22. Shubha Thole
Subha Thole is a renowned
neuroscientist. The gene that controls the function of the most critical part
of the human brain has been discovered by her. A recipient of the Shanti
Swaroop Bhatnagar Award in 2010, Subha is currently a Professor and Principal
Researcher at the Tata Institute of Research, Bombay. She was the 2014 Infosys Prize winner.
Subhas was
born as the daughter of Aruna
P Thole in 1967. Her mother was
involved in the manufacture of artificial organs for the disabled and cancer
patients. Her father was the director of SAMEER, an institute in the Department
of Electronics, Government of India. With the encouragement of her parents and
school teachers, Subha studied well and showed considerable interest in science
subjects. After basic education, biochemistry and biology were chosen for her college education. Instead of medical school,
she studied at St. Xavier's College, Bombay. From there too her MS. She joined the California Institute of
Technology in the United States for her Ph.D. She then joined the University of
Chicago for postdoctoral research. In 1999, after doing academic research for
10 years in America, Subha came to India and joined Tata Institute of
Fundamental Research. Her chosen field was how the human brain develops. She
has published many articles and blogs for youth on this subject.
Professional life and
research
Subha had already begun
studying the development of the mammalian brain in Chicago. She and her husband
felt that the results of their research should be useful to their own
countrymen, so they went back home. Not many people were working in his field
of research in India. She stated “ I
thought that our country would benefit if we could attract more young men and
women to this sector”. It was then that she got a job offer at Tata Institute.
There she started preparing her research laboratory in a few years.
But they quickly realized
that it was not an easy task. The huge cost of the equipment was also a reason
for that. But the cost of this was covered by the Wellcome Trust Senior
Fellowship. Equipment brought from abroad took a long time to reach here. Some
of the research materials could not be stored at low temperatures and there was
a chance that they would go bad. After overcoming all the problems, in 2000,
the first paper was prepared from the research results obtained from there. A
number of papers were subsequently published. Soon it was more than 40.
Tholey's research was on
the development of the human brain. Neuroscience also involved how certain
brain diseases occur. However, their
most important contribution was a specific gene (Lhx2) that controls brain
development. Much has been learned about brain development in mammals. Many of
their inventions were innovative.
Subha was a
neuroscientist as well as a matric teacher who was very active with students.
They also found opportunities to interact with children in blogs and other
Q&A sessions. Many post-doctoral researchers work under them. In addition,
she is active in many international neuroscience organizations, including the
American Society of Cell Biology and the International Affairs Committee. She is
a Fellow of the National Academy of Sciences and the Indian Academy of
Sciences.
During her PhD work in Chicago she met Sandeep Trivedi, a
student of Physics, and married in 1989. In 1999, they returned to India
together. They had two children
Special prizes and awards
1. Wellcome Trust Senior
International Fellowship (1999)
2. Swarna Jayanti
Fellowship from the Department of Science & Technology, Government of
India.
3. National Women Bio
scientist Award (2005) from Department of Biotechnology
4. Research Innovation
Award from the American Neuroscience Society (2008)
5. Shanti Swarup
Bhatnagar Award (2010)
6. Wellcome Trust Travel
Award, to work at Stanford University for a year.
7. Infosys Award 2014 for
discovery of gene that controls brain development. (Rs. 55 lakhs)
Important publications
• LHX2 Interacts with the
NuRD Complex and Regulates Cortical Neuron Subtype Determinants Fezf2 and Sox11
• Dmrt5, a Novel
Neurogenic Factor, Reciprocally Regulates Lhx2 to Control the Neuron-Glia
Cell-Fate Switch in the Developing Hippocampus
• Novel functions of LHX2
and PAX6 in the developing telencephalon revealed upon combined loss of both
genes.

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