• Over recent decades there were three breakthroughs of high i

  2022-07-15

  

  Over recent decades, there were three breakthroughs of high intensity heavy-ion acceleration [6]. The first is the invention of radio frequency quadrupole (RFQ) type accelerator, which could accelerate more than dozens of milli-ampere ion beams and is a good solution to space-charge-effect of heavy-

• The CNP pGC B cGMP pathway has been

  2022-07-15

  

  The CNP/pGC-B/cGMP pathway has been reported to be potent inhibitor of fibrosis, from an intrinsic compensatory protective response as well as a therapeutic in cardiorenal injury and disease states [6,12,13,22,30]. Indeed, fibrosis is a progressive process leading to increased risk for morbidity and

• Under most circumstances NO is a potent endogenous vasodilat

  2022-07-15

  

  Under most circumstances, NO is a potent endogenous vasodilator. Therefore, its involvement in an endothelium-dependent contraction seems paradoxical, to say the least. Soluble guanylyl cyclase (sGC) is the major downstream target of NO; its inhibition results in the lack of vasoconstrictor response

• Numerous stimuli lead to inactivation

  2022-07-15

  

  Numerous stimuli lead to inactivation of GSK-3, including Growth Factors such as EGF (Epidermal Growth Factor), PDGF (Platelet-Derived Growth Factor), BDNF (Brain-derived neurotrophic factor), IGF (Insulin-like growth factor) and insulin (Beaulieu et al., 2009, Chen and Russo-Neustadt, 2005, Cohen a

• br Characterization and regional localization of Glu transpo

  2022-07-14

  

  Characterization and regional localization of Glu transporters Molecular studies led to the description of five subtypes of plasma membrane Glu transporters termed in accordance to their human or rodent origin (Kanai and Hediger, 1992, Pines et al., 1992, Storck et al., 1992). In humans, these tr

• br Materials and methods br Results br

  2022-07-14

  

  Materials and methods Results Discussion Acknowledgments Introduction As we move into an aging society, there has been a growing interest in neurological disorders [1]. Neurodegenerative diseases such as Parkinson’s disease (PD) and Alzheimer’s disease (AD) cause cognitive malfunction

• We are aware that the classical biochemical view is centered

  2022-07-14

  

  We are aware that the classical biochemical view is centered on the local concentrations of specific ion and molecules rather than on cell electric potentials. However, important downstream processes can be influenced by acting locally on these potentials because they regulate the conductance of the

• Notch signaling maintains the balance between

  2022-07-14

  

  Notch signaling maintains the balance between neural stem cells and neural progenitors (Aguirre et al., 2010, Basak and Taylor, 2007, Mizutani et al., 2007). Conditional knock out of Notch causes depletion in the progenitor pool, showing that Notch is required for the maintenance of neural stem cell

• On the other hand with the exception in

  2022-07-14

  

  On the other hand, with the exception in muscle tissue, cGalR2 and cGalR2-L transcripts were also found to be widely distributed among the peripheral tissues at different levels (Fig. 2). The precise functions of cGalR2 and cGalR2-L in these peripheral tissues remain to be established, however, thei

• Encouraged by the observation obtained from

  2022-07-14

  

  Encouraged by the observation obtained from region A, we selected the structure of 1 as the next template to successively pursue the SAR on regions B-D of 1 (lower side of Fig. 2). Next, we turned attention to the external aromatic ring of 1 to verify the impact on the antagonistic activity and prep

• In addition several other considerations were made for the o

  2022-07-14

  

  In addition, several other considerations were made for the optimization exercise. While the structural features of the endogenous ligands for long-chain fatty dynorphin mg receptors suggest obtaining orthosteric agonists with drug-like properties may be challenging, the optimization efforts were c

• Compound and several additional FPR antagonists identified h

  2022-07-14

  

  Compound 10 and several additional FPR1 antagonists identified here specifically blocked fMLF-induced responses mediated via FPR1 in FPR1-HL60 Amoxicillin and human neutrophils, but not responses mediated via FPR2 or FPR3 (in human neutrophils and transfected HL60 cells) or Fpr1 (murine neutrophils

• This review is an overview on the ongoing trials involving

  2022-07-14

  

  This review is an overview on the ongoing trials involving anti-FGF-FGFR therapies (Wu et al., 2013). Pathway FGFR in cancer A recent study comparing more than 4800 tumor tissue samples has shown that 7.1% of all tumor types have genetic alterations in the FGF-FGFR axis. The aberrations perce

• br Importance of iron and lipoxygenase in

  2022-07-14

  

  Importance of iron and lipoxygenase in ferroptosis What remains to be somewhat controversial is the role of iron and lipoxygenases (LOX) in the death process, specifically in lipid peroxidation. So far, iron chelators have been repeatedly shown to halt ferroptosis (hence its name) induced by chem

• Our paper also contributes to

  2022-07-14

  

  Our paper also contributes to the large, but hitherto inconclusive literature that studies the effects of option-based compensation or convexity in compensation on corporate risk-taking policies. On the one hand, some studies document a positive relationship by showing that convexity increases lever

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