FORGING OF NICOTINE FOR THE EFFECTIVE MANAGEMENT OF DIABETIC WOUNDS: A HYBRID OF SCAFFOLD HOPPING AND MOLECULAR DYNAMICS SIMULATION APPROACHES

Forging of nicotine for the effective management of diabetic wounds: A hybrid of scaffold hopping and molecular dynamics simulation approaches

Diabetic wound (DW) is a huge threat to the health care community and is always challenging to treat.The main biochemical culprits in DW recalcitrance are elevated inflammatory mediators, proteases, cell proliferation and migration suppressors, hair mask anti-angiogenic factors, and bacterial infections.In this scenario, using a scaffold to target

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The Genome-Wide DNA Methylation Profile of Peripheral Blood Is Not Systematically Changed by Short-Time Storage at Room Temperature

Background: Epigenetic epidemiology has proven an important research discipline in the delineation of diseases of complex etiology.The approach, in such studies, is often to use bio-banked clinical material, however, many such samples were collected for purposes other than epigenetic SPORT PROTEIN CHOCOLATE studies and, thus, potentially not proces

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Physical and functional properties of agglomerated coconut sugar powder and honey powder using polyvinylpyrrolidone as a binder

It is difficult to develop instant coconut sugar and honey powders.Agglomeration could be used to increase the instant properties (physical and functional properties).The objective of this study was to determine the physical and functional properties of coconut sugar powder and honey powder agglomerated with rewetting method Magnet using polyvinylp

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