• The molecular mechanisms involved in

  2024-10-12

  

  The molecular mechanisms involved in the pathogenesis of cholestatic pruritus remain unknown [45], [46]. Indeed, there has been an enormous effort at understanding the etiology of PBC-related pruritus, including work at the cellular and molecular level, but such efforts have not been translated into

• Further analysis sought to understand

  2024-10-12

  

  Further analysis sought to understand the mechanism associated with the autotaxin-mediated increase of miR-489-3p in circulation. Based upon sequence complementarity, DIANA TarBase predicted miR-489-3p targets MAPK2K1, or MEK1, an oncogene widely dysregulated in cancer (Fig. 4A). To test this relati

• IAA-94 sale Materials and methods br Results br Discussion A

  2024-10-12

  

  Materials and methods Results Discussion ATX plays a significant role in initiating and sustaining tumor metastasis [43]. LPA stimulates cell proliferation, migration and survival by acting on its cognate G-protein-coupled receptors. Aberrant LPA production, receptor IAA-94 sale and signalin

• Angiotensin Fragment 1-7 acetate NOXA a BH only protein is b

  2024-10-12

  

  NOXA, a BH3-only protein, is best known as a selective inhibitor of MCL-1, which is a highly expressed pro-survival protein in many human malignancies [30]. In addition, NOXA was recently proven to act as a direct activator via directly binding to BAX to induce apoptosis [31]. Given that its levels

• Obesity is associated with chronic low grade inflammation re

  2024-10-12

  

  Obesity is associated with chronic low-grade TRAM 39 resulting from increased M1 macrophage infiltration into adipose tissue, which can subsequently lead to the development of insulin resistance. Previously, we reported that LFE and FSB both reduced body weight gain in high fat diet-induced obese m

• Thus far a tight coupling has been observed between mAbs

  2024-10-11

  

  Thus far, a tight coupling has been observed between mAbs that target aggregated Aβ and the occurrence of ARIA. If ARIA-E is caused by increased trafficking to and clearance of fibrillar Aβ from cerebral vessels (20), mAbs could be designed with conformationally specific epitopes selective for solub

• All desired compounds with a carboxylic acid substituent at

  2024-10-11

  

  All desired compounds with a carboxylic salinomycin substituent at N1 position of the quinoxalinone scaffold and a variety of aromatic substituents at C3 position were obtained by the syntheses starting from methoxy-substituted 3-chloro-quinoxalin-2(1)-ones () prepared as previously. As shown in ,

• Growing evidence indicates that GRKs can exert different eff

  2024-10-11

  

  Growing evidence indicates that GRKs can exert different effects within the cell depending on the stimulus, cell type, and localization [97], [121]. In this sense, we were the first to demonstrate a mitochondrial localization for GRK2 [122], later confirmed by other investigators [123], establishing

• Using constant potential amperometry and electrochemical enz

  2024-10-11

  

  Using constant potential amperometry and electrochemical enzyme-based biosensors selective for choline—and, therefore, an accurate readout of genotyping mice release (Baker et al., 2015; Bruno et al., 2006a; Parikh et al., 2004, 2007)—tonic and phasic release of acetylcholine were measured simultan

• br Methods br Results br Discussion br Acknowledgements br T

  2024-10-11

  

  Methods Results Discussion Acknowledgements This work was supported by the National Institutes of Health [Grant R21 NS081429], a Pilot Grant from the Vanderbilt Conte Center supported by the National Institutes of Health [Grant P50 M096972], and by the Department of Anesthesiology at V

• The role of DHT in

  2024-10-11

  

  The role of DHT in early teleost embryogenesis is not entirely clear or established, however additional studies that treat fish embryos to DHT or to specific srd5a inhibitors at critical stages of development (i.e. prior to sex differentiation) will shed light on the early functions of this androgen

• br Structure of V ATPase V ATPase is a highly

  2024-10-11

  

  Structure of V-ATPase V-ATPase is a highly conserved multi-subunit enzyme that uses energy from ATP hydrolysis to transport protons across membranes [2], [3], [4]. It consists of two major functional domains, V1 and V0 (Fig. 1). The former has eight different subunits (A, B, C, D, E, F, G, and H)

• V ATPase is a complex enzyme that

  2024-10-11

  

  V-ATPase is a complex enzyme that is composed of several subunits, which are assembled into two domains: trans-membrane (V0) and cytosolic (V1) domains [3,5]. Epididymal epithelial 22 9 of rats has been reported to contain V-ATPase which is distributed at the apical pole of the narrow and clear cell

• Several in vivo and in vitro studies

  2024-10-10

  

  Several in vivo and in vitro studies have demonstrated changes in bioactive lipid profiles under hyperglycemic conditions and have linked these changes with increased leukocyte adhesion and vascular dysfunction during diabetes. This input has originated partly from lipidomic studies that showed elev

• The neural circuitry involved in the production

  2024-10-10

  

  The neural circuitry involved in the production of the EOD, its modulations, and in the sensory processing of communication signals has been well characterized (Bell and Maler, 2005; Chacron et al., 2011; Krahe and Maler, 2014; reviewed in Metzner, 1999). Pacemaker cells located in the pacemaker nuc

16044 records 71/1070 page Previous Next First page 上5页 7172737475 下5页 Last page