• Acknowledgements br Introduction Histamine mediates various

  2022-05-05

  

  Acknowledgements Introduction Histamine mediates various physiological functions and pathological actions through its interactions with histamine receptors that belong to the superfamily of seven transmembrane G-protein-coupled receptors (GPCRs) (Haas et al., 2008). Four histamine receptor subty

• As a possible back up to Sch we explored inhibitors

  2022-05-04

  

  As a possible back-up to Sch 503034 (), we explored inhibitors that contained alternative electrophiles to ketoamides. Boronic acids have been extensively investigated as possible electrophiles that could react with nucleophilic serine in the context of developing inhibitors of thrombin receptor and

• Multiple studies from our laboratory and others which have u

  2022-05-04

  

  Multiple studies from our laboratory and others, which have used stoichiometric kinetic analyses of ANP/NPRA, have provided strong evidence that bound ligand-receptor complexes are internalized and processed intracellularly, and that degraded products are released into the culture medium of various

• br Activity dependent control of myelination and myelin

  2022-05-04

  

  Activity-dependent control of myelination and myelin maintenance Oligodendrocytes have intrinsic myelinating capacity and can myelinate fixed NBI 27914 hydrochloride in addition to synthetic nanofibers and micropillars [21, 34, 35]. What prevents oligodendrocytes from myelinating dendrites or oth

• br Mechanism of action of herbs and their active constituent

  2022-05-04

  

  Mechanism of action of herbs and their active constituents used in hair loss treatment The hair growth cycle consists of 4 stages known as the anagen (active growth phase; takes 2–7years), catagen (involuting or regressing phase; takes approx. 2weeks), telogen (short resting phase; takes approx.

• br Opportunities The ever expanding diabetes market is one o

  2022-05-04

  

  Opportunities The ever-expanding diabetes market is one of the driving forces for the development of new antidiabetes drugs. Diabetes mellitus influenced an estimated 371 million humans during 2012 worldwide, and this figure is projected to increase in every country. According to International Di

• As GLO is the major detoxification system of

  2022-05-04

  

  As GLO1 is the major detoxification system of reactive dicarbonyls, it is plausible that differences in production and activity of the enzyme influences AGE production and the development and/or modulation of diabetic neuropathy. Glo1 exists as a copy number variant (CNV) in many inbred strains mice

• Trypanosomatid GLO enzymes are monomeric and

  2022-05-04

  

  Trypanosomatid GLO2 enzymes are monomeric and contain a zinc–iron binuclear metal center (Irsch and Krauth-Siegel, 2004, Silva et al., 2008), similar to all other glyoxalases II. As mentioned, in T. brucei there are two GLO2 genes but only one encodes an enzyme with glyoxalase II activity (Irsch and

• Our inhibitor studies revealed the presence of a

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  Our inhibitor studies revealed the presence of a signaling network triggered by dicarbonyl stress. Nevertheless, p38-MAPK activation was clearly necessary for NADPH-oxidase mediated production of ROS. This is consistent with data from other groups using different cell culture systems [37], [38], [39

• Introduction l Glutamate is a

  2022-05-04

  

  Introduction l-Glutamate is a major excitatory neurotransmitter in the mammalian central nervous system (CNS) that contributes not only to fast synaptic neurotransmission, but also to complex physiological processes like memory, learning, plasticity, and neuronal cell death [30], [81]. Glutamate is

• Through the analysis of various

  2022-05-04

  

  Through the analysis of various synthetic GPR40 agonists as reported in literature, we found that a number of these compounds contained a phenylpropanoic sars-cov motif which was inspired from naturally occurring medium to long chain fatty acids. For instance, in the early period of discovering TAK

• br Introduction Most organisms require glucose as

  2022-05-04

  

  Introduction Most organisms require glucose as a key metabolite, and it is critical that mammalian cells regulate glucose levels properly to maintain bioenergetic homeostasis. The major transporters responsible for the uptake of glucose from systemic circulation into cells are the GLUTs, members

• Studies examining cerebral glucose metabolism in MDD using F

  2022-05-04

  

  Studies examining cerebral glucose metabolism in MDD using 18 F-fluorodeoxyglucose in positron emission tomography (FDG-PET) showed altered regional glucose metabolism in MDD (Dunn et al., 2002, Kennedy et al., 2001, Kimbrell et al., 2002, Saxena et al., 2001). In a recent meta-analysis by Su and co

• Unlike our present results in week old

  2022-05-04

  

  Unlike our present results in 4–12-week-old (~1–3 months) females, where a high-fat-diet-induced increase in body weight was evident, Schmidt et al. exposed male glut3 mice to a similar high-fat diet (60% kilocalories from fat) and observed no change in body weight, plasma glucose or insulin concent

• The HH signaling has also been implicated in the regulation

  2022-05-04

  

  The HH signaling has also been implicated in the regulation of cancer stem ret inhibitor (CSC) by promoting their self-renewal [53]. Activated HH signaling has been identified in CSCs of many solid tumors, such as glioblastoma, breast, colon, pancreatic cancer, melanoma, and hematological malignanci

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