Proteins are inherently dynamic entities, existing not as a single static structure but as an ensemble of different conformations. These conformations are separated by small free energy differences and reflect the important ...
Two-dimensional (2D) transition metal dichalcogenides (TMDs) have garnered significant attention for next-generation computing and optoelectronic applications due to their atomic thickness, tunable electrical and optical ...
Quantum Electrodynamics (QED) is an example of success of Quantum Field theory. A positronium atom is a bound state of an electron and positron, which decays to two, three or higher multiplicity of the photons. Being a ...
Ultracold quantum gases have emerged as a powerful platform for exploring complex quantum many-body physics due to their tunability and precise control. Engineering interatomic potentials via external fields leads to a ...
Anomeric azido glycosides serve as crucial intermediates in N-glycoside chemistry, enabling the synthesis of glycosyl amides, glycoconjugates, N- glycosyl heterocycles, and N-glycosyl triazoles, among other bioactive ...
Cholesterol and cholesteryl esters are sterol containing lipid biomolecules that play roles beyond maintaining structure, energy storage, and transport. They may also act as key regulators of cellular signaling. Among them ...
This thesis develops and validates a reproducible workflow for AFM cell rheology that adapts the open-source PyFMLab suite to JPK NanoWizard 2 force–indentation datasets and bench- marks it against a vetted MATLAB ...
The study of ciliary maintenance is critical for understanding age-related functional decline, as defects in these organelles contribute to widespread neurodegenerative and sensory disorders. This research investigated the ...
Cell migration along gradients in adhesion molecules (haptotaxis) is essential for develop- ment, wound healing, and immune responses, but also contributes to cancer metastasis. This thesis develops a mathematical model ...
Recent years have seen a tremendous surge in the amount of research dedicated towards the structural and functional exploration of organic-inorganic hybrid halometallates, shedding light to newer directions in the domain ...
Traditionally, surface wave imaging is carried out by inverting phase and group velocity dispersion measurements. This method exhibits weak sensitivity to the shallow surface when using passive seismic methods due to the ...
The Krishna–Godavari (KG) Basin, located along the eastern coast of India, is one of the largest storehouses of methane gas hydrates in the world. The basin receives an enormous sediment load from the Krishna and Godavari ...
Crossing critical climate tipping points can trigger large-scale ecological collapse with severe consequences. Mitigating such an outcome requires coordinated efforts from global stakeholders, such as countries, major ...
Endothelial cells (EC) line the lumen of blood and lymphatic vessels. ECs are constantly exposed to cyclic stretch, shear stresses and flow derived complex stresses and the stresses due to contact with underlying basement ...
As per (WHO), obesity stands as one of the, big health concerns , where over 650 million indiviuals being affected worldwide. Its relation with metabolic disorders such as, ,cardiovascular diseases , dyslipidemia and Type-2, ...
Periodic modulation of interaction strength or external trap can create spontaneous for- mation of patterns in a Bose-Einstein condensate (BEC), arising from the excitation of its elementary modes. This thesis explores the ...
The transition metal complexes of N-heterocyclic carbenes (NHCs), especially, ligated copper (I) NHC complexes, have been widely utilized in various catalytic reactions, such as C-B, C- C, and C-N coupling reactions. ...
Heparan sulfate (HS) is a negatively charged polysaccharide ubiquitously expressed on the surface of mammalian cells and within the extracellular matrix. Its sequence-specific interactions, governed by distinct patterns ...
Sequential reactions are a class of chemical processes where the product of one reaction serves as the reactant for the next. These reactions are fundamental in both organic processes and are often used in multistep ...
Synthetic polypeptides continue to be one of the most challenging areas for chemists to mimic the properties of natural proteins to impart artificial intelligence in macromolecular systems for both fundamental understanding ...