Not to be alarming but, the main reason why Avian Flu H5N1 ( very similar to the Spanish flu of 1917) does not spread from human to human easily is
ref in this article www.sciencedaily.com...
Note the Date Mar. 27, 2006, excerpt
"Kawaoka's group noted that the cells in the upper portions of the respiratory system lacked the surface receptors that enable avian H5N1 virus to
dock with the cell. Receptors are molecules on the surface of cells that act like a lock. A virus with a complementary binding molecule - the key -
can use the surface receptor to gain access to the cell. Once inside, it can multiply and infect other cells.
"Deep in the respiratory system, (cell) receptors for avian viruses, including avian H5N1 viruses, are present," explains Kawaoka, who also holds an
appointment at the University of Tokyo. "But these receptors are rare in the upper portion of the respiratory system. For the viruses to be
transmitted efficiently, they have to multiply in the upper portion of the respiratory system so that they can be transmitted by coughing and
Now there is this article: www.sciencedaily.com...
dated Oct. 27, 2007 excerpt
"New findings, reported in the journal Respiratory Research, about how the virus binds to the respiratory tract and lung suggest children may be
particularly susceptible to avian influenza,. The results also mean that previous receptor distribution studies may have to be re-evaluated."
The article goes on to seemingly contradict itself when it talks about MAA1 binding in children in the lower respiratory system while in Adults MAA1
(Marker for Avian binding receptors) binds well in Human upper respiratory system???? Anyway from the first article it appears that as long as
binds (Infects cells) in the lower respiratory systen it cannot spread easily
from coughing or sneezing, (Just don't breath deeply around infected areas)
PS -This is also my theory as to the death of Dinosaurs - H5N1 Dino Flu
PPS - In the spirit of this topic - Chem Trails are really Tamiflu spraying
to save as many birds and humans as possible, One reason why Tamiflu is in critically short supply