Among the major classes of RNAs in the cell, tRNAs remain the most difficult to characterize via deep sequencing approaches, as tRNA structure and nucleotide modifications can each interfere with cDNA ...

Tda1 protein kinase, activated by Snf1 and yeast GSK3-β, fine-tunes metabolism through the phosphorylation of Hxk2, which is implicated in yeast glucose repression. Tda1 is activated by both Snf1 and ...

The yeast RGG motif-containing RNA binding protein Scd6 and its human ortholog LSM14A regulate the translation of specific ...

It is most commonly caused by abnormalities in genes found in chromosome 7 and chromosome 11. The second half envisions the events from Natalia's perspective - a victim of cruelty who is ...

Ghosh. “It attaches itself to the host cell’s chromosomes, ensuring it gets separated along with them during division.” The research outlines how yeast, which reproduces by budding ...

Scientists have discovered how genes on X and Y chromosomes fight for control over sperm, influencing whether more male or female offspring are born—and they’re studying this battle by recreating it ...

This competition, or arms race, is typically hard to observe–except when the genes in question live on the X and Y chromosomes, which determine ... Sly gene families from mouse and putting them into ...

Before division, the yeast cell duplicates its chromosomes, wherein both the mother and daughter cells receive a complete set of genetic material. Similarly, the 2-micron plasmid also duplicates and ...

Scientists have been trying to create multicellular life from a fully human-made genome since 2006 International teams have painstakingly built 16 synthetic yeast chromosomes from scratch Sydney ...

This competition, or arms race, is typically hard to observe–except when the genes in question live on the X and Y chromosomes ... mouse and putting them into yeast. "We introduced each player ...