Summer project
Bioinformatics Specialization · Cohort 2026
The tRNA Repair Machinery Co-enriches with Rlig1: Extending a Two-Enzyme Observation to the Broader Pathway
This project investigates the functional network of the human tRNA-repair enzyme Rlig1. By reanalyzing affinity-enrichment mass spectrometry data using R/Bioconductor, we found that active Rlig1 significantly co-enriches with 19 out of 22 enzymes in the human tRNA repair machinery, extending a two-enzyme observation to a pathway-wide finding, placing Rlig1 as a candidate component of the tRNA repair system.
With KAUST Academy
- Cohort 2026
University of Cambridge · Bioinformatics Summer Program
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