The previously observed degradation of thermally destabilized proteins by Yme1p in yeast mitochondria could be explained by the inability of the protease to unfold stable domains or by the appearance of degron sequences upon unfolding23. Given the observed unfolding of stable proteins such as cp7-...
If such a hypothesis is demonstrated in the honey bee, DNA damage could be induced by Fipronil or by its metabolites, leading to DNA modifications that could result in mutations or disrupted epigenetic processes66. This assumption is supported by the ability of Fipronil to impact mitochondria31,...
Mitochondria could not be isolated from PA of (15N (+Fe)) and (14N (−Fe)). Therefore no measurements were carried out for isolated mitochondria from PA under these conditions as well as for the comparison of 14N PA to 15N PH. Acquired Thermo Xcalibur raw files were converted to the...
This indicated that (1) NA13 is capable of activating the plant’s immune response to pathogens, and (2) this bacterium could use secondary metabolites to have beneficial effects on the plant, such as directly inhibiting the growth of pathogens. The resistance gene FOC1 was classified as a ...
We have annotated a total of 28 tRNA genes in theV. chinshanensemitogenome, out of which 25 are unique. Among these, 14 tRNA genes are native to the mitochondria. Additionally, we identified six tRNA genes that are derived from the plastid:trnD-GUC,trnP-UGG,trnW-CCA,trnH-GUG,trnN-GUU...
Age-related defects include altered transport of cholesterol, a hormone precursor, into the mitochondria and LH-stimulated cAMP production for intracellular signaling [121,124,129,132,134,162]. In light of this evidence, it stands to reason that ageing can reduce testosterone function by mechanisms...
ASVs assigned to chloroplasts, mitochondria, Eukarya, Archaea, or unclassified sequences were excluded from further analyses (Additional file 2: Fig. S6B). Possible impacts of the different primer sets and the omission of rarefaction are provided in Additional file 3, as well as details on the ...
“The mitochondria of one parent and the mitochondria of the other parent wage a ferocious war for survival inside it a cell. … In each pair of parents, one ‘agrees’ to unilateral disarmament. It contributes a cell that provides no metabolic machinery, just naked DNA for the new nucleus...
Stepwise catabolic breakdown of the long carbon backbones of fatty acids in mitochondria, to generate fatty acyl-CoA that enters the Krebs cycle and eventually promotes ATP production. Hypothalamus A region in the brain that controls several homeostatic functions of the whole body, including feeding,...
Phage T4-like intermediates of DNA replication and recombination in the mitochondria of the higher plant Chenopodium album (L.). Curr. Genet. 2000, 37, 304–314. [Google Scholar] [CrossRef] [PubMed] He, W.; Xiang, K.; Chen, C.; Wang, J.; Wu, Z. Master graph: An essential ...