D. D. Bhatia

Growth factor-induced desialylation for the fast control of endocytosis

The paper shows that growth factors induce rapid desialylation of cell surface glycoproteins, enabling reversible changes in glycan structure and function through galectin-mediated endocytosis.

Cellular uptake and viability switch in the properties of lipid-coated carbon quantum dots for potential bioimaging and therapeutics

This study examines how lipid-coating affects the uptake and viability of carbon quantum dots in cancer and epithelial cells, showing reduced toxicity and increased compatibility in non-cancerous cells.

Dynein functions in galectin-3 mediated processes of clathrin-independent endocytosis

This study identifies dynein's role in galectin-3 mediated clathrin-independent endocytosis, showing its importance for cargo uptake and cell migration.

Azadirachta indica: derived, red-emitting, carbon nanoparticles for cellular bioimaging and potential therapeutics

This paper synthesizes red-emitting carbon nanoparticles from neem leaves and evaluates their cellular uptake and biocompatibility for bioimaging and therapeutic applications.

DNA Tetrahedral Nanocages as a Promising Nanocarrier for Dopamine Delivery in Neurological Disorders

This study investigates DNA tetrahedral nanocages as a dopamine carrier for treating neurological disorders, showing their ability to deliver dopamine to cells and zebrafish embryos.

DNA tetrahedron as a carrier of doxorubicin for metastatic breast cancer treatment

This study investigates DNA tetrahedron as a doxorubicin carrier for metastatic breast cancer, showing reduced cell migration and invasion in vitro and uptake in vivo.

Red Fluorescent Carbon Nanoparticles Derived from Spinacia oleracea L.: A Versatile Tool for Bioimaging & Biomedical Applications

This study synthesizes red fluorescent carbon nanoparticles from spinach leaves and demonstrates their bioimaging potential and effects on cell proliferation and migration.

pH - responsive, reversible A-motif based DNA hydrogels: synthesis and biosensing applications

This paper develops a pH-responsive A-motif DNA hydrogel that forms reversible structures and demonstrates its use in biosensing and cell surface detection.

Psidium guajava derived carbon nanoparticles: A promising red emissive cellular bioimaging agent

This study synthesizes red-emitting carbon nanoparticles from guava leaves and demonstrates their biocompatibility and potential for bioimaging applications.

Novel class of yellow emitting carbon dots stimulate collective cell migration and 3D uptake in vivo

The paper presents nitrogen-doped yellow fluorescent carbon dots with stable fluorescence and efficient uptake by mammalian cells and zebrafish larvae, showing potential for bioimaging and biomedical applications.

Green emitting carbon quantum dots (GCQDs) to probe endocytic pathways in cells; for tissue and in vivo bioimaging

This study synthesizes green emitting carbon quantum dots (GCQDs) for in vitro and in vivo bioimaging, showing their uptake via clathrin-mediated pathways in mouse cells and zebrafish embryos.

Hypoxia modulates cellular endocytic pathways and organelles with enhanced cell migration and 3D cell invasion

This study shows that hypoxia alters endocytic pathways, reduces proliferation, and increases migration and invasion in cancer cells.

Self-assembled DNA nanostructures promote cell migration & differentiation of human umbilical vein endothelial cells

This study tests how different DNA nanostructure geometries affect human umbilical vein endothelial cell migration and differentiation, finding tetrahedral cages most effective for angiogenesis.

Ligand geometry dictates cellular and in vivo uptake of 3D DNA nanostructures

This study investigates how the geometry of 3D DNA nanostructures affects their cellular and in vivo uptake, finding that tetrahedral shapes are more efficiently internalized.

Water soluble, red emitting, carbon nanoparticles stimulate 3D cell invasion via clathrin-mediated endocytic uptake

The paper describes red-emitting carbon nanoparticles that are taken up by cells via clathrin-mediated endocytosis and promote 3D cell invasion.

DESIGNER DNA HYDROGELS TO STIMULATE 3D CELL INVASION BY ENHANCED RECEPTOR EXPRESSION AND MEMBRANE ENDOCYTOSIS

This study develops DNA hydrogels that enhance cell invasion by promoting receptor expression and membrane endocytosis in 3D spheroid models.