Nickname: Shweta
Hometown: Sundernagar, H.P
Graduate School: Panjab University, Chandigarh
E-mail: modgil.shweta905@gmail.com
LinkedIn Profile: https://www.linkedin.com/in/shweta-modgil-a8a43a120 Click Here
Current Organization:Stanford University, 450 Jane Stanford Way, Stanford, CA 94305–2004
Website:https://profiles.stanford.edu/shweta-modgil

Tell briefly about yourself.

My name is Shweta Modgil. I belong to Himachal Pradesh. I have a deep fascination for scientific research, particularly in understanding how the visual system works and how we perceive the world around us. Outside my scientific pursuits, I enjoy dancing, and Poetry is another cherished interest which is a source of inspiration and reflection during my free time. On weekends, I like to spend time in tranquility of nature, whether it’s through hiking or enjoying a good book in the park.

How was your experience in Neuroscience Research Lab, how did it contribute to your academic or professional development?

My experience in the Neuroscience Research Lab has been instrumental to my overall growth. It not only fostered my scientific aptitude but also deepened my understanding of various facets of research. The lab served as a crucial stepping stone in my professional career, equipping me with essential technical, analytical, and soft skills, such as communication and teamwork. I am grateful for the mentorship, collaborations, and friendships that I gained during my time there, all of which have significantly contributed to my preparation for future opportunities.

What are your Research interests?

I am interested in understanding the mechanisms underlying neurodegeneration and identifying treatment strategies that could effectively prevent the progression of neurological disorders, with a particular focus on the retina.

What are your current affiliations?

Stanford University

What was your PhD thesis in or research work? Timeline?

I completed my Ph.D. from NRL lab (2012-2018). My Doctoral research work involved highlighting long term effects of early life influences on disease development in adulthood. We provided evidence that exposure to environmental toxins such as Lead (Pb) even at subtoxic concentrations can have severe consequences and increases the risk of retinal degeneration.