Jyoti Dhar Malhotra

This study shows that non-smokers or remote smokers with squamous cell lung cancer have high rates of actionable genomic alterations, supporting the use of comprehensive genomic profiling and targeted therapies.

This paper maps dystrophin isoform expression across human brain development and adulthood, revealing novel expression patterns in neurons and synapses.

The paper profiles lung cancer progression stages to identify microenvironmental changes that support oncogenic processes and cancer hallmarks.

The paper analyzes complex genomic rearrangements in lung cancers using optical mapping to uncover their evolutionary patterns and mechanisms.