Plant Adaptation to stress

Leads research on how ribosome biogenesis, translational regulation, and drought adaptation shape plant growth and crop protection.

Dr. Babitha works to develop next-generation agrochemicals that improve plant physiological processes by designing small molecules that target relevant proteins to enhance carbon capture, photosynthesis, and crop productivity. The objective is to translate lab discoveries to field applications.

Shobhna is trying to unravel rRNA processing, a step in ribosome biogenesis required for plant growth and development. Other than that, you will find her untangling any other interesting problem.

Libin is studying the changes in ribosome composition and functional insight in rice under drought conditions, and is also interested in deciphering the functional significance of the RPL10-interacting ABC protein.

Manisha is trying to understand the molecular mechanisms of ribosome heterogeneity and the translational regulation underlying plant adaptation to abiotic stresses, with a particular emphasis on drought tolerance in rice. She is particularly interested in understanding how these regulatory mechanisms coordinate plant growth, development, and adaptation under changing environmental conditions.

Sathya works on dry-seeded rice, engineering organellar translation-associated factors to improve seed germination, seedling vigor, and drought tolerance. In his leisure time, he enjoys cooking.

Shubham's research focuses on elucidating the molecular mechanisms underlying rice responses to biotic and abiotic stresses using functional genomics, genome editing, and multi-omics approaches to enhance crop resilience. Apart from research work, Shubham likes singing.

Suchi is on a quest to unravel the "how" and "why" of rRNA in rice development, growth, and survival, with a focus on plant adaptation and resilience. Beyond the lab, she continues to explore the "how" and "why" of the universe, searching for answers to endless questions that spark her curiosity.

Dana is currently investigating the molecular mechanism underlying seed dormancy in rice under drought stress, focusing on the roles of ABA signaling and translational regulation. Apart from her research work, she enjoys watching movies and baking.

Avani is currently working to elucidate the interactions and functional roles of polyubiquitin proteins in rice, with a focus on their potential involvement in stress regulation and cellular processes. Beyond research, Avani loves to explore nature.

Bariz works on solving viral infections in potatoes, with a particular interest in understanding virus-plant interactions. He seeks to understand the molecular aspects of viral infection and potato plants' responses to viral stress. Outside the laboratory, he enjoys playing cricket and badminton.

Swetannita did her PhD on miR160 and its targets, and the ARF role in root system development under nitrogen deficiency in Brassica juncea. She is now working on ribosomal RNA (rRNA) diversity and the functional relevance of rRNA processing. Beyond the bench, she is a trained Odissi classical dancer. She loves painting and creating mandala artwork, with a keen interest in abstract art.

Umang is working on the genetic dissection of rancidity and goitrogenic C-glycosyl flavone biosynthesis genes to enhance the shelf-life and nutritional quality of pearl millet flour. He loves singing, acting, and playing chess.

Orishma is currently working on an integrated cell-wall biochemistry-based strategy for promoting the resilience and circularity of rice cultivation. She is trying to understand the molecular and regulatory mechanisms that contribute to plant resilience, particularly in rice. Outside the lab, she enjoys practising Odissi classical dance and Hindustani classical music.