Biophysical Chemist - Rommie Amaro

Romy is a computational and theoretical biophysical chemist who studies molecular structures to develop better drug treatments. Her career began in chemical engineering, and she now works at UCSD, collaborating with various experts. Romy uses simulations to predict protein behavior and drug interactions, aiming to create life-saving drugs. Despite the challenges, she finds science rewarding and balances her intense work with personal interests. Romy emphasizes the importance of collaboration and continuous learning in her field.

What challenges does Romy face in her research?

What are some benefits of Romy's job as a biophysical chemist?

What personal interests does Romy pursue outside of her work?