RNA & DNA structures
We investigate RNA and unusual DNA forms, including G-quadruplexes, to understand how molecular structure shapes biological function.
STRUCTURETexas State University · San Marcos, Texas
We study the language of RNA and DNA—uncovering how their structures guide cellular processes and how that knowledge can inspire new therapies.
The Basu Laboratory investigates how the shape of nucleic acids influences the way cells work—and what happens when those processes go awry.
Led by Dr. Soumitra Basu in the Department of Chemistry and Biochemistry at Texas State University, our research brings structural biochemistry together with molecular biology and therapeutic design.
We investigate RNA and unusual DNA forms, including G-quadruplexes, to understand how molecular structure shapes biological function.
STRUCTUREOur work explores the roles of nucleic acid structures in essential processes such as mRNA translation initiation and gene transcription.
MECHANISMWe design oligonucleotide-based drugs and advanced delivery systems, including spherical nucleic acids, to translate molecular insight into new possibilities.
TRANSLATIONFrom molecular insight to therapeutic possibility. Our collaborative research examines mechanisms relevant to Parkinson’s disease and explores approaches with potential in neurological disease and cancer.
We’re proud of the scientists and scholars who have grown through the lab and carried their curiosity into universities, medicine, research, and industry.
Career destinations are listed as provided by the lab.
For inquiries about the lab and its research, get in touch with Dr. Basu at Texas State University.
Email the labTexas State University
San Marcos, TX 78666