Dhiraj Devidas Bhatia

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.

This study compares DNA tetrahedron and exosome-based delivery of epirubicin in breast cancer cells, finding that DNA tetrahedrons enhance drug delivery and apoptosis more effectively than exosomes or free drug.

This study investigates the immunomodulatory effects of DNA tetrahedrons on tumor-associated macrophages, showing their ability to modulate anti-oxidative and anti-inflammatory responses via PD-L1 regulation.

This study develops self-assembled DNA-collagen scaffolds that enhance cellular uptake and promote neuronal differentiation of precursor cells.

This paper introduces a DNA tetrahedron-BH3 peptide nanosystem that selectively induces autophagy by disrupting Beclin 1-Bcl2 interaction, showing reduced ROS and no apoptosis in HeLa cells and zebrafish larvae.

This study investigates nucleotide self-assembly and aggregation, showing cytotoxic effects in cell lines and bacterial models, suggesting a role in disease pathophysiology similar to protein misfolding disorders.

This paper develops DNA-based hydrogels that stimulate cellular endocytic pathways and proliferation by mimicking in vivo environments through programmable supramolecular structures.

This paper develops dopamine-functionalized carbon quantum dots for bioimaging, cancer therapy, and neuronal differentiation using mango leaf extract.

This study develops a folate-liposomal delivery system combining Methotrexate and RELA siRNA to target macrophage polarization in RA, reducing inflammation and joint damage in a rat model.

This paper develops a 2D MXene-DNA hybrid hydrogel for thrombin detection, achieving 90-92% accuracy in artificial samples by monitoring resistance changes upon thrombin binding.

This study synthesizes carbon nanoparticles from Bougainvillea species and shows their differential effects on Arabidopsis growth.

This study synthesizes carbon nanoparticles from Catharanthus roseus petals, showing their ability to sense metal ions and modulate plant root growth.

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.

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

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.

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.

This study modifies DNA nanocages with a cationic lipid to improve their cellular uptake, migration, and in vivo uptake in zebrafish embryos.

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