• Programmed cell death via apoptosis is associated with a ser

  2021-06-21

  

  Programmed cell death via apoptosis is associated with a series of morphological and biochemical characteristics, including cell shrinkage, the rapid increase of intracellular calcium, nuclear condensation, DNA fragmentation and the formation of apoptotic bodies. Known as a shared feature of most ap

• Recent studies have reported that

  2021-06-19

  

  Recent studies have reported that miR-454 plays an important role in various cellular processes and diseases, such as inflammation, infection, osteogenic differentiation, and cancers [25,27,29,30]. Multiple evidence has documented that miR-454 promotes the proliferation, migration and invasion, and

• Among our patients with anti enolase

  2021-06-19

  

  Among our patients with anti-enolase drusen, those with a relatively short duration from the onset of visual symptoms to the first visit tended to have normal structure of photoreceptors with preserved visual function, despite the presence of drusen-related RPE abnormalities (Cases 1-3 and 8). In co

• Glycolysis is important to maintain the vital functions

  2021-06-19

  

  Glycolysis is important to maintain the vital functions of T. gondi. Extracellular T. gondii shift its ML-090 metabolism towards glycolysis, based on the observation that a relocation of glycolytic enzymes from the cytosol to the pellicle occurs at the time when tachyzoites egress from host cells. I

• Epitope analyses of AT AA and

  2021-06-19

  

  Epitope analyses of AT1-AA and ET-AA indicate that the 98 synthesis of both autoantibodies are located at the second extracelluar loop of both receptors. The specific epitopes for both autoantibodies are similar to what was reported previously in a cohort of patients from Brazil [6] and for AT1-AA

• The structure of the HOIP RBR

  2021-06-19

  

  The structure of the HOIP RBR–LDD module bound to UbcH5~Ub reveals insights into an activated HOIP component [47]. Contacts between the E2~Ub and the non-cognate RBR module in the crystal suggest how a structure in which the active sites of the E2 and the E3 are in close proximity might look. In thi

• The majority of APC C subunits form a giant

  2021-06-19

  

  The majority of APC/C subunits form a giant scaffold, which was originally named the arc lamp, based on its shape when viewing APC/C from one side (Figure 1 and Box 1) [24]. The scaffold consists of two modules: the TPR lobe resembles the curved post and lamp, and the platform resembles the MG132 su

• br Acknowledgments This work was supported

  2021-06-19

  

  Acknowledgments This work was supported by a grant from the National Center for GM Crops (PJ008152) of the Next Generation BioGreen 21 Program funded by the Rural Development Administration, Republic of Korea, to W.T.K. Introduction Ubiquitin (Ub) has been considered as one of the most import

• The Inhibitor of APoptosis IAP proteins were first

  2021-06-19

  

  The Inhibitor of APoptosis (IAP) proteins were first identified as gene products of baculovirus that inhibited apoptosis of infected insect formyl (Clem et al., 1991, Crook et al., 1993). Subsequently, the mammalian IAP family was identified (Rothe et al., 1995, Uren et al., 1996). All members of t

• stavudine The other interesting observation made during this

  2021-06-19

  

  The other interesting observation made during this study relates to the differences between the discrete IR-induced γH2AX foci and the robust H2AX phosphorylation observed during apoptotic DNA fragmentation. The pattern of H2AX phosphorylation observed during DNA fragmentation possibly reflects the

• CFSs are recognized as a driver of genome instability

  2021-06-19

  

  CFSs are recognized as a driver of genome instability in human cells and are hotspots for deletions or translocations in cancers (Richards, 2001). The generally accepted model for their expression is that the CFS locus shows a delay in chromatin condensation in early mitosis caused by the persistenc

• br Synthesis and mechanism of fluorescent DNA CuNMs br Appli

  2021-06-19

  

  Synthesis and mechanism of fluorescent DNA-CuNMs Application of fluorescent DNA-CuNMs Summary and conclusions In summary, we introduce recent research progress in the synthesis and various applications of DNA-CuNMs. DNA-CuNMs with novel catalytic, electrical and optical properties can be ob

• The knockout mice models of the DNMTs

  2021-06-19

  

  The knockout mice models of the DNMTs gene shed light on understanding the molecular background of male infertility development. Dnmt1−/− causes demethylation of the genome (Lei et al, 1996, Li et al, 1992) (). The Dnmt3a conditional knockout mouse models exhibit spermatogenic arrest at the spermato

• The involvement of FOXO and STAT in DNA PKcs

  2021-06-19

  

  The involvement of FOXO3 and STAT5 in DNA-PKcs and hqn IV has not been reported before, and the search by the ECR browser (http://ecrbrowser.decode.org) revealed that 1kb of the 5′ promoter of DNA-PKcs possesses 4 STAT (−908bp to −901bp, −676bp to −656bp, −533bp to −526bp and −66bp to −59bp) and no

• br Materials and methods br Author contributions br Acknowle

  2021-06-19

  

  Materials and methods Author contributions Acknowledgements Supported by grants from the Zhejiang Provincial Natural Science Foundation (LY16H030016, LY17H030012), and the Zhejiang Science and Technology Public Welfare Project (2015C33279), Anesthesiology Center in North of Zhejiang Provinc

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