معرفی
Dr. Suranjana Pal serves as a Senior Scientist in the Richards Lab at Washington University School of Medicine, focusing on genetic and activity-dependent mechanisms in mammalian neocortical circuit development. Her interdisciplinary work bridges neuroscience, molecular biology, and imaging technology.
Her educational background includes:
- PhD in Neuroscience from Tata Institute of Fundamental Research, Mumbai, India (2019)
- Integrated MSc in Biotechnology from St. Xavier’s College (Autonomous), Kolkata, India (2013)
Her research program investigates cortical development through genetic manipulation and advanced imaging techniques, with particular emphasis on thalamocortical connectivity, transcriptional regulation in brain patterning, and real-time tracking of cellular processes like autophagy. This work integrates molecular genetics with systems neuroscience to understand circuit formation.
Publication analysis (2016-2021) reveals three dominant research threads: (1) developmental mechanisms in neocortical organization (40% of output), (2) molecular sensor development for cellular imaging (40%), and (3) evolutionary perspectives on brain development (20%). Her most impactful work combines transgenic models with novel imaging tools to dissect circuit assembly.
Her awards demonstrate significant recognition:
- Inspiring Science Award-TNQ finalist (2022) for best-published life sciences paper from India
- EMBO Short term Fellowship (2019) at Instituto de Neurociencias-UMH-CSIC, Spain
No formal advising relationships or grant funding details were documented in available sources, though her collaborative publications indicate active participation in multi-institutional research networks. She maintains strong ties with the Tata Institute of Fundamental Research through ongoing collaborations.
As a core member of the Richards Lab, she contributes to the lab's mission of understanding neural circuit development using cutting-edge molecular and imaging approaches, with particular focus on sensory system wiring and cortical organization.
