B. P. Jena

This study investigates the role of CFTR in porosome-mediated mucus secretion and shows that reconstituting functional porosomes from wild-type CFTR cells significantly improves mucus secretion in ΔF508 CFTR mutant cells.

The paper investigates porosome-mediated exosome release by knocking out SPCA1 in Min6 cells, showing reduced glucose-stimulated insulin and exosome release.

The paper applies machine learning to immunofluorescent images of human skeletal muscle to detect remodeling caused by immobilization.

This study uses electron microscopy and machine learning to show that CFTR inhibition reduces secretory vesicle swelling and mucin release in Calu-3 cells, leading to mucus accumulation.

This paper describes machine learning strategies to extract morphological and biochemical information from differential expansion microscopy images.

This study shows that vH+-ATPase-induced intracellular acidification is essential for glucose-stimulated insulin secretion in MIN6 cells.

This paper introduces differential expansion microscopy (DiExM) to measure anisotropic expansion in biological specimens, revealing subcellular structural distortions during expansion.