Quote (Garethsir @ Wed, May 6 2009, 07:11pm)
hmmm... what chemical reactions cause heat absorption(endothermic)?
plus i want fancy vitrification proteins O_o
and use thermodynamics to make sure that it is all done while my heart is stopped, otherwise... XD
The blood oxygen and glucose levels would have to remain high enough so that during the freezing process and during the thawing process my body would have sufficient ATP//ADP to be able to properly function.
most bodily enzymes are made to cause (speed up) chemical reactions within certain temperature ranges and the body maintains a specific body temperature in order to keep the bodies temperature within the acceptable ranges. The best place to start would be with tissue samples of various types to test their survivability rates under the given conditions
(including the thermodynamics aspect)
since all the tissues and organs are made of separate things that probably have different thermodynamic properties I might have to be completely dismantled and put together piece by piece.(idk about the neural connection though, how do they get it to grow back in organ transplants?)
the neural connections in particular are very complicated because of their branching nature
For instance, if you took a multiple wire communication cable and cut it, then put the wires back together with the wrong wires then it wouldn't send the right signal through the right wire. You would probably have to map my personal neural system with some kind of brain scans combined with bodies scans to see all possible movements of muscles and all the senses. it would be extremely complicated
(but if you could, wouldn't it be amazing?
The bolded just proves you read wiki, and tried to reword it. Stop trying so hard please.