Funding
In December 2024, we received a research grant from the Department of Biotechnology (DBT) for developing a computational modeling framework to study the coupling between cell geometry, mechanics, and biochemical signals that drive robust organ regeneration. In this project, we aim to develop a computational framework to study the coupling between cell geometry, mechanics, and biochemical signals that drive robust organ regeneration. To validate the model predictions, necessary experiments will be performed (in collaboration with the regeneration lab at IISER Pune). Currently, two JRF/Project Assistant positions are available to develop the computational model and validate it against experiments. Interested candidates are encouraged to write me an email with their CV and SOP.
In February 2025, we received a research grant from the Anusandhan National Research Foundation (ANRF) for developing a mechanistic modeling framework to investigate cortical microtubule behavior in Leaf Vein Regeneration. In this project, we aim to develop a computational framework for simulating cortical microtubule dynamics and collective cellular growth during leaf vein regeneration. We will integrate modeling results with experimental data to uncover and predict the mechanisms underlying leaf vein regeneration (in collaboration with the regeneration lab at IISER Pune). Currently, one JRF position is available to develop the associated computational model and validate it against the experiment. Interested candidates are encouraged to write me an email with their CV and SOP.
IISER TVM provides lab space and necessary basic facilities for hosting the students, JRFs/Project Assistants, and PhD scholars. The institute also offers a limited number of PhD fellowships to candidates selected through the IISER TVM PhD call but do not have their own fellowships (i.e. CSIR/UGC/DBT, INSPIRE Fellowship, etc.).