Tina Mukherjee

This study shows that Angiogenin activity is essential for RNA remodeling during the maternal-to-zygotic transition in mouse embryos, affecting transcript clearance, small-RNA dynamics, and RNA granule organization.

This paper develops an eco-evolutionary model to explain mosquito host specialisation, showing it is environmentally gated and influenced by resource availability and seasonality.

The paper identifies a developmentally programmed switch in TCA cycle configuration in Drosophila lymph gland progenitors, showing modular TCA supports progenitor identity and proliferation, while cyclic TCA maintains homeostasis and differentiation.

This study shows that calcium regulates pluripotency, cell cycle, differentiation, and post-translational/post-transcriptional processes in mESCs through pCaMKII-dependent mechanisms.

This study identifies the GABA shunt's role in maintaining redox balance in Drosophila blood progenitors by regulating TCA cycle activity and GSH synthesis.

This study shows that Drosophila larval macrophages reprogram their metabolism in response to high sugar diets, with mixed effects on growth, where lipogenic shifts promote growth but are insufficient to counteract other metabolic changes.

The paper identifies cell- and stage-specific transcriptional signatures in Drosophila neurons, glia, and hemocytes, revealing that developmental stage significantly influences gene expression patterns.

The paper shows Duox-generated ROS activates ATR/Chk1 to induce G2 arrest in Drosophila tracheoblasts through a non-canonical mechanism.

This study shows dopamine regulates blood progenitor cell cycle progression in Drosophila through both intracellular and extracellular mechanisms, affecting lymph gland growth.

The paper shows GABA regulates TCA cycle and ROS levels in Drosophila hematopoietic progenitors through PDK and Sima, maintaining metabolic homeostasis.

This study shows that odor exposure in Drosophila larvae increases systemic GABA and blood-progenitor Sima levels, enhancing lamellocyte induction and immune response efficiency.

The paper uses bulk and single-cell RNA sequencing to study Drosophila hemocyte heterogeneity across developmental stages and immune challenges, identifying novel cell types and functional states.