Specificity protein 1 or Sp1 is a general transcription factor that binds to TATA-less promoters and drives the transcription of their downstream genes. It regulates processes like proliferation, cell cycle, metastasis, ...
The orchestration of resident proteins in Golgi is critical for the monolithic morphology and maintenance of glycosylation of the cells. Golgi organization is known to be altered in many cancers ranging from condensation ...
Principal light-absorbing aerosols in the earth's atmosphere are Black Carbon (BC), Brown Carbon (BrC) and Mineral Dust. However, large uncertainties still exist in estimating their atmospheric warming effects because of ...
Covalent drugs have seen a considerable resurgence in the last two decades. Till date, there are at least 50 FDA-approved drugs that act as covalent inhibitors with 14 approvals in the last decade itself. Even with the ...
C4-bound N-heterocyclic carbene (NHCs) referred to as ‘abnormal’ carbenes grabs considerable
attention among the researchers as the zwitterionic form of C-4 bound carbenes are stronger
sigma donor than classical C-2 bound ...
In this thesis, the characteristic features of strong and weak phases of Indian Summer Monsoon (ISM) for the year 2020 is explored based on Radar observations and Reanalysis data at the Gateway of ISM. During the peak ...
The proper progression of cell cycle, in all cell types, majorly relies on precise maintenance
of the abundance, and activity, of key regulatory proteins. For example, in the bacterial
model, Caulobacter crescentus, cell ...
N4-macrocyclic molecules such as metal phthalocyanines and metal porphyrins (MN4 electrocatalysts) have been vastly investigated as viable non-precious molecular electrocatalysts for a wide range of electrochemical ...
In this thesis, we look at a few algebraic results about unimodular rows, some concerning with the bounds on the number of generators of projective modules. Then, we look at these results from the topological perspective, ...
In 1960's, W. G. Leavitt introduced a type of non-commutative algebras that are now called Leavitt Algebras. In 2005, Gene Abrams and Gonzalo Aranda Pino introduced Leavitt path algebras as a generalization of Leavitt ...
Antiferromagnetic spintronics is increasingly in vogue owing to advantages like the
relative insensitivity of these systems to external magnetic fields, and the ultrafast nature
of their spin dynamics which can have a ...
Vegetation and Climate have a complex relationship and either one acts as a control to the other. Vegetation model simulations can be employed to investigate this relationship and to check the vegetation responses to a set ...
Azeotropes have been always remained the topic of interest due to the challenges they pose
in their separation. Although experimental studies have been done with the infrared spec-
troscopy (IR), Raman spectroscopy, mass ...
Phenology, the study of timings of life-history events in plants is important for individual
fitness, community dynamics, and ecosystem functioning. Given the current context of
climate change, understanding general ...
The Inverse Galois Problem asks whether every finite group occurs as the Galois group of some field extension of the rational numbers, Q. This is still an unsolved problem. This project explores various methods to try to ...