• Crafting pore architecture of water-stable microporous MOFs for selective CO2 capture 

  MAITY, RAHUL (2021-01)

  The sky-rocketing rise of global CO2 concentration is one of the major environmental concerns today because of its detrimental effects on climate change, species extinction, and plant nutrition. Therefore, cutting CO2 ...
• Development of Activity-based Reporter Gene Technology (AbRGT) for Imaging of Protease Activity and its Applications 

  BATHLA, PUNITA (2021-05-04)

  Fluorescence imaging methods integrated with substrate-based reporter assays (both genetic and synthetic substrate) are routinely used to study the function of “active protease” in the (patho) physiological processes. ...
• Carbon Derived Electrodes and Electrolytes for Electrochemical Energy Systems 

  GAUTAM, MANU (2021-03-10)

  The world is witnessing the inconsiderate consumption of fossil fuels which are responsible for catastrophic climate change and global warming. Therefore, renewable energy sources (wind, solar, hydropower, biomass, etc.) ...
• Powers in finite groups of Lie type 

  KUNDU, RIJUBRATA (2021-02-15)

  In this thesis, we study the image of the power map on finite reductive groups. Let $G$ be a connected reductive algebraic group over an algebraically closed field $k$, of characteristic $p$. Let $G$ be defined over ...
• Mapping the neuroanatomy of deregulated lipid metabolism and signaling pathways in PHARC syndrome. 

  SINGH, SHUBHAM (2021-05-12)

  My doctoral research described in this thesis largely entails mapping deregulated lipid metabolism and signaling pathways focused around the neurological disorder, PHARC, an autosomal recessive human genetic disease. It ...
• Unravelling the Anomalous Nature of the Aqueous Nanochannels in Lyotropic Liquid Crystals 

  DAS, KONOYA (2021-01)

  Lyotropic liquid crystals (LLCs), a class of ‘soft’ materials, are self-assembled nanostructures of water and lipids, exhibiting properties intermediate between isotropic liquids and solid crystals. LLCs exhibit rich ...
• Elucidating the role of chromatin organization during cell fate specification and vertebrate organogenesis 

  PRADHAN, SAURABH J. (2021-04)

  The basic body plan is determined within hours to a few days of embryonic development. This window is characterized by zygotic genome activation, lineage specification and morphogenetic events during organogenesis. Early ...
• Laser cooling and trapping of strontium atoms for experiments towards precision measurements and frequency metrology 

  VISHWAKARMA, CHETAN (2020-12)

  Measurement of physical parameters is the foundation of physical science. The improvement in precision of measurements has led to the discovery and validation of fundamental laws of physics. Development of measurement ...
• Biogeochemical cycling of trace elements in a tropical coastal lagoon system (Chilika, India) 

  DANISH, MOHD (2020-12-28)

  This thesis work was designed to assess biogeochemical cycling of selected trace elemental (B, Sr, Ba and Re) and isotopic (87Sr/86Sr and δ13C) compositions along the salinity gradient of a large tropical coastal lagoon ...
• Role of Nuclear Structure-Function Relationships in Epithelial to Mesenchymal Transitions 

  KHOT, MAITHILEE (2021-01-16)

  Epithelial to mesenchymal transition (EMT) is a process essential for morphogenesis during embryonic development. The process of EMT is reactivated in epithelial tumors and is implicated in cancer progression and metastasis. ...
• Investigation of polar and magnetic ordering in Transition Metal Oxide thin film heterostructures 

  MANDAL, RAJESH (2021-03-15)

  Oxides become an important group of quantum materials of interesting fundamental many body physics due to the presence of strongly correlated electronic and magnetic states. The hunch for developing new devices using the ...
• Probing Dynamic Disorder in Single Molecule Event Statistics 

  SINGH, DIVYA (2020-12-17)

  The molecular aspect of a reaction governs the applied methodology and the corresponding properties of a reaction under investigation. Unlike ensemble measurement techniques, single- molecule (SM) studies provide platforms ...
• Exploring quantum foundations by NMR: Quantum correlations and measurements 

  KUMAR, C. S. SUDHEER (2021-03-25)

  Research into quantum information and quantum computation has raised many fundamental questions. To make progress, a critical understanding of the fundamental aspects has become inevitable. Here we investigate, both ...
• Preparation of Main-group and Transition metal Graphenic Nano-composites for Energy Application 

  AKULA, NAVEENKUMAR (2021-03)

  Materials in nano-dimensions show intriguing properties that have led to a wide range of applications from medicine to device fabrications. In my thesis work, I have focussed in developing synthetic methodology for main-group ...
• Orientation Dependence Of Ionization in Ion-Molecule Collisions 

  SHARMA, DEEPAK (2020-12)

  This work deals with the study of the orientation dependence of ionization in ion- molecule collisions. The orientation of the molecule is defined by the angle between the internuclear axis of the molecule and the velocity ...
• Adhesion dependent regulation of Aurora Kinase A and its role in RalA mediated anchorage-independence 

  Inchanalkar, Siddhi (2021-03-04)

  Integrin-mediated adhesion regulates membrane trafficking to control anchorage-dependent signaling and growth that is deregulated in cancers. Downstream of integrins and oncogenic Ras, the small GTPase Ral, is a vital ...
• Deciphering Structure-Functional Relationship of Heparan Sulfate using Iduronic Acid Glycans 

  SHANTHAMURTHY, CHETHAN D.  (2021-01-11)

  Heparan Sulfate (HS), a member of the glycosaminoglycan family, is composed of repeating units of α(1-4) linked D-glucosamine and uronic acid residues (L-iduronic acid and D-glucuronic acid) having diverse N-sulfation and ...
• Synthesis of Heterogeneous Heparan Sulfate Oligosaccharides to Investigate Structure- Activity Relationship (SAR) 

  JAIN, PRASHANT (2021-02-16)

  Understanding the relationship between the chemical structure of a molecule and its biological activity holds tremendous potential for drug candidates’ development in several pathophysiological conditions. Carbohydrates, ...
• Isomerism-Activity Relation in Molecular Electrocatalysis and Molecular Charge Storage 

  KOTTAICHAMY, ALAGAR RAJA  (2020-12)

  Electrocatalysts play major roles in energy conversion/storage, electrochemical sensing, environmental remediation, green chemistry, etc.; which in turn are responsible for the exhaustive attempts in understanding their ...
• First principles investigations of layered materials and their interaction with support 

  JOSHI, NIHARIKA (2020-04)

  Layered materials form an interesting class of materials wherein, atoms within the plane of the material interacts amongst themselves with strong covalent bonds, while along the direction normal to the plane, the interaction ...

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