As chemists, we are intensely interested in the field of nucleic acid, and value in-depth investigation of the subject and its challenges.

We primarily focus on two topics.

G-quadruplex nucleic acid
Prebiotic chemistry

All projects typically require the involvement of synthetic organic chemistry, coordination chemistry, and nucleic acid chemistry.

For more information, Please visit our website: https://www.jashlab.org/

All Publications

A possible non-enzymatic pathway for metabolite oxidation under early Earth conditions by Pal N., Jash B. Chemical Communications 7324-7328 (2026)
Single Nucleotide Translation without Ribosomes by Jash B., Tremmel P. , Jovanovic D. , Richert C. Nature Chemistry 13 751-757 (2021)
Stable Copper(I)-mediated base pair in DNA by Jash B., Mueller J. Angewandte Chemie International Edition 57 9524-9527 (2018)
A metal-mediated base pair that discriminates between the canonical pyrimidine nucleobases by Jash B., Scharf P. , Sandmann N. , Guerra C. F., Megger D. A., Mueller J. Chemical Science 8 1337-1343 (2017)
Templates direct the sequence-specific anchoring of the C-terminus of peptido RNAs by Jash B., Richert C. Chemical Science 11 3487-3494 (2020)

Completed Projects

Co-Principal Investigator

Developing Novel Nano-Bio Sensors for Highly Sensitive and Specific Detection of Target Analytes on a Chip TATA CONSULTANCY SERVICES LIMITED
Differential diagnostics of infectious diseases on a multiplexed lateral flow assay platform using gargle samples Ministry of Electronics and Information Technology
Differential diagnostics of infectious diseases on a multiplexedlateral flow assay platform using gargle samples Ministry of Electronics and Information Technology

Alumni members