UIUC’s Biochemistry PhD leverages cryo-EM, single-molecule spectroscopy, and deep mutational scanning to unravel life’s chemistry. Students evolve thermostable enzymes for carbon capture, map chromatin architecture with Hi-C, and design optogenetic switches for cellular therapeutics. Cross-disciplinary institutes fuel translational impact.
Allosteric regulation mapping via multi-site saturation mutagenesis
Time-resolved cryo-EM snapshots of ribosome rescue factors
Photocaged CRISPR guide RNAs enabling spatiotemporal editing
Synthetic metabolic pathway sequestering CO₂ into bioplastics
High-throughput screening for inhibitors of viral proteases
Single-molecule FRET study of telomerase processivity
Computational design of protein-protein interaction disruptors
Grant proposal for AI-driven antibiotic discovery pipeline
Hydrogenase mimetics for bio-hydrogen fuel cells
Optogenetic regulation of CAR-T cell activation kinetics
Epigenomic profiling of famine-induced transgenerational marks
White paper on ethical dual-use of gene synthesis technologies
Podcast interviewing pioneers of cryo-EM resolution revolution
Discover and engineer life’s machinery with UIUC.
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