Gunvant Patil
Principal Investigator
Texas Tech University
I'm working on
3 years ago
Molecular Crop Improvement
About
We integrate genome engineering and genomics tools to (1) discover novel traits to improve disease resistance, nutrient uptake, and seed composition and (2) develop high-throughput technologies to improve genetic transformation and gene-editing platforms in recalcitrant crop species.
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Texas Tech University
Improving nutrient uptake and reducing fertilizer use in soybean through diverse germplasm screening
Research platform identifying soybean germplasm with superior nutrient uptake to reduce excess fertilizer application. Screening of 220+ diverse soy lines using portable X-ray fluorescence has identified exotic and wild ...
TechnologyConceptualUniversity
Texas Tech University
Genome-editing approach for engineering broad and durable soybean cyst nematode resistance via novel promoter alleles
A soybean genetic innovation leveraging CRISPR-Cas technology to dissect and engineer novel promoter alleles of the GmSHMT08 gene, delivering broad and durable resistance to soybean cyst nematode (SCN)—the most destructi...
TechnologyConceptualUniversity
Gunvant Patil
Principal Investigator
Texas Tech UniversityWork experience
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Open to opportunities in
Abiotic StressAgricultural ScienceBiotechnologyPlant BiologyPlant Pathology
Last updated Sep 2023
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