Malika S. Datta

This paper introduces a cost-effective, scalable light sheet microscopy framework for high-resolution imaging of living and cleared samples, demonstrating its application on various biological samples.

This study uses whole-brain mapping to show that chronic ketamine exposure reduces dopamine neurons in midbrain regions but increases them in the hypothalamus, with divergent effects on brain connectivity.

This paper introduces Light Sheet Theta Microscopy (LSTM) for high-resolution quantitative imaging of large biological systems, showing it achieves superior uniform resolution compared to traditional Light Sheet Microscopy.