UNC’s MS in Genetics & Molecular Biology trains scientists to perform CRISPR base-editing, single-cell multi-omics, and phylogenomic inference. Students sequence ancient DNA in ISO-class clean rooms, use PacBio long reads to resolve structural variants, and visualize chromatin loops with Hi-C. Ethical genomics seminars tackle data sovereignty and clinical translation.
Base-edit screen correcting CFTR mutations in airway organoids
Pan-genome assembly of drought-tolerant maize landraces
Long-read detection of tandem repeats in neurodegenerative loci
Phylogenomic tree of antibiotic-resistance island evolution
Policy brief on equitable newborn genome screening programs
Synthetic gene drive containment assay in Drosophila
Hi-C mapping of enhancer hijacking in pediatric sarcomas
Metagenomic survey of gut virome in vegan diets
Federated learning model predicting rare-variant pathogenicity
Interactive dashboard exploring GWAS hits across ancestries
Grant proposal for Indigenous community led biobank governance
Podcast demystifying CRISPR gene therapy trials
VR chromosome tour illustrating epigenetic landscapes
Workshop on FAIR principles for variant annotation datasets
White paper on gene-editing ethics in conservation biology
Merge molecular innovation and ethical vision to transform genomics.
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