Dr. Madhugiri Nageswara-Rao is a highly accomplished Geneticist with the USDA-ARS-SHRS in Miami, Florida. His research primarily focuses on: Biological Genetic Resource Management, its Conservation, Characterization, and Improvement. He has a diverse background, having worked in various capacities, including USDA-APHIS on regulatory sciences, Pharmaceutical and Biotechnology Industries, and various reputed universities (Univ. of Florida, Univ. of Tennessee, New Mexico State Univ., Florida International Univ.). Some of his notable achievements include:
• Developing methods for sensitive detection of genetically engineered vs. non-genetically engineered papayas and rapid detection of citrus greening.
• Developing quick marker-assisted systems for identifying true nucellar seedlings and improving early selection accuracy in citrus genetic improvement programs.
• Identifying natural, commercial, and cultivated wildflower populations of Coreopsis.
• Mapping genetic diversity "hot-spots" for germplasm collection in economically important plant species using advanced GIS tools and molecular markers.
• Successfully developing "geographic gene maps" and proposing long-term strategies for germplasm improvement, management, and in situ conservation.
• Co-editing international books and contributing numerous scientific presentations and peer-reviewed articles and serving in several scientific committees. His work has been featured in Genome Tech magazine, Canada Air, and on Fox News.
Dr. Madhugiri Nageswara-Rao is a highly accomplished Geneticist with the USDA-ARS-SHRS in Miami, Florida. His research primarily focuses on: Biological Genetic Resource Management, its Conservation, Characterization, and Improvement. He has a diverse background, having worked in various capacities, including USDA-APHIS on regulatory sciences, Pharmaceutical and Biotechnology Industries, and various reputed universities (Univ. of Florida, Univ. of Tennessee, New Mexico State Univ., Florida International Univ.). Some of his notable achievements include:
• Developing methods for sensitive detection of genetically engineered vs. non-genetically engineered papayas and rapid detection of citrus greening.
• Developing quick marker-assisted systems for identifying true nucellar seedlings and improving early selection accuracy in citrus genetic improvement programs.
• Identifying natural, commercial, and cultivated wildflower populations of Coreopsis.
• Mapping genetic diversity "hot-spots" for germplasm collection in economically important plant species using advanced GIS tools and molecular markers.
• Successfully developing "geographic gene maps" and proposing long-term strategies for germplasm improvement, management, and in situ conservation.
• Co-editing international books and contributing numerous scientific presentations and peer-reviewed articles and serving in several scientific committees. His work has been featured in Genome Tech magazine, Canada Air, and on Fox News.