
Earlier Lung Cancer Detection Can Lead to Earlier Action
Lung cancer is often discovered after it has already become difficult to treat.
My goal is to bring awareness of early lung cancer screening, advanced biomarkers, and new treatment possibilities.
About Me
My name is Rohan Sengupta
I am a student researcher, science competitor, volunteer, and public health advocate with a strong interest in biology and medicine.
My interest in healthcare grew through hospital volunteering, scientific competitions, laboratory experience, and independent research. I have completed approximately 300 hours of laboratory experience at the Bowie State Natural Sciences Lab, where I learned techniques such as PCR, sterile procedure, laboratory safety, and accurate scientific documentation.
I have also conducted research in lung cancer, malaria treatment, space microbiology, and neuroscience. These experiences taught me that scientific discoveries have the greatest value when they are connected to real community needs.
Outside the laboratory, I volunteer at Shady Grove Hospital, compete in Science Olympiad, Science Bowl, and Quizbowl, and mentor younger students. I also help advocate for lung cancer screening through my school’s lung cancer awareness organization.
My goal is to use research, leadership, and public education to make complex health information easier to understand and more useful to the people who need it.

List Title
Research
01
Structure-Guided Computational Discovery of Molecular Glue Degraders Targeting PP2ACα Reactivation for Therapeutic Intervention in Non-Small Cell Lung Cancer
Non-small cell lung cancer does not always have effective targeted treatment options. In this project, I explored whether a molecular glue could help reactivate PP2A, a protein involved in suppressing tumor growth.
03
Space Microbiology
I studied a stress-response protein derived from bacteria grown aboard the International Space Station. I presented this research at the ASGSSR Conference in Phoenix, Arizona.
02
CRISPR and Antimalarial Artemisinin
I researched how CRISPR-Cas9 gene editing could improve the production of artemisinin, an important antimalarial treatment. I presented this work at the University of Maryland Plant Symposium, and the paper is being considered for publication.
04
Neuroscience and Early Diagnosis
During a neuroscience internship, I worked with a team to study gaps in the early diagnosis of atypical parkinsonism. I also helped design a prototype concept for an application that could identify possible early symptoms.
Leadership
Business
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Sports
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Culture
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Lifestyle
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