Discover tRIBO-seq, a nanopore-based method to profile actively translating tRNAs and reveal changes in their abundance, modifications and fragmentation under stress.
Researchers identify AARS1 as a potential target in ovarian cancer. Using Ribo-seq and multi-omics approaches, the study shows how AARS1 regulates IRF7 translation and type I interferon signaling, revealing a way to improve antitumor immunity.
A study published in Nature Cell Biology reveals how ADAR1 and FTSJ1 regulate mistranslation in cancer cells under tryptophan-limiting conditions. IMMAGINA Biotechnology contributed nano-tRNA sequencing expertise to investigate the role of tRNA modificati
A study reveals how Kozak sequences influence translation efficiency and mRNA stability in Leishmania, uncovering a previously underexplored mechanism of gene expression regulation and parasite adaptation.
Researchers uncover how Ezrin and eIF4E coordinate localized protein translation in AML cells, supporting cell movement and disease progression. The findings reveal a new link between translation machinery and leukemia cell motility.
Immagina BioTechnology is featured in a Nature Biotechnology article highlighting the growing interest in the dark proteome and the technologies helping researchers uncover previously overlooked proteins.
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