So if you're stretching them out, are
you making Cytochrome C more happy to make more ATP or less happy?
Not exact matches
biochemical evidence such as
Cytochrome - cyto -
C is just one of the thousands of sequences and is not proof of common ancestry, as there are more variations than similarities in the genetic code, on the other hand a study of the amino acid
make - up reveals that man is closer to lamprey than are fish.
The same evidence was found in another family of proteins, the
cytochromes c, and this
made it possible to conclude that the common ancestor of yeast, plants, and vertebrates lived about 1.2 billion years ago.
All of this damage damages extremely precious mitochondrial DNA, which
make the mitochondrias dysfunctional, clogging lysosome for mitophagy, and being incapable of keeping mitochondrial membrane potential (leading to
Cytochrome C loss through mitochondrial permeability pores) and mitochondrial ATP OXPHOS respiration.