• Molecular docking is widely used

  2022-12-09

  

  Molecular docking is widely used to predict the interaction between an enzyme and its inhibitors. This is a computational simulation approach that can be used as a tool to investigate the structure-activity relationship of ACE inhibitory peptides (Goodsell, 2009). It has been recently shown that ACE

• br Material and methods br Results

  2022-12-09

  

  Material and methods Results Discussion This study explores the hypothesis that ASK1, via transcriptional upregulation by E2F1, molecularly defines AT that supports a dys-metabolic obese phenotype in humans. We demonstrate associations between increased visceral-AT ASK1 expression and multi

• Placental cells also express P

  2022-12-09

  

  Placental cells also express P450 aromatase (CYP19A1, encoded by CYP19A1). In the placenta, this enzyme requires an external source of androgens, provided by the adrenal gland of the fetus, to form estrogen. The fetal adrenal gland produces dehydroepiandrosterone (DHEA) [9] and, in the placenta, it

• NO is an important mediator for maintaining bone integrity

  2022-12-09

  

  NO is an important mediator for maintaining bone integrity since it plays a role in the bone remodeling process. It was shown that mechanical strain and shear stress induce NO synthesis in osteoblasts and osteocytes (van't Hof & Stuart, 2001). It was reported that mechanical loading influences its a

• br Materials and methods br

  2022-12-09

  

  Materials and methods Results and discussion Conclusion The preparation of acrylic nanoparticles as aminosugar carriers could not be achieved by direct functionalization of poly(t-butyl acrylate) particles with saccharide groups. A four-step procedure starting from a protected derivative of

• PRT062607 Hydrochloride In addition a substantial knowledge

  2022-12-09

  

  In addition, a substantial knowledge has been gained about the main properties of AT1R, such as ligand preference, signaling, regulation, and trafficking. However, it is less known how AT1R and other plasma membrane receptors affect each other’s function, and how these crosstalk mechanisms can be ut

• Finally intracrine androgen synthesis metabolism can be acti

  2022-12-09

  

  Finally, intracrine androgen synthesis/metabolism can be activated thus allowing cathepsin inhibitors to bypass the low levels of androgens in the circulation by producing androgens themselves (Cai and Balk, 2011, Rahman et al., 2004). Moreover, changes in AR co-regulators like the overexpression o

• At the organismal level skeletal muscle lung and adipose tis

  2022-12-09

  

  At the organismal level, skeletal muscle, lung and adipose tissues mediate net de novo synthesis and release of glutamine, whereas net glutamine catabolism occurs in the kidney [7]. The liver exhibits net glutamine consumption coupled to urea production in the post-absorptive state, and net glutamin

• br Conclusion br Conflict of interest br Introduction Oral

  2022-12-09

  

  Conclusion Conflict of interest Introduction Oral cancer may originate from lips, lower and upper alveolar ridges, hard palate, sublingual region, buccal mucosa, anterior two-thirds of the tongue as well as retromolar trigone and floor of the mouth (World Health Organization, 2013). As the

• A clear link between ADR stimulation and

  2022-12-09

  

  A clear link between α2-ADR stimulation and decreased respiration in β-cells is established and consistent with proteomics data. Current discoveries in islets have identified physical interactions between ADR-coupled G proteins and cellular components such as insulin vesicles and ion channels (Zhao

• br Introduction Cell motility is fundamentally important

  2022-12-08

  

  Introduction Cell motility is fundamentally important in morphogenesis, wound healing, and the immune response. One of the best-studied basic types of cell movement is lamellipodial motility [1, 2], characterized by a thin (∼0.1–0.2 μm), broad (∼10–40 μm) motile appendage containing a dynamic WM

• br Introduction Cell motility is fundamentally important

  2022-12-08

  

  Introduction Cell motility is fundamentally important in morphogenesis, wound healing, and the immune response. One of the best-studied basic types of cell movement is lamellipodial motility [1, 2], characterized by a thin (∼0.1–0.2 μm), broad (∼10–40 μm) motile appendage containing a dynamic WM

• br Introduction Cell motility is fundamentally important

  2022-12-08

  

  Introduction Cell motility is fundamentally important in morphogenesis, wound healing, and the immune response. One of the best-studied basic types of cell movement is lamellipodial motility [1, 2], characterized by a thin (∼0.1–0.2 μm), broad (∼10–40 μm) motile appendage containing a dynamic WM

• Sperm total motility and hyperactivated motility are mediate

  2022-12-08

  

  Sperm total motility and hyperactivated motility are mediated by PLD-dependent NHS-12-Biotin receptor polymerization [20]. Reduction of PIP2 synthesis inhibited actin polymerization and motility, and increasing PIP2 synthesis enhanced these activities. Furthermore, sperm demonstrating low motility

• Sperm total motility and hyperactivated motility are mediate

  2022-12-08

  

  Sperm total motility and hyperactivated motility are mediated by PLD-dependent NHS-12-Biotin receptor polymerization [20]. Reduction of PIP2 synthesis inhibited actin polymerization and motility, and increasing PIP2 synthesis enhanced these activities. Furthermore, sperm demonstrating low motility

14723 records 345/982 page Previous Next First page 上5页 341342343344345 下5页 Last page