Translatomics for Arabidopsis thaliana, Mouse Heart and Aquaporin in grapevine

Recent Publications Harnessing the Power of Translatomics Every week we provide a digest of a small number of recent interesting papers in the field of translatomics. In this week’s Sunday papers, Rincon Diaz, D. et al. find that gcn2 Arabidopsis mutants maintain wild-type-like protein synthesis rates under methyl jasmonate exposure. Warren C.M et al. find […]

Translatomics for cellular stress, hypoxic stress and stalled nascent chains

Recent Publications Harnessing the Power of Translatomics Every week we provide a digest of a small number of recent interesting papers in the field of translatomics. In this week’s Sunday papers, Douglas, T. et al. identify HOIL-1 as an important regulator of ribosome homeostasis during cellular stress. Elhamamsy, A. et al. uncover previously unrecognized role […]

Translatomics for rRNA, mouse and kidney

Recent Publications Harnessing the Power of Translatomics Every week we provide a digest of a small number of recent interesting papers in the field of translatomics. In this week’s Sunday papers, Yang et al. showed that METTL5-driven rRNA methylation promotes prostate cancer by enhancing IRF7/DNA2 signaling to maintain mitochondrial function and prevent stress-induced mitophagy. Zang […]

Translatomics for stem cell, cell signalling and antimicrobial resistance

Recent Publications Harnessing the Power of Translatomics Every week we provide a digest of a small number of recent interesting papers in the field of translatomics. In this week’s Sunday papers, Xiao, Y. et al. demonstrate that DDX21 maintains hematopoietic stem cell homeostasis, using polysome profiling to show that DDX21 loss disrupts ribosome biogenesis and […]

Translatomics for mt-DNA, mouse oocytes, and DNA damage response

Recent Publications Harnessing the Power of Translatomics Every week we provide a digest of a small number of recent interesting papers in the field of translatomics. In this week’s Sunday papers, Lareau, C.A et al. find that synonymous mitochondrial DNA (mtDNA) mutations can be subject to purifying selection in a cell type–specific manner. Wang, W. […]