Sandeep Gopal

This study shows that Patched receptors in C. elegans regulate germ cell development and tissue architecture through cholesterol-sensitive mechanisms.

This study identifies NF-Y as a key regulator of both neuron-type-specific and pan-neuronal gene expression through direct and indirect mechanisms.

This study identifies MOG-7 as a pre-mRNA splicing factor in C. elegans, showing that its loss causes splicing defects and sterility, but functional recovery occurs through apoptosis and progenitor zone proliferation.

The paper identifies a mechanism by which Notch receptor GLP-1 expression is regulated through a proteoglycan-dependent interaction involving a transcription factor and calcium signaling in C. elegans.

This study identifies PDI-1 as a key factor in Wnt protein secretion in C. elegans and shows its conserved role in human cells.