Search results
The Tata Institute for Genetics and Society (TIGS) is a non-profit research institute that aspires to develop solutions to challenges in human health and agriculture using applications of cutting-edge science and technology in genetics and genomics.
TIGS, founded in 2017, is a non-profit research institute that aspires to develop solutions to challenges in human health and agriculture. TIGS is a unique initiative to support applications of cutting-edge science and technology in genetics and genomics to solve societal problems of the country.
The Tata Institute of Genetics and Society-Centre at inStem (TIGS-CI) seeks to use the latest advances in genetics to address the most pertinent questions in biology, particularly those relevant for India today.
Aug 26, 2022 · Admissions are now open for our PhD program, for the January and August 2023 sessions. If you are interested in using genetics, technology, engineering principles, or computational skills in addressing issues of human health and agriculture please visit our programs page to learn more and apply.
The Tata Institute for Genetics and Society (TIGS) is a non-profit institution focused on research, training and capacity building of Indian scientists in the use of latest genetic technologies to address food and healthcare security in India.
The Tata Institute for Genetics and Society (TIGS) is a non-profit research institute that aspires to develop solutions to challenges in human health and agriculture using applications of cutting-edge science and technology in genetics and genomics.
Tata Institute for Genetics and Society - Centre at inStem (TIGS-CI) - Rakesh Mishra | InStem. Rakesh Mishra is the Director of TIGS, India. He received his PhD from the University of Allahabad, India, in 1986.
TIGS is a research institute created for the purposes of genetic research and capacity building to address agriculture and healthcare needs within India. Website. http://tigs.res.in/ Industry....
TIGS-UC San Diego and TIGS-India work collaboratively to train personnel, advance research and facilitate the broad applications of new technologies for human health and agriculture within India, based on self-propagating genetic elements referred to as Active Genetics.
TIGS aims to gather the information that can help design effective vector control strategies and map disease ecology at the local scale for vector-borne diseases such as dengue, malaria, chikungunya, and zoonoses such as scrub typhus in India.
