');
		Nanodicom_Dictionary::$dict[0x0028][0x0400] = array('LO', ' 1 ', 'TransformLabel', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0401] = array('LO', ' 1 ', 'TransformVersionNumber', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0402] = array('US', ' 1 ', 'NumberOfTransformSteps', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0403] = array('LO', ' 1-n ', 'SequenceOfCompressedData', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0404] = array('AT', ' 1-n ', 'DetailsOfCoefficients', 'RET');
//		Nanodicom_Dictionary::$dict[0x0028][0x04x0] = array('US', ' 1 ', 'RowsForNthOrderCoefficients', 'RET');
//		Nanodicom_Dictionary::$dict[0x0028][0x04x1] = array('US', ' 1 ', 'ColumnsForNthOrderCoefficients', 'RET');
//		Nanodicom_Dictionary::$dict[0x0028][0x04x2] = array('LO', ' 1-n ', 'CoefficientCoding', 'RET');
//		Nanodicom_Dictionary::$dict[0x0028][0x04x3] = array('AT', ' 1-n ', 'CoefficientCodingPointers', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0700] = array('LO', ' 1 ', 'DCTLabel', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0701] = array('CS', ' 1-n ', 'DataBlockDescription', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0702] = array('AT', ' 1-n ', 'DataBlock', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0710] = array('US', ' 1 ', 'NormalizationFactorFormat', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0720] = array('US', ' 1 ', 'ZonalMapNumberFormat', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0721] = array('AT', ' 1-n ', 'ZonalMapLocation', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0722] = array('US', ' 1 ', 'ZonalMapFormat', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0730] = array('US', ' 1 ', 'AdaptiveMapFormat', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0740] = array('US', ' 1 ', 'CodeNumberFormat', 'RET');
//		Nanodicom_Dictionary::$dict[0x0028][0x08x0] = array('CS', ' 1-n ', 'CodeLabel', 'RET');
//		Nanodicom_Dictionary::$dict[0x0028][0x08x2] = array('US', ' 1 ', 'NumberOfTables', 'RET');
//		Nanodicom_Dictionary::$dict[0x0028][0x08x3] = array('AT', ' 1-n ', 'CodeTableLocation', 'RET');
//		Nanodicom_Dictionary::$dict[0x0028][0x08x4] = array('US', ' 1 ', 'BitsForCodeWord', 'RET');
//		Nanodicom_Dictionary::$dict[0x0028][0x08x8] = array('AT', ' 1-n ', 'ImageDataLocation', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x0A02] = array('CS', ' 1', 'PixelSpacingCalibrationType');
		Nanodicom_Dictionary::$dict[0x0028][0x0A04] = array('LO', ' 1', 'PixelSpacingCalibrationDescription');
		Nanodicom_Dictionary::$dict[0x0028][0x1040] = array('CS', ' 1', 'PixelIntensityRelationship');
		Nanodicom_Dictionary::$dict[0x0028][0x1041] = array('SS', ' 1', 'PixelIntensityRelationshipSign');
		Nanodicom_Dictionary::$dict[0x0028][0x1050] = array('DS', ' 1-n', 'WindowCenter');
		Nanodicom_Dictionary::$dict[0x0028][0x1051] = array('DS', ' 1-n', 'WindowWidth');
		Nanodicom_Dictionary::$dict[0x0028][0x1052] = array('DS', ' 1', 'RescaleIntercept');
		Nanodicom_Dictionary::$dict[0x0028][0x1053] = array('DS', ' 1', 'RescaleSlope');
		Nanodicom_Dictionary::$dict[0x0028][0x1054] = array('LO', ' 1', 'RescaleType');
		Nanodicom_Dictionary::$dict[0x0028][0x1055] = array('LO', ' 1-n', 'WindowCenterWidthExplanation');
		Nanodicom_Dictionary::$dict[0x0028][0x1056] = array('CS', ' 1', 'VOILUTFunction');
		Nanodicom_Dictionary::$dict[0x0028][0x1080] = array('CS', ' 1 ', 'GrayScale', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x1090] = array('CS', ' 1', 'RecommendedViewingMode');
		Nanodicom_Dictionary::$dict[0x0028][0x1100] = array('XS', ' 3 ', 'GrayLookupTableDescriptor', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x1101] = array('XS', ' 3 ', 'RedPaletteColorLookupTableDescriptor');
		Nanodicom_Dictionary::$dict[0x0028][0x1102] = array('XS', ' 3 ', 'GreenPaletteColorLookupTableDescriptor');
		Nanodicom_Dictionary::$dict[0x0028][0x1103] = array('XS', ' 3 ', 'BluePaletteColorLookupTableDescriptor');
		Nanodicom_Dictionary::$dict[0x0028][0x1104] = array('US', ' 3', 'AlphaPaletteColorLookupTableDescriptor');
		Nanodicom_Dictionary::$dict[0x0028][0x1111] = array('XS', ' 4 ', 'LargeRedPaletteColorLookupTableDescriptor', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x1112] = array('XS', ' 4 ', 'LargeGreenPaletteColorLookupTableDescriptor', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x1113] = array('XS', ' 4 ', 'LargeBluePaletteColorLookupTableDescriptor', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x1199] = array('UI', ' 1', 'PaletteColorLookupTableUID');
		Nanodicom_Dictionary::$dict[0x0028][0x1201] = array('OW', ' 1', 'RedPaletteColorLookupTableData');
		Nanodicom_Dictionary::$dict[0x0028][0x1202] = array('OW', ' 1', 'GreenPaletteColorLookupTableData');
		Nanodicom_Dictionary::$dict[0x0028][0x1203] = array('OW', ' 1', 'BluePaletteColorLookupTableData');
		Nanodicom_Dictionary::$dict[0x0028][0x1204] = array('OW', ' 1', 'AlphaPaletteColorLookupTableData');
		Nanodicom_Dictionary::$dict[0x0028][0x1211] = array('OW', ' 1 ', 'LargeRedPaletteColorLookupTableData', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x1212] = array('OW', ' 1 ', 'LargeGreenPaletteColorLookupTableData', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x1213] = array('OW', ' 1 ', 'LargeBluePaletteColorLookupTableData', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x1214] = array('UI', ' 1 ', 'LargePaletteColorLookupTableUID', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x1221] = array('OW', ' 1', 'SegmentedRedPaletteColorLookupTableData');
		Nanodicom_Dictionary::$dict[0x0028][0x1222] = array('OW', ' 1', 'SegmentedGreenPaletteColorLookupTableData');
		Nanodicom_Dictionary::$dict[0x0028][0x1223] = array('OW', ' 1', 'SegmentedBluePaletteColorLookupTableData');
		Nanodicom_Dictionary::$dict[0x0028][0x1300] = array('CS', ' 1', 'BreastImplantPresent');
		Nanodicom_Dictionary::$dict[0x0028][0x1350] = array('CS', ' 1', 'PartialView');
		Nanodicom_Dictionary::$dict[0x0028][0x1351] = array('ST', ' 1', 'PartialViewDescription');
		Nanodicom_Dictionary::$dict[0x0028][0x1352] = array('SQ', ' 1', 'PartialViewCodeSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x135A] = array('CS', ' 1', 'SpatialLocationsPreserved');
		Nanodicom_Dictionary::$dict[0x0028][0x1401] = array('SQ', ' 1', 'DataFrameAssignmentSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x1402] = array('CS', ' 1', 'DataPathAssignment');
		Nanodicom_Dictionary::$dict[0x0028][0x1403] = array('US', ' 1', 'BitsMappedToColorLookupTable');
		Nanodicom_Dictionary::$dict[0x0028][0x1404] = array('SQ', ' 1', 'BlendingLUT1Sequence');
		Nanodicom_Dictionary::$dict[0x0028][0x1405] = array('CS', ' 1', 'BlendingLUT1TransferFunction');
		Nanodicom_Dictionary::$dict[0x0028][0x1406] = array('FD', ' 1', 'BlendingWeightConstant');
		Nanodicom_Dictionary::$dict[0x0028][0x1407] = array('US', ' 3', 'BlendingLookupTableDescriptor');
		Nanodicom_Dictionary::$dict[0x0028][0x1408] = array('OW', ' 1', 'BlendingLookupTableData');
		Nanodicom_Dictionary::$dict[0x0028][0x140B] = array('SQ', ' 1', 'EnhancedPaletteColorLookupTableSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x140C] = array('SQ', ' 1', 'BlendingLUT2Sequence');
		Nanodicom_Dictionary::$dict[0x0028][0x140D] = array('CS', ' 1', 'BlendingLUT2TransferFunction');
		Nanodicom_Dictionary::$dict[0x0028][0x140E] = array('CS', ' 1', 'DataPathID');
		Nanodicom_Dictionary::$dict[0x0028][0x140F] = array('CS', ' 1', 'RGBLUTTransferFunction');
		Nanodicom_Dictionary::$dict[0x0028][0x1410] = array('CS', ' 1', 'AlphaLUTTransferFunction');
		Nanodicom_Dictionary::$dict[0x0028][0x2000] = array('OB', ' 1', 'ICCProfile');
		Nanodicom_Dictionary::$dict[0x0028][0x2110] = array('CS', ' 1', 'LossyImageCompression');
		Nanodicom_Dictionary::$dict[0x0028][0x2112] = array('DS', ' 1-n', 'LossyImageCompressionRatio');
		Nanodicom_Dictionary::$dict[0x0028][0x2114] = array('CS', ' 1-n', 'LossyImageCompressionMethod');
		Nanodicom_Dictionary::$dict[0x0028][0x3000] = array('SQ', ' 1', 'ModalityLUTSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x3002] = array('XS', ' 3 ', 'LUTDescriptor');
		Nanodicom_Dictionary::$dict[0x0028][0x3003] = array('LO', ' 1', 'LUTExplanation');
		Nanodicom_Dictionary::$dict[0x0028][0x3004] = array('LO', ' 1', 'ModalityLUTType');
		Nanodicom_Dictionary::$dict[0x0028][0x3010] = array('SQ', ' 1', 'VOILUTSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x3110] = array('SQ', ' 1', 'SoftcopyVOILUTSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x4000] = array('LT', ' 1 ', 'ImagePresentationComments', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x5000] = array('SQ', ' 1 ', 'BiPlaneAcquisitionSequence', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x6010] = array('US', ' 1', 'RepresentativeFrameNumber');
		Nanodicom_Dictionary::$dict[0x0028][0x6020] = array('US', ' 1-n', 'FrameNumbersOfInterest');
		Nanodicom_Dictionary::$dict[0x0028][0x6022] = array('LO', ' 1-n', 'FrameOfInterestDescription');
		Nanodicom_Dictionary::$dict[0x0028][0x6023] = array('CS', ' 1-n', 'FrameOfInterestType');
		Nanodicom_Dictionary::$dict[0x0028][0x6030] = array('US', ' 1-n ', 'MaskPointers', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x6040] = array('US', ' 1-n', 'RWavePointer');
		Nanodicom_Dictionary::$dict[0x0028][0x6100] = array('SQ', ' 1', 'MaskSubtractionSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x6101] = array('CS', ' 1', 'MaskOperation');
		Nanodicom_Dictionary::$dict[0x0028][0x6102] = array('US', ' 2-2n', 'ApplicableFrameRange');
		Nanodicom_Dictionary::$dict[0x0028][0x6110] = array('US', ' 1-n', 'MaskFrameNumbers');
		Nanodicom_Dictionary::$dict[0x0028][0x6112] = array('US', ' 1', 'ContrastFrameAveraging');
		Nanodicom_Dictionary::$dict[0x0028][0x6114] = array('FL', ' 2', 'MaskSubPixelShift');
		Nanodicom_Dictionary::$dict[0x0028][0x6120] = array('SS', ' 1', 'TIDOffset');
		Nanodicom_Dictionary::$dict[0x0028][0x6190] = array('ST', ' 1', 'MaskOperationExplanation');
		Nanodicom_Dictionary::$dict[0x0028][0x7FE0] = array('UT', ' 1', 'PixelDataProviderURL');
		Nanodicom_Dictionary::$dict[0x0028][0x9001] = array('UL', ' 1', 'DataPointRows');
		Nanodicom_Dictionary::$dict[0x0028][0x9002] = array('UL', ' 1', 'DataPointColumns');
		Nanodicom_Dictionary::$dict[0x0028][0x9003] = array('CS', ' 1', 'SignalDomainColumns');
		Nanodicom_Dictionary::$dict[0x0028][0x9099] = array('US', ' 1 ', 'LargestMonochromePixelValue', 'RET');
		Nanodicom_Dictionary::$dict[0x0028][0x9108] = array('CS', ' 1', 'DataRepresentation');
		Nanodicom_Dictionary::$dict[0x0028][0x9110] = array('SQ', ' 1', 'PixelMeasuresSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x9132] = array('SQ', ' 1', 'FrameVOILUTSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x9145] = array('SQ', ' 1', 'PixelValueTransformationSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x9235] = array('CS', ' 1', 'SignalDomainRows');
		Nanodicom_Dictionary::$dict[0x0028][0x9411] = array('FL', ' 1', 'DisplayFilterPercentage');
		Nanodicom_Dictionary::$dict[0x0028][0x9415] = array('SQ', ' 1', 'FramePixelShiftSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x9416] = array('US', ' 1', 'SubtractionItemID');
		Nanodicom_Dictionary::$dict[0x0028][0x9422] = array('SQ', ' 1', 'PixelIntensityRelationshipLUTSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x9443] = array('SQ', ' 1', 'FramePixelDataPropertiesSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x9444] = array('CS', ' 1', 'GeometricalProperties');
		Nanodicom_Dictionary::$dict[0x0028][0x9445] = array('FL', ' 1', 'GeometricMaximumDistortion');
		Nanodicom_Dictionary::$dict[0x0028][0x9446] = array('CS', ' 1-n', 'ImageProcessingApplied');
		Nanodicom_Dictionary::$dict[0x0028][0x9454] = array('CS', ' 1', 'MaskSelectionMode');
		Nanodicom_Dictionary::$dict[0x0028][0x9474] = array('CS', ' 1', 'LUTFunction');
		Nanodicom_Dictionary::$dict[0x0028][0x9478] = array('FL', ' 1', 'MaskVisibilityPercentage');
		Nanodicom_Dictionary::$dict[0x0028][0x9501] = array('SQ', ' 1', 'PixelShiftSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x9502] = array('SQ', ' 1', 'RegionPixelShiftSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x9503] = array('SS', ' 2-2n', 'VerticesOfTheRegion');
		Nanodicom_Dictionary::$dict[0x0028][0x9505] = array('SQ', ' 1', 'MultiFramePresentationSequence');
		Nanodicom_Dictionary::$dict[0x0028][0x9506] = array('US', ' 2-2n', 'PixelShiftFrameRange');
		Nanodicom_Dictionary::$dict[0x0028][0x9507] = array('US', ' 2-2n', 'LUTFrameRange');
		Nanodicom_Dictionary::$dict[0x0028][0x9520] = array('DS', ' 16', 'ImageToEquipmentMappingMatrix');
		Nanodicom_Dictionary::$dict[0x0028][0x9537] = array('CS', ' 1', 'EquipmentCoordinateSystemIdentification');
