• br Action of GPR in

  2022-04-06

  

  Action of GPR55 in metabolically active tissues In addition to being highly expressed by discrete brain regions, as described in Section 2, GPR55 is also expressed in a wide range of peripheral tissues, including spleen, adrenals and bone (Sawzdargo et al., 1999, Ryberg et al., 2007, Whyte et al.

• Miglitol Previous studies have demonstrated that cannabinoid

  2022-04-06

  

  Previous studies have demonstrated that cannabinoid potentiation of GlyR α3 subunits contributes to cannabinoid-induced analgesia. For instance, Dehydroxylcannabidiol (DH-CBD), a chemically modified cannabinoid, can alleviate acute pain and chronic inflammatory pain by targeting spinal α3 GlyRs (Xio

• 265 3 mg For molecules with potential for therapeutic use hi

  2022-04-06

  

  For molecules with potential for therapeutic use, high potency is desired, preferably in the nM or lower concentration range. However, the glycine receptor specific peptides identified with the New England Biolabs Ph.D. libraries, both in this study (Fig. 3) and by Tipps et al. (2010), acted at low

• Ca independent release of L C glutamate

  2022-04-06

  

  Ca2+-independent release of L-[14C]glutamate and [3Н]GABA that occurs via transporters working in the reverse mode also insignificantly increased in vitamin D3 deficiency despite decreased GAT-3 and EAAC-1 Apoptozole receptor and neurotransmitter uptake efficacy Fig. 3, Fig. 6 A). However, the upwar

• The bFGF induced upregulation of both GR and MR

  2022-04-06

  

  The bFGF-induced upregulation of both GR and MR levels observed in our study raises a question regarding whether the simultaneous augmentation of the two receptors has a physiological and/or medical significance. It has been suggested that MR stimulates intracellular signaling pathways to minimize s

• The ER EK polymorphism is located in the transactivation

  2022-04-06

  

  The ER22/23EK polymorphism is located in the transactivation domain of the GR gene. A single nucleotide polymorphisms (SNPs) has been identified in both of the two adjacent codons (22 and 23). These SNPs are fully linked and are associated with relative GC resistance[32], [44]. Although no associati

• br Material and methods br Results br

  2022-04-06

  

  Material and methods Results Discussion Accumulating evidence suggests that the hippocampus is sensitive to noise-induced hearing loss and other forms of sensory deprivation, which deprives the hippocampus of sensory information required for its normal operations such as spatial navigation

• br Conflict of interest statement br Acknowledgements This

  2022-04-06

  

  Conflict of interest statement Acknowledgements This work was supported by the National Health and Medical Research Council of Australia (NHMRC) (project grants [1061044], [1065410] and [1126857], and NHMRC program grant [1055134]); P.M.S. and A.C. are NHMRC Principal and Senior Principal Rese

• MAPK are involved in a large variety

  2022-04-06

  

  MAPK are involved in a large variety of solid and hematolgical neoplasms and, indeed, several components of the MAPK network have already been proposed as targets in cancer therapy, such as p38, JNK, ERK1/2, MEK1/2, RAF, RAS, DUSP1 and ERK5 [11], [12]. Among them, alteration of the RAS-RAF-MEK1/2-ER

• We speculated modulation of redox balance in brain by activa

  2022-04-06

  

  We speculated modulation of redox balance in brain, by activation of GIP receptor pathway. QA is known to mediate production of ROS, lipid peroxidation by its interactions with Fe2+ and formation of QA-Fe2+ complex (Braidy et al., 2010, Rios and Santamaria, 1991, Stipek et al., 1997). QA induces NOS

• The presented results speak for the direct effects of

  2022-04-06

  

  The presented results speak for the direct effects of ghrelin on rat spermatozoa, which are accomplished by the activation of the GHSR-1a receptor. Thus, the results seem to be of physiological significance in vivo since ghrelin, the natural ligand of GHSR-1a, was found to be present in the seminal

• Cellular inhibition is caused by

  2022-04-06

  

  Cellular inhibition is caused by the hyperpolarization of the cell and is mediated by both synaptic and extrasynaptic GABAARs. Synaptic GABAARs are sensitive to high concentrations of GABA released at the synapse and mediate phasic inhibition. In contrast, extrasynaptic GABAARs mediate tonic inhibit

• Cys loop GABA receptors are well studied targets for

  2022-04-06

  

  Cys-loop GABA receptors are well-studied targets for insecticides and also play an important role in nematode biology. These receptors are also targets for the anthelmintic piperizine (Accardi et al., 2012). The nematode GABA receptor most studied is the UNC-49 receptor which plays a role in muscle

• In this study it was demonstrated that also in

  2022-04-06

  

  In this study it was demonstrated that also in mice chronically exposed to CS, lung inflammation persists after SC and is associated with a progressive alveolar loss and remodeling of respiratory tract, characterized by the onset of bronchial and bronchiolar GCM and peribronchiolar fibrosis. Persist

• br Redox cancer therapy The

  2022-04-02

  

  Redox cancer therapy The understanding of ROS mechanisms supported the development of two parallel anticancer strategies based on ROS modulation, the use of antioxidants for cancer prevention and the use of ROS inducers to exacerbate oxidative stress to lead cancer Cerdulatinib to death [27], [1

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