• The mechanism underlying the increased PON levels found in

  2021-01-23

  

  The mechanism underlying the increased PON1 levels found in greenhouse workers may be accounted for by an increased protein rosmarinic acid synthesis following pesticide interaction with different nuclear receptors as also occurs with other chemicals, such as polyphenols and statins [28]. A number o

• As mentioned above disruption of Tgif

  2021-01-23

  

  As mentioned above, disruption of Tgif1 in mice is associated with dyslipidemia, and here we investigate the effects of overexpression of TGIF1 on expression of the Npc1l1 gene and markers of intestinal cholesterol absorption. Materials and methods Results Discussion In this study, we soug

• br Materials and methods br Results To investigate the

  2021-01-23

  

  Materials and methods Results To investigate the effect of 17βE on cell proliferation in the human renal tubular epithelia, BrdU uptake was measured in HRTEC primary and 3D-HRTEC cultures, allowing determination of the DNA replication rate. Representative microphotographs show BrdU uptake in H

• We first confirmed LPS induction of markers

  2021-01-23

  

  We first confirmed LPS-induction of markers known to induce NF-κB signaling in Caco2BB cells, as established for numerous other cell types [31]. We initially selected this approach to monitor NF-κB activation instead of directly monitoring p65 as it is technically straightforward and provides both u

• DGK deficiency caused a significant increase in

  2021-01-22

  

  DGKδ deficiency caused a significant increase in the SERT protein level, but its mRNA level was not affected (Fig. 1). These results suggest that SERT protein stability is directly reduced by interaction with the DGKδ protein. In contrast, DGKδ deficiency regulated both TPH-2 and MAO-A protein and m

• Thus DGK active sites remain ill

  2021-01-22

  

  Thus, DGK-active sites remain ill-defined and, combined with the lack of crystal structures for mammalian DGKs, have limited our understanding of substrate and inhibitor binding. As a result, current DGK inhibitors consist of compounds with poor specificity within the DGK superfamily (de Chaffoy de

• peptide yy We aim to apply the same

  2021-01-22

  

  We aim to apply the same technology to target other collagen-binding proteins using motifs from collagens that are specific for other receptors or matrix components. Previously, we synthesized THP libraries, called Toolkits, composed of an active guest sequence flanked by five GPP host triplets that

• br Acknowledgements The study was supported by grant no from

  2021-01-22

  

  Acknowledgements The study was supported by grant no. 501-003-11043 from the Institute of Psychiatry and Neurology in Warsaw. The authors thank Mrs. Ala Biegaj for the excellent technical assistance. Introduction In an effort to identify hIFN receptor molecules encoded by a gene(s) within hum

• Our earlier experimental studies showed neutral i e non

  2021-01-22

  

  Our earlier experimental studies showed "neutral", i.e. non-proliferative, effects of progesterone but a large increase in proliferation using certain progestins; however, this was only in the presence of PGRMC1 [[13], [14], [15], [16], [17], [18], [19]]. The next step was to investigate whether thi

• Arsenic is an endocrine disruptor with estrogenic activity

  2021-01-22

  

  Arsenic is an endocrine disruptor with estrogenic activity. Further study has shown that arsenic exposure can significantly increase the expression of estrogen receptor-related genes, steroid metabolism-related enzymes and lung cancer-related genes in the lung tissues of female mice on the occurrenc

• A growing body of data indicates that endothelial NOS eNOS

  2021-01-22

  

  A growing body of data indicates that endothelial NOS (eNOS) is a rate-limiting enzyme for the synthesis of nitric oxide (NO), its downstream tcid molecule. High pathological concentrations of NO produced from inducible NO synthase (iNOS) induce apoptosis, whereas a reduction in the concentrations o

• br Discussion The N terminal

  2021-01-22

  

  Discussion The N-terminal domain of DDRs has long been recognized as a member of the DS superfamily (Johnson et al., 1993, Karn et al., 1993), and its role in collagen binding is understood in atomic detail (Carafoli et al., 2009, Ichikawa et al., 2007). Our crystal structure shows that the secon

• br Materials and methods br Results

  2021-01-22

  

  Materials and methods Results Discussion We recently detected phosphorylation of tyrosine Y102 in BPV-1 E2 and reported that FGFR3 binds to E2 and limits E1 dependent viral DNA replication (Culleton et al., 2017, Xie et al., 2017). In the current study, we addressed the potential role of ot

• br Acknowledgements This work was supported

  2021-01-21

  

  Acknowledgements This work was supported by a Grant for the Program for the Strategic Research Foundation at Private Universities S1101017 organized by the Ministry of Education, Culture, Sports, Science, and Technology (MEXT), Japan and JSPS KAKENHI Grant Numbers JP22560209 and JP5K05842. The

• LPA is known to regulate the peroxisome proliferator

  2021-01-21

  

  LPA is known to regulate the peroxisome proliferator-activated receptor γ and the reorganization of actin cytoskeleton [58]. However, the physiological functions of LPA in cells are still poorly understood. The simultaneous production of PA with/without 1-LPA or 2-LPA may be important to maximize a

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