Anuradha Kagalkar
About Anuradha Kagalkar
Anuradha Kagalkar is a Senior Scientist I at General Mills in Minneapolis, specializing in grain and fiber research and serving as a liaison for scientific knowledge transfer and innovation support.
Title and Company
Anuradha Kagalkar is a Senior Scientist I at General Mills, based in Minneapolis, Minnesota, United States. She plays a key role as a liaison for the creation, transfer, and application of scientific knowledge to support the technology needs and innovations of General Mills' Global R&D teams.
Education and Expertise
Anuradha Kagalkar pursued her education at Shivaji University, achieving a Doctor of Philosophy in Biochemistry from 2007 to 2011 and a Master's degree in Biochemistry from 2005 to 2007. She also has a Bachelor's degree in Microbiology from Rajaram College, earned from 2000 to 2003. Her educational background has provided her with substantial expertise in biochemistry, molecular biology, biotechnology, and plant tissue culture.
Research and Publications
Anuradha Kagalkar has authored over 14 scientific publications in peer-reviewed journals. Her research outputs span several specialized fields including phytoremediation, bioremediation, plant tissue culture, and protein purification. These contributions cement her standing as a significant contributor to scientific literature and research.
Technical Specialization and Collaboration
As a technical expert in grain and fiber research, Anuradha Kagalkar collaborates with multiple platforms to generate in-depth technical insights and research strategies. Her role at General Mills emphasizes working closely with various teams to foster innovation and support through scientific research.
Research Interests
Anuradha Kagalkar’s research interests are extensive. They include product development, technology development, scientific communication, scientific data analysis and interpretation, consumer research, clinical research, academic research, connected innovation, biochemistry, molecular biology, biotechnology, and plant tissue culture. She focuses on leveraging her skills and knowledge to contribute broadly to her field and drive technological advancements.