Wnt signaling stimulates cell proliferation by promoting the G1/S transition of

Wnt signaling stimulates cell proliferation by promoting the G1/S transition of the cell cycle through -catenin/TCF4-mediated gene transcription. Y), indicating that endogenous Wnt signaling is under cell cycle control peaking at G2/M 13, 14. In line with this, protein levels of -catenin and Axin-2 also reach their maximum levels at G2/M 15, 16. However, a… Continue reading Wnt signaling stimulates cell proliferation by promoting the G1/S transition of

Summary: Plasma and serum biochemical markers proposed for Alzheimer disease (Advertisement)

Summary: Plasma and serum biochemical markers proposed for Alzheimer disease (Advertisement) derive from pathophysiologic processes such as for example amyloid plaque formation [amyloid β-proteins (Aβ) Aβ autoantibodies platelet amyloid precursor proteins (APP) isoforms] irritation (cytokines) oxidative tension (vitamin E isoprostanes) Tariquidar lipid fat burning capacity (apolipoprotein E 24 and vascular disease [homocysteine lipoprotein (a)]. types… Continue reading Summary: Plasma and serum biochemical markers proposed for Alzheimer disease (Advertisement)

The molecular mechanisms through which alternative splicing and histone modifications regulate

The molecular mechanisms through which alternative splicing and histone modifications regulate gene expression are now understood in considerable detail. mechanisms through which DNA methylation and histones modifications modulate alternative splicing patterns. Here we review an emerging theme resulting from these studies: RNA-guided mechanisms integrating chromatin modification and splicing. Several groundbreaking papers reported that small noncoding… Continue reading The molecular mechanisms through which alternative splicing and histone modifications regulate