• The repurposing of well characterized

  2022-05-09

  

  The repurposing of well-characterized and well-tolerated drugs in order to treat illnesses for which they were not originally intended has emerged as an attractive alternative to a long and costly process of drug development. Repositioning antihistaminergic ligands seems a promising idea given that

• Studies of early cell fate specification

  2022-05-09

  

  Studies of early cell fate specification in the mouse embryo have identified a role for differential Motin localization in controlling Hippo signaling [88]. At the 32-cell stage, mouse blastomeres are subdivided into inner cells, which form the inner cell mass (ICM), and outer cells, which form the

• Bile acids are the end

  2022-05-09

  

  Bile acids are the end products of cholesterol catabolism and have also been considered as hepatomitogens. Recently, Yap has been shown to be activated by the mevalonate pathway, which is essential for the biosynthesis of isoprenoids and downstream cholesterol and bile acids (Sorrentino et al., 2014

• Despite these studies little is known

  2022-05-09

  

  Despite these studies, little is known about the regulation of defence genes during AM root colonization. In the present study, we characterized the Ptc52 gene from tomato (named here as SlPtc52), a member of the gene family of non-heme oxygenases, and analysed its molecular characteristics. This ge

• Under increased drug pressure more protease

  2022-05-09

  

  Under increased drug pressure, more protease variants with more than one substitution will likely become clinically relevant. The accumulation of additional substitutions can allow RAS variants to emerge that alone are not viable, but in combination can rescue the viral fitness. We previously demons

• The present results indicate that oxidative damage in

  2022-05-09

  

  The present results indicate that oxidative damage in CFS muscles is not due to the decline in the efficiency of antioxidative enzymes. This suggests that there is an increase in the generation of reactive oxygen species consistent with a mitochondrial origin of the damage. Mitochondria represent th

• Introduction Epigenetic alterations play an important role i

  2022-05-07

  

  Introduction Epigenetic alterations play an important role in carcinogenesis. Aberrant promoter CpG island hypermethylation causes transcriptional gene silencing [1], and has been documented for a number of genes in prostate cancer (PCA) [2]. Histone modifications are also important regulators of t

• Adenosine triphosphate ATP is thought to be a crucial molecu

  2022-05-07

  

  Adenosine triphosphate (ATP) is thought to be a crucial molecule in acute pain signaling in the DRG, as well as in the development and maintenance of chronic pain (Burnstock, 2009, Burnstock, 2013, Burnstock, 2014, Chizh and Illes, 2001). Extracellular ATP activates the ionotropic P2X receptors (Bur

• Even though for almost years

  2022-05-07

  

  Even though for almost 30 years GnRH was considered the main neuropeptide regulating gonadotropin release in vertebrates, Tsutsui et al. (2000) discovered, in the Japanese quail, Coturnix japonica, a hypothalamic neuropeptide that directly inhibits gonadotropin release, and thus named as gonadotropi

• Oxidative stress results from the disequilibrium between lev

  2022-05-07

  

  Oxidative stress results from the disequilibrium between levels of prooxidant molecules produced and the ability of a biological system to detoxify and neutralize the reactive molecules [14]. OS is a chronic, self-perpetuating state of damage to cells and increased inflammation resulting from the co

• In silico analysis revealed structural similarities between

  2022-05-07

  

  In silico analysis revealed structural similarities between the CpMutY and the EcMutY which share typical domains and structural motifs (Fig. 5), common to a wide range of structurally related DNA repair enzymes. These include an endonuclease III domain, involved in excision of damaged pyrimidines,

• Acute effects of FZ were not altered in GluR

  2022-05-07

  

  Acute effects of FZ were not altered in GluR-A−/− mice, thus providing a solid basis for comparing the effects of repeated drug administration. In addition, GluR-A subunit deficiency did not affect the basal behavior of saline-treated animals, despite the GluR-A−/− mice having been described as hype

• Until now various reports have demonstrated

  2022-05-07

  

  Until now, various reports have demonstrated the therapeutic potential of enzyme-resistant forms of GIP in experimental diabetic animal models , , . In essence, structural modifications performed at the Tyr residue in GIP generate analogues that are completely resistant to the actions of DPP-IV and

• Photoincorporation of pTFDBzox AP occurred predominantly in

  2022-05-07

  

  Photoincorporation of 21-pTFDBzox-AP occurred predominantly in the β3 subunit, very modestly in the α1 subunit and not at all in the γ2 subunit. These observations taken together with the sensitivity of 21-pTFDBzox-AP enhancement of GABA currents to the α1 M1 mutation Q242 W4 suggest that the 21-pTF

• The snapshots in Fig were taken at the

  2022-05-07

  

  The snapshots in Fig. 5 were taken at the end of the first platteau i.e. for 5 Å rmsd or 4 ns time. Thus, we can see that the state of the i-motif affects the mechanism of the G-quadruplex unfolding. At acidic pH the stiff structure of the i-motif does not affect the bottom part (the innermost) of t

10994 records 147/733 page Previous Next First page 上5页 146147148149150 下5页 Last page