Bhavya Jaiswal

This paper introduces a low-cost, scalable microfluidic electroporation technique for bacterial transformation with improved cell viability and efficiency compared to traditional cuvette-based methods.

This paper describes the fabrication and use of a 32-well LED-embedded microplate (LEMOS 2.0) for optogenetic stimulation and gene expression measurement in microbial cultures.

This paper introduces LEMOS, a low-cost microplate reader for optogenetic feedback control in batch cultures, demonstrating closed-loop gene expression tracking and growth-aware controller design.