Abhay S. Pandit

This paper develops a bioprinting method that mimics embryonic heart development by enabling in situ differentiation of iPSCs into cardiac tissues within shape-morphing constructs.

This study evaluates modified RNA extraction methods to remove agarose impurities from precision-cut lung slices, showing improved RNA quantity and integrity using a plant kit and agarose dissolution.

This study identifies hypersialylation in intervertebral disc degeneration and shows it modulates inflammation and metabolism.

This paper designs and tests artificial NK cell mimics that target tumor cells, showing they are non-toxic, evade macrophage detection, and inhibit sialylation in cancer cells.

Embedding day-8 cerebral organoids in Geltrex loaded with human brain microvascular endothelial cells, plus VEGF-supplemented mixed media, yields integrated endothelial networks and almost three-fold less apoptosis.

The paper investigates the cytotoxic effects of transition metal metallacarboranes on triple-negative breast cancer cells and a vertebrate model, showing significant toxicity at nanomolar concentrations.

This paper introduces a 4D bioprinting platform that enables programmable shape-morphing of tissues through viscoelastic hydrogels, enhancing structural and functional properties of iPSC-derived heart tissues.

This study shows Marcks and Marcksl1 proteins are essential for spinal cord development and regeneration in Xenopus, with some functions mediated by PLD signaling.

The paper characterizes changes in N-glycosylation and related molecular signatures in the Parkinsonian human nigro-striatal region, linking them to endoplasmic reticulum stress and potential therapeutic implications.

The paper investigates glycosylation changes in glial cells during spinal cord injury inflammation, identifying potential therapeutic targets for glycotherapeutics.