• The mammalian AMPA receptor protein family comprises four

  2022-04-01

  

  The mammalian AMPA receptor protein family comprises four subunits, termed GluR-A through GluR-D (or GluR1 through GluR4), which form hetero-tetrameric receptor complexes Dingledine et al. 1999, Rosenmund et al. 1998. These subunits possess distinctive intracellular C-terminal domains that can be gr

• br Acknowledgments This work was supported by a grant CIHR

  2022-04-01

  

  Acknowledgments This work was supported by a grant CIHR-NSFC China-Canada Joint Health Research from the National Science Foundation of China (Grant Number 81061120525) and the Canadian Institutes for Health Research (Grant number CCI-109605). The authors thank two anonymous reviewers for helpful

• Introduction Human pathogenic Leishmania protozoa comprise d

  2022-04-01

  

  Introduction Human pathogenic Leishmania protozoa comprise 20 different species that are distributed throughout the world and cause the disease leishmaniasis [1]. Transmission primarily occurs through the bite of a female sand fly and clinical manifestations of the disease span from cutaneous lesio

• br GR Is a Transcriptional Activator How GR activates some

  2022-04-01

  

  GR Is a Transcriptional Activator How GR activates some genes while repressing others remains unsettled after decades of study. While significant controversy exists regarding GR-mediated repression, a consensus model for transcriptional activation has emerged: GR activates transcription through s

• br Indirect GLI antagonists br Direct GLI antagonists

  2022-04-01

  

  Indirect GLI antagonists Direct GLI antagonists Concluding remarks Targeting GLI effectors represents a promising therapeutic strategy for cancer treatment. This is particularly relevant for certain tumors, such as MB, since, although classified into four distinct molecular groups (Hh- or W

• For many plasma membrane receptors including

  2022-04-01

  

  For many plasma membrane receptors including GPCRs, their density on the cell-surface is finely controlled by various transcriptional, post-transcriptional and post-translational mechanisms, and is often a determinant of overall receptor function in a cell. To date, the transcriptional regulation an

• Moreover the ubiquitous expression of

  2022-04-01

  

  Moreover, the ubiquitous CGP 53353 of the OTR and GHSR was also observed in hippocampal and hypothalamic primary culture, indicating that this expression pattern is likely due to basal activity of these receptors. GPCR trafficking under control conditions has been linked to biased signalling associa

• Recently accumulated evidence has revealed a

  2022-04-01

  

  Recently, accumulated evidence has revealed a close link of FXR to gluconeogenesis. For example, activation of FXR by its agonist GW4064 improved hyperglycemia in db/db mice by repressing gluconeogenesis [15], and FXR agonist CDCA decreased transactivation activity of key gluconeogenic genes by indu

• In summary the SAR of

  2022-04-01

  

  In summary, the SAR of a series of phenylpropanoic acid-free fatty cas chemical receptor agonists is described which resulted in the identification of potent FFA4 agonists. The superior pharmacokinetic properties of compound led to its selection as an in vivo tool compound which afforded robust eff

• The ETB receptor has been

  2022-04-01

  

  The ETB receptor has been shown to decrease sodium transport in the renal medullary collecting duct and medullary thick ascending limb of Henle10, 11, 12, 13, 18. However, both inhibitory and stimulatory effects of endothelin have been reported in the proximal tubule16, 47, 48, 49. In the rat, endot

• YAP TAZ nuclear function is also influenced by interaction

  2022-03-31

  

  YAP/TAZ nuclear function is also influenced by interaction with the TEAD family of transcription factors [96, 97, 98, 99, 100, 101]. The RAC1 PPADS tetrasodium salt exchange factor protein TIAM1 has recently been linked to YAP/TAZ regulation in the nucleus and cytoplasm. Nuclear TIAM1 inhibits YAP/

• The primary physiological role of the HO system

  2022-03-31

  

  The primary physiological role of the HO system is the protection of T7 High Yield Fluorescein RNA from oxidative stress. These cytoprotective effects are attributable both to the degradation of the pro-oxidant heme and to the positive contribution of the metabolites produced during this degradation

• The nuclear repressor BACH is known to

  2022-03-31

  

  The nuclear repressor BACH1 is known to control HO-1 expression together with the transcriptional activator NRF2. The results of our study show that HO-1 gene expression in LPS-stimulated macrophages is primarily regulated via BACH1. This idea is supported by a series of experimental evidence demons

• For further understanding of the

  2022-03-31

  

  For further understanding of the interaction between these inhibitors and proteins (BRafV600E and HDAC1) for guiding the SAR, compound 10e, the most potent compound of this series, was chosen as a representative for docking into the BRafV600E (PDB code: 1UWJ) and HDAC1 (PDB code: 1C3R), revealing ex

• In conclusion LA is able to enhance

  2022-03-31

  

  In conclusion, LA is able to enhance osteoblast differentiation that mediated by PTH in a MCT-1 independent but GPR81 signaling dependent manner. This increase requires p38 activation and an Akt activation that depended on Gβγ-protein-PLC-PKC signaling. However, the ability of LA to increase PTH–med

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