6 years ago
For the first time, UNC School of Medicine scientists led by Nobel laureate Aziz Sancar analyzed whole-genome DNA repair in an animal over 24 hours to find which genes were repaired, where exactly, and when, laying the groundwork for a more precise use of anti-cancer drugs.
10 years ago
"Theory and Simulation of Biomolecular Systems: Overcoming the Multiscale Challenge"
10 years ago
"Proteomics and Precision Medicine"
10 years ago
"Control of stem cell gene expression programs by the Cohesin complex" Zachary Cario, PhD (Dowen Lab) "Genome-wide excision repair map reveals the circadian control of transcription-coupled repair in Arabidopsis" Onur Oztas, PhD (Sancar Lab)
10 years ago
"Molecular crosstalk within an RNA processing complex"
10 years ago
"Structural insights into the targeting of tail-anchored membrane proteins to the ER”. (Dr. Clemons seminar title changed)
10 years ago
"Decoding HIV1 Protease Specifity"
10 years ago
'Unraveling Viral RNA Genomes: one segment at a time"
10 years ago
“Cryo-EM visualization of an active high open probability CFTR ion channel” Jonathan Fay PhD "The mechanism of 3M disease associated E3 ligase on mammalian development" Pu Wang PhD
10 years ago
"Top Down Proteomics for Precise Description of KRAS Gene Products in Colorectal Cancer"
10 years ago
"Evolution of catalysis and regulation over 3.5 billion years- Exploitation for novel cancer drugs”
10 years ago
'"Protein engineering strategies for the development of viral immunotherapies and vaccines"
