Nature has evolved to make a diverse set of protein architectures to perform the complex fundamental life processes such as transcription, translation, catalysis, metabolism, and transport. These naturally occurring protein ...

Effects of Nucleoside and PNA Conjugation on Self-assembly of Diphenylalanine (Phe-Phe) The thesis entitled “Effects of Nucleoside and PNA Conjugation on Self-assembly of Diphenylalanine (Phe-Phe)” is comprised of studies ...

Plasmodium falciparum has evolved resistance to almost all front-line drugs including artemisinins, which threatens malaria control and elimination strategies. Oxidative stress and protein damage responses have emerged as ...

Particle acceleration in the Solar atmosphere is an ill-understood problem. This lack of understanding creates impediments in our knowledge about how energy is generated and transported in the solar atmosphere. Studies ...

Separation of two molecules is always challenging and researchers have come up with novel techniques to achieve these targets. Introduction of porous materials generates a new research topic for such applications. Development ...

Self-Assembly is nature’s preferred ‘zero-waste’ means of creating animate matter. It typically involves the realization of functional materials from individual building blocks, without the need for any external or human ...

Neural circuits are formed by directed translocation of axonal growth cones to their synaptic targets and specific patterns of branching. The axon, with the growth cone at the tip, moves in a directed fashion by sensing ...

Gabber’s presentation lemma is a foundational result in A 1 -homotopy theory. This result can be thought of as an algebro-geometric analog of the tubular neighborhood theorem in differential geometry. Similar to tubular ...

Angular momentum (AM) is an inherent property of electromagnetic fields. A light beam can possess both spin angular momentum (SAM) and orbital angular momentum (OAM). SAM and OAM are results of transverse spin and orbital ...