UC’s MS in Genetics & Plant Biology unites genomics, physiology, and bioinformatics to improve crop resilience, nutritional quality, and environmental sustainability.
CRISPR-mediated knock-in of drought-responsive transcription factor in maize
High-throughput phenotyping platform quantifying photosynthetic efficiency
RNA-seq analysis of salt tolerance pathways in quinoa landraces
Metabolic engineering of yeast producing plant-derived flavonoids
Root microbiome manipulation enhancing phosphorus uptake in wheat
Policy brief on gene-edited crop regulation harmonization
Comparative epigenomic study of climate-adaptive traits in wild sunflowers
Machine-learning prediction of off-target edits in plant CRISPR experiments
Bioplastic precursor production in switchgrass via pathway optimization
Drone-based multispectral imaging detecting nutrient deficiencies in orchards
GWAS identifying loci controlling vitamin-B biosynthesis in sweet potato
Mobile app guiding smallholders in real-time pest diagnostics with AI vision
Life-cycle analysis of perennial grains for soil-carbon sequestration
Proteomic profiling of heat-shock response in tomato pollen viability
Public demo greenhouse showcasing vertical farming with LED spectra experiments
Synthetic promoter library engineering nitrogen-use efficiency genes
Ethics discussion series on equitable access to gene-editing technologies
3D-printed microfluidic chips studying pollen–stigma interactions
Conference on plant synthetic biology and climate-resilient agriculture
Workshop training farmers in open-source genomics data platforms
Engineer resilient crops and bio-innovations with UC’s genetics-driven MS.
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