• Although the implication of DA and glutamate signaling

  2020-05-14

  

  Although the implication of DA and glutamate signaling crosstalk in drug-evoked neuronal adaptations is well acknowledged, targeting the cognate receptors to alleviate symptoms is associated with a loss of efficacy over time and the appearance of severe sides effects, likely due to the involvement o

• In this paper we describe

  2020-05-14

  

  In this paper, we describe a facile and universal method for in situ crosslinking of DNA micelles, using spherically directed reduction of metal ions. As shown in Scheme 1A, a single-stranded DNA (ssDNA) consisting of a ligand domain, a template domain, and a lipid domain was designed as a monomer t

• nicotinic acetylcholine receptor Future advances in the in v

  2020-05-13

  

  Future advances in the in vivo molecular imaging of enzyme activity will greatly benefit from the progress towards the quantitative detection of enzymes. Quantitative imaging requires knowledge of both the location and concentration of a specific enzyme, which is dependent on the simultaneous measur

• DUBs are involved in cell cycle regulation and DNA

  2020-05-13

  

  DUBs are involved in Gemcitabine HCl regulation and DNA damage pathways and since, in cancer and different stress conditions all the proteins which regulate cell cycle and DNA damage/repair are either up/down regulated (Singh et al., 2013, Singh et al., 2011, Kumar and de Massy, 2010, Gupta et al.,

• h2 receptor antagonist br UVC induced DNA damage a model

  2020-05-13

  

  UVC-induced DNA damage: a model to study DNA damage tolerance The UV components of sunlight that reaches the Earth surface are one of the most carcinogenic agents humans are exposed to, and the leading cause of skin cancer [4,12]. UV light causes different types of DNA damage through indirect and

• The collagen field undoubtedly regains attractiveness with

  2020-05-13

  

  The collagen field undoubtedly regains attractiveness with the emergence of new concepts (cell niche, regulation of growth factor bioavailability, mechanotransduction, cell microenvironment sensing) and new tools to investigate their in vivo functions (atomic force microscopy (AFM), second harmonic

• After incorporation of random nucleotides by TdT during heav

  2020-05-13

  

  After incorporation of random Medroxyprogesterone by TdT during heavy-chain rearrangements, both TdT and pol λ may perform in trans polymerase activity (in unknown proportions), whereas synthesis of the complementary strand can only be achieved by pol λ using its gap-filling activity, which TdT lac

• nox4 Arsenic could cause apoptosis in both benign

  2020-05-13

  

  Arsenic could cause apoptosis in both benign and malignant cells (Akao et al., 2000, Gupta et al., 2003, Namgung and Xia, 2001). However, at present, little is known about the consequences of arsenic-treated urothelial cells in autophagy and expression of its related proteins. In addition, the alter

• Fatty acid oxidation plays a crucial role

  2020-05-13

  

  Fatty LY2606368 HCl β-oxidation plays a crucial role in maintaining body energy homoeostasis mainly during catabolic states. It mainly occurs in mitochondria and involves a cyclical series of reactions that result in the shortening of fatty acids. Fatty acids comprise an efficient source of energy t

• OxLDL down regulates eNOS and up regulates iNOS thereby augm

  2020-05-13

  

  OxLDL down-regulates eNOS and up-regulates iNOS, thereby augmenting the formation of NO and protein S-nitrosylation in human endothelial HhAntag synthesis [26]. Importantly, iNOS-mediated S-nitrosylation plays an increasingly significant role in cardiovascular diseases [34]. For example, iNOS-mediat

• br Materials and methods br Results br Discussion Endothelia

  2020-05-13

  

  Materials and methods Results Discussion Endothelial cells are crucial for both vascular homeostasis and protecting the vasculature against atherogenic insults [3]. OxLDL-mediated injury to endothelial cells is crucial for endothelial dysfunction in the pathogenesis of atherosclerosis and a

• The Inhibitor of APoptosis IAP

  2020-05-12

  

  The Inhibitor of APoptosis (IAP) proteins were first identified as gene products of baculovirus that inhibited apoptosis of infected insect 3-isomangostin (Clem et al., 1991, Crook et al., 1993). Subsequently, the mammalian IAP family was identified (Rothe et al., 1995, Uren et al., 1996). All memb

• DUBs are involved in cell

  2020-05-12

  

  DUBs are involved in Caffeine regulation and DNA damage pathways and since, in cancer and different stress conditions all the proteins which regulate cell cycle and DNA damage/repair are either up/down regulated (Singh et al., 2013, Singh et al., 2011, Kumar and de Massy, 2010, Gupta et al., 2010),

• br Acknowledgements We thank Dr Tai

  2020-05-12

  

  Acknowledgements We thank Dr. Tai-Yuan Yu and Miss Chun-Ping Chang for helping with the drug/DNA sequence specificity study. We also thank the Chemical Synthesis Core and the Pathology Core Laboratory of IBMS for synthesizing SL-1 and for performing the pathology analysis, respectively, and the T

• histone methyltransferase It is now known that cholinergic

  2020-05-12

  

  It is now known that cholinergic signaling plays a vital role in controlling many peripheral functions including skeletal and smooth muscle contraction, autonomic postganglionic neuron activation, parasympathetic end-organ activation (e.g., salivary, lacrimal and bronchial glands), regulation of car

14543 records 826/970 page Previous Next First page 上5页 826827828829830 下5页 Last page