Rajan Pandey

This study maps the molecular landscape of hypertension using single-cell data from multiple organs and models, linking genetic variants to disease mechanisms.

The paper maps chromatin interactions in human arterioles, linking genetic variants to gene expression and hypertension mechanisms.

The paper investigates the physiological role and mechanisms of a noncoding haplotype associated with blood pressure by combining animal models, genome editing, and chromatin analysis.

The paper maps epigenetic and genetic regulation in human endothelial and vascular smooth muscle cells, showing strong correlations between gene expression and chromatin features, and demonstrates SNP effects on gene expression through chromatin loops.

This study identifies PfHDP's role in hemoglobin uptake by Plasmodium parasites and shows its interaction with the translocon complex, suggesting it as a target for antimalarial drugs.

ApicoTFdb is a database of transcription factors and regulators in apicomplexan species, including experimentally validated and computationally predicted TFs and TAFs across 14 species.