
february 11th, 2026 by Genome Biology Dept
Noncoding DNA can generate microproteins, some of which evolve into new genes. We show that de novo genes preferentially originate from GC-rich, foldable sequences, revealing how base composition channels the birth of new proteins.
Nature Communications

february 11th, 2026 by MicroBiology Dept
We developed a flexizyme-based semi-synthetic strategy that provides access to stable 2′- and 3′-amide AA-tRNA analogs, offering robust tools for structural biology and for probing regiospecificity in AA-tRNA-dependent enzymes.
Chemistry Europe

february 11th, 2026 by Genome Biology Dept
Discovery: a dynamic interplay between axis proteins and cohesins ensures chromosome stability during meiosis in Sordaria.
Plos Genetics

january 13th, 2026 by B3S Dept
Tight regulation of Fe-S clusters biosynthesis via a mutually antagonistic binding of frataxin and ferredoxin-2 to the assembly machinery, with several important implications for the Friedreich’s ataxia disease caused by frataxin deficiency
Nature
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Team of Julie Soutourina received the label from Ligue Nationale contre le cancer
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