• The coenzyme S adenosylmethionine SAM binding pocket

  2022-01-04

  

  The coenzyme S-adenosylmethionine (SAM)-binding pocket of Set7 is connected to the histone-tail binding groove by a conserved lysine-channel, similarly observed in vSET (Figures 2D and S3). The Set7 SAM-binding pocket is negatively charged as observed in other known HMTase structures. However, the b

• Heme activates the master regulator of the anti oxidant stre

  2022-01-03

  

  Heme activates the master regulator of the anti-oxidant stress response, NRF2, which mediates the up-regulation of a battery of phase II detoxifying genes [106]. Remarkably, HO-1 induction by NRF2 is regulated via an interplay with the transcriptional repressor BACH1 at the Maf recognition s equol r

• Glutathione in reduced form GSH the tripeptide glutamyl

  2022-01-03

  

  Glutathione in reduced form (GSH, the tripeptide, γ-glutamyl cysteinyl glycine) is a non-enzymatic low-molecular-weight antioxidant necessary for the maintenance of a cellular redox state (Noctor et al., 2012). At the stage of the transition from germination to seedling growth the process of cell di

• br Acknowledgments br Introduction Myelin one of

  2022-01-03

  

  Acknowledgments Introduction Myelin, one of the fundamental adaptations of vertebrates, is a multilamellar structure deriving from the spiral wrapping around the KH CB19 receptor of the plasma membrane of myelin forming glia, oligodendrocytes in the central nervous system and Schwann cells (S

• br Materials and methods br

  2022-01-03

  

  Materials and methods Results Discussion The previous studies have reported that positive GLUT1 expression had a predictive value for prognosis of lung cancer patients (Younes et al. 1997a; Meijer et al., 2012; Sasaki et al., 2012). Our conclusion was accordant with these studies. Recently,

• In conclusion we provided the first evidence of a modificati

  2022-01-03

  

  In conclusion, we provided the first evidence of a modification and regulation of GCK by O-GlcNAc modification that until now was not explored. This discovery provides important clues in the prevention of hyperglycemia and development of novel therapeutic drugs to treat type 2 diabetes. Acknowled

• br Acknowledgements br Introduction This

  2022-01-03

  

  Acknowledgements Introduction This article, similar to those before [1,2], presents a selection of nails for those red blood cell physiologists with hammers. The various topics are not necessarily lost for, like occupants on a carousel, they reappear periodically. Sometimes, however, some arti

• Interestingly GAL has also been shown to be

  2022-01-03

  

  Interestingly, GAL has also been shown to be co-expressed and/or secreted in luteinizing hormone releasing hormone (LHRH) (Merchenthaler et al., 1991, Marks et al., 1994) and kisspeptin (KISS) neurons (Porteous et al., 2011). Furthermore, GAL was shown to stimulate luteinizing hormone (LH) secretion

• In a recent study Neelaveni et al revealed that new

  2022-01-03

  

  In a recent study, Neelaveni et al. [47] revealed that new thiazolidinedione derivatives (Fig. 6 a and 6 b) produced dual PPARγ and FFAR1 agonistic activity at micromolar concentrations with insulin sensitizing effects and enhanced insulin secretion from the pancreas. These derivatives were reported

• Several named antagonist ligands have figured noticeably in

  2022-01-03

  

  Several named antagonist ligands have figured noticeably in preclinical studies, with proved clear ability to release neurotransmitters and having efficacy in preclinical animal models. Consequently, this has encouraged ongoing research on improved agents with potency, selectivity, and better drug-l

• br Acknowledgement The work was

  2022-01-03

  

  6. Acknowledgement The work was supported by the NSFC through Grant Nos. 11535016 and 11475232. It was also supported by CAS. The authors thank their collaborators for beneficial discussions and enthusiastic supports in the simulations and calculations. Introduction Hypoxia-inducible factors

• Over recent decades there were three breakthroughs of

  2022-01-03

  

  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-

• br Discussion Light plays a central role in plant growth

  2022-01-03

  

  Discussion Light plays a central role in plant growth, development and defence responses. It is required for photosynthesis and other metabolic or transcriptional processes (Kangasjärvi et al., 2012, Zhang and Zhou, 2013, Ballaré, 2014). It is well known that darkness promotes leaf senescence, wh

• Introduction Cancer has been a significant public health pro

  2022-01-03

  

  Introduction Cancer has been a significant public health problem in the world with more patients being diagnosed every year. However, chemotherapy from non-specific cytotoxic agents that as an effective means of cancer treatment is limited by severe side effects and poor selectivity. Thus, the deve

• br GSNOR regulates SA synthesis and SA

  2021-12-31

  

  GSNOR1 regulates SA synthesis and SA signalling The phenolic metabolite salicylic cobicistat (SA) is a powerful immune activator in plants. Moreover, mutations that disable SA biosynthesis or transgenes that result in its depletion compromise both resistance (R) gene-mediated and basal resistance

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