Reviews on the biology and analysis of tRNAs, tRFs, and tiRNAs: choosing tRNA modification sequencing and microarray platforms, the functional significance of the tRNA repertoire, efficient tRNA cDNA synthesis, and the emerging regulatory roles of tRNA-derived fragments.
From tRNA modification platforms to tRF and tiRNA biology
tRNAs are no longer viewed as passive translators. They are dynamically regulated, heavily modified, and processed into tRFs and tiRNAs with regulatory functions in gene expression, stress responses, and disease. Studying them requires specialized methods: tRNA modification sequencing, microarrays, optimized cDNA synthesis, and small RNA sequencing.
The reviews in this category help researchers choose tRNA modification sequencing and microarray platforms, understand the tRNA repertoire and its functional significance, achieve high tRNA cDNA synthesis efficiency, and explore why and how to study tRFs and tiRNAs. A featured review also covers the tRNA m7G modification as a therapeutic target in leukemia.
This category covers reviews on tRNA and tRF/tiRNA biology, including platform selection for tRNA modification sequencing, tRNA cDNA synthesis efficiency, tRNA repertoire functions, tRF and tiRNA biogenesis, and turnkey solutions for tRNA research projects, workflows, and applications across many diseases.
Full list of tRNA, tRF and tiRNA research reviews
Continue exploring tRNA research topics
The full collection of expert reviews on tRNA biology, modifications, and tRNA charging analysis.
Reviews on aminoacyl-tRNA synthetases in cancer, neurobiology, aging, metabolism, and immunology.
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Common questions about tRNA, tRF and tiRNA research reviews
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