Sentence examples for protein generation from inspiring English sources

Protein synthesis is the best-characterized intracellular process regulated by mTORC1, whose activation generally increases the cellular capacity of protein generation [ 14].

However, the addition of melamine to animal feeds was later discouraged, since the process of microbial protein generation from melamine was inefficient and resulted in the release of potentially toxic amounts of ammonia byproduct.

These results above collectively demonstrated that in cis overexpression of KAT5 led to higher distal pA site usage, then led to decreased mature mRNA template for translation in cytoplasm, and finally less protein generation.

COS-7 cells were used for transfection and fusion protein generation [48].

MR-ir was also observed in glial processes, and in cellular protein generation and cell respiration machinery including ribosomes, mitochondria, and Golgi apparatus.

In summary, YY1 transcription factor seems to be playing a key role in the pathogenesis of MS or its subtypes, given its connection to processes affecting myelin protein generation, viral replication and immune response processes.

However, recent structural studies of HIV-1 Env proteins, generation of novel bNAbs, maturation of technologies for the isolation of further antibodies, insights into the requirements for antibody-mediated protection, and novel vaccination approaches are providing grounds for renewed optimism.

Protein players in mitochondrial iron transport and metabolism include mitoferrins (iron transport into mitochondria), frataxins (delivery or iron to Fe-S cluster scaffolding proteins), Fe-S cluster scaffolding proteins (generation of Fe-S cofactors), and mitochondrial ferritin (iron sequestration) [ 1].

These include IRE1 α→TRand→ASK1→JNK, and PERK→CHOP→ERO1 α→IP3R→CaMKII- γ with both pathways resulting in activation of BH3 only domain proteins, generation of mitochondrial derived ROS, impaired insulin receptor signaling and induction of Fas expression.

The vector system is sufficiently flexible that it should have widespread uses including inducible expression of tagged proteins, generation of conditional knockout cell lines and the application of dominant-negative approaches.

Our experimental design allowed the testing of multiple factors that could potentially contribute to gene expression differences, including different recombinant proteins, progeny generation, and recombinant protein expression level.