Personal Information

IA
Madan Bhattacharyya
Home
Institution
Iowa State University
Address
2104 Agronomy Hall
Ames, IA 50011
Contact
Email: mbhattac at iastate.edu
Biography

Projects as Lead Investigator

Year Project Name
2024 Bioengineering of an NLR gene for creating robust SDS resistance in soybean
2022 Identification of High Yielding Soybean Lines with Sudden Death Syndrome (SDS) and Phytophthora Resistance and Molecular Markers linked to Novel Genes Encoding SDS and Phytophthora Resistances
2021 Stacking four plant genes to provide durable and enhanced SCN and SDS resistance in soybean
2020 Stacking four plant genes to generate durable and enhanced SCN and SDS restances in soybean
2019 Stacking Four Plant Genes to Generate Durable and Enhanced SCN and SDS Resistances in Soybean
2018 Evaluation of the Phytophthora resistance Rps12 gene for its utility and identification of tightly linked molecular markers for its selection
2018 Evaluation of the Joint Effect of Arabidopsis PSS30 and Soybean GmDS1 Genes in Providing SCN and SDS Resistance in Soybean (1820-172-0117-C)
2015 Development of novel soybean germplasm for improving soybean for SDS resistance
2015 Generation and use of novel soybean germ plasm with enhanced SDS resistance
2014 Development of novel soybean germplasm for improving soybean for SDS resistance
2014 Generation and use of novel soybean germplasm with enhanced SDS resistance
2014 Generation and Characterization of a Tgm9-induced Mutant Population for Genetic Improvement of Quality Traits in Soybean (1420-532-5602)
2013 Development of novel soybean germ plasm for improving soybean for SDS resistance
2013 Generation and use of novel soybean germplasm with enhanced SDS resistance
2013 Generating Resources to Identify Genes that Control the Oil Quality and Protein Content in Soybean (1320-632-6602)
2012 Determine if expression of a synthetic antibody can confer SDS resistance in soybean
2012 Identify the mechanism used by Fusarium virguliforme to cause sudden death syndrome in soybean
2011 Identify the mechanism used by Fusarium virguliforme to cause sudden death syndrome in soybean
2011 Sequencing the Fusarium viguliforme genome
2011 Non-host resistance for engineering disease resistance in soybean
2010 Sequencing the Fusarium viguliforme genome
2010 Identify the mechanism used by Fusarium virguliforme to cause sudden death syndrome in soybean
2010 Sequencing the Fusarium viguliforme genome
2010 Non-host resistance for engineering disease resistance in soybean
2009 Non-host resistance for engineering disease resistance in soybean

Projects as Co-Investigator

Year Project Name
2024 The soybean genome editing toolbox - improving disease resistance and drought tolerance
2024 SoyRenSeq: a novel approach for disease resistance gene discovery and application for soybean improvement
2022 The soybean genome editing toolbox - improving disease resistance and drought tolerance
2017 Breeding soybean for yield and for introgression of defensive traits
2015 Mapping and introgression of RpsN for resistance of Phytophthora root rot into elite soybean lines
2015 Breeding for diseases, pests and abiotic stress resistance
2014 Mapping and introgression of RpsN for resistance of Phytophthora root rot into elite soybean lines
2013 SDS Research Alliance
2012 The sudden death syndrome research alliance
2012 The Sudden Death Syndrome Research Alliance (2264)
2012 Identification of quantitative trait loci for partial resistance to Phytophthora sojae in soybean
2011 The sudden death syndrome research alliance
2011 Identification of quantitative trait loci for partial resistance to Phytophthora sojae in soybean
2011 Application of New Genetic and Genomic Resources to the Improved Control of Soybean Sudden Death Syndrome (SDS) (Year 3 of 9218)
2010 Application of New Genetic and Genomic Resources to the Improved Control of Soybean Sudden Death Syndrome (SDS) (Year 2 of 9218)
2010 The sudden death syndrome research alliance
2009 The Sudden Death Syndrome Research Alliance (Year 3 of 7264)
2009 Application of New Genetic Resources to the Improved Control of Soybean Sudden Death Syndrome (SDS) (Year 1 of 9218)