EPrints@IICB
- » SODIUM ANTIMONY GLUCONATE (SAG) MEDIATES ANTILEISHMANIAL EFFECT BY STIMULATING INNATE...
- » DEVELOPMENT OF DECARBOXYLATIVE
CROSS-COUPLING REACTIONS
- » Understanding Extracellular Matrix
Remodelling in Rheumatic Heart Valve for
Biomarker...
- » STUDIES ON THE INTERACTION OF
PHENAZINIUM AND PHENOTHIAZINIUM
DYES WITH NUCLEIC ACIDS...
- » Study of senescence and possible mechanisms involved in
arsenic-induced carcinogenesis...
- » INNATE IMMUNE REGULATION OF METABOLIC SYNDROME
- » Direct Syntheses of Drug or Drug-like Molecules
via Copper Mediated/Catalyzed C-H...
- » Investigation on Structural and Functional Aspects of
Eukaryotic Ribosomes
- » ROLE OF AU-RICH ELEMENT (ARE) BINDING PROTEIN HuR
IN POST-TRANSCRIPTIONAL CONTROL OF...
- » Interaction Of miRNP Machinery With Subcellular
Structures And Organelles: Implications...
- » MECHANISM OF miRNA ACTIVITY REGULATION
IN MAMMALIAN CELLS
- » A Mechanistic Study of the Estrogenic Regulation of Casein Kinase 2 alpha (CK2α) in...
- » Studies Of Cytochrome c Folding And Conformational Dynamics Using Experimental And...
- » The Molecular Mechanisms of Lipid-Induced Insulin Resistance and Its Amelioration by...
- » Evaluation of the Anti-inflammatory Potential of
Leishmanial Bioactive Lipid and its...
- » CELL SIGNALING AND IMMUNE RESPONSE DURING LEISHMANIA DONOVANI INFECTION OF HOST MACROPHAGE
- » Understanding parkinsonism using cellular and animal models: Effect of a natural...
- » Novel neuroprotective strategies in
Alzheimer’s disease
- » Etiopathological Study of Type 2 Diabetes
Patient from India
- » STRUCTURAL AND FUNCTIONAL STUDIES ON GABAA RECEPTOR
SUBTYPES: A COMPUTATIONAL PATHWAY...
- » Designing Platforms and Peptides for
Monitoring Microtubule Function and
Neuroprotection
- » Covalent Organic Cages and Molecular Recognition
- » Biomimetic Hydroxyapatite Composites for Bone Repair
- » Design and Synthesis of Novel Quinoxaline Small
Molecules and Evaluation of their...
- » Cobalt-Catalyzed Directed sp2CH Acetoxylation of ArenesEmploying Mn(OAc)3·2H2O as...