Respuesta :
because on freezing the enzyme activity stops , not destroyed as in case of burning or heating !! so the nature of the enzyme remains same !!
second the activities of bacteria and other decomposers are negligible as bacteria or decomposers need warm environment !! thus body remains as it was !!
so in nut shell , sometimes , it could be happen BUT not Every time ....!!
second the activities of bacteria and other decomposers are negligible as bacteria or decomposers need warm environment !! thus body remains as it was !!
so in nut shell , sometimes , it could be happen BUT not Every time ....!!
The fish was frozen so quickly that none of its internal organs/vital structures were able to die before freezing, nothing then damaged said body parts, so the fish is in stasis, no bodily functions are proceeding.
Due to the fish being so small, it is able to warm up at a faster rate than any process that kills it, such as bacterial eating it. It gets to a point where blood can start circulating again, once the heart is warm enough to continue pumping, because the cells weren't killed.
My chem teacher said (during a tangent) that it is theoretically possible with humans but it takes too long to warm up the entirety of the body, due to it being a good insulator of heat.(this is not my own words i found it on a science website)