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Translatomics for Respiratory Illnesses

Respiratory illnesses encompass a wide range of disorders affecting the lungs and other parts of the respiratory system. These illnesses can vary from acute conditions like the common cold to chronic diseases such as asthma, lung cancer and as seen in recent times, SARS-CoV-2. The impact of respiratory illnesses on global health is profound, with millions […]

Translatomics for heart regeneration, eIF4A and sfRNA

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, Ma et al. suggested that targeting N-acetyltransferase 10 could promote heart repair. Shichino et al. stated that eIF4A1 selectively binds to TOP mRNAs to repress the LARP1-mediated translational mechanism during […]

Translatomics for inflammations, anti-RBP and ascorbate

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, Burgers et al. examines effects of HT and HHT effects on inflammation in a mouse peritonitis model and human endothelial cells, focusing on endothelial activation and leukocyte interactions. Hsieh et al. investigated […]

Translatomics for 3B7N, eIF4F complex and UPF1

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, Kim et al. induced stress on the eIF4F complex to investigate its function in modulating gene expression to promote cellular survival. Musaev et al. showed that Upf1 destablised mRNAs with […]

Translatomics for rRNA, eIF4G2 and mRNA decay

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, Ero et al. showed that the formation of large ribosomal subunit (50S) of E. coli was essential for its ribosome biogenesis, contributing to antibiotic development. Hacisuleyman et al. presented that uORF:eIF4G2 binding […]