Here, we selected horse cyt-c as a model to answer the second question.
2
These data are discussed in terms of possible posttranscriptional control over cyt c2.
3
Mitochondrial cyt b data supports this putative cryptic species in sympatry with others.
4
Serine 2 within this sequence regulates cyt-PTPe activity and its effects on podosomes.
5
The one-electron exchange between cyt-c(552) and the working electrode is a quasi-reversible process, without mass transport limitations.
6
However, unlike the clear distinction of the remaining groups by ITS2, the remaining groups are not separated by mt cyt b.
7
These experiments provide the first genetic evidence for the obligatory role of cyt c2 in wild-type cyclic photosynthetic electron transport in R. sphaeroides.
8
The alterations in the gene pattern may interrupt of mitochondrial membrane potential which facilitates the releasing of cytochrome c (cyt c) into cytosol.
9
The cyt c2 deficient strains reduced photooxidized reaction center complexes approximately 4 orders of magnitude more slowly than the parent strain.
10
Under these assay conditions, the 51Cr release was specific to TNF and was not a consequence of the cyt phenotype associated with E1B-19K protein-negative mutants.
11
Five out of 120 clones of a cyt mutant of adenovirus 12 were not defective in induction of the cell surface change and in tumorigenicity.
12
The cyt c act as a key molecule for activation of caspases (9 and 3) to initiate intrinsic apoptotic signaling cell death process.
13
Using these classifiers we identified new Cyt-b561-related proteins from four plant genomes.
14
In this study, CYT was examined in vitro and tested for possible immunological effects.
15
We've also included a few of our favorite CYT ingredients to have in the fridge.
16
Because of their high sequence divergence, thorough mining of Cyt-b561 proteins from plant genomes are not easy.