• SIS3 Smoking is strongly and consistently associated

  2022-01-12

  

  Smoking is strongly and consistently associated with periodontitis in the general population. In our study we detected a similar pattern in patients with HIV infection: smokers had a higher DPSI score compared to non-smokers. The exact cause of smoking as a risk factor for periodontitis in the gener

• Our results further indicate that low expression of p

  2022-01-12

  

  Our results further indicate that low expression of p300/CBP in CRC is directly associated with poor clinical therapeutic outcome of 5-FU treatment, potentially providing a new set of biomarkers to predict chemo-sensitivity. Although the ability of low expression of p300/CBP to predict poor prognosi

• The glycolytic activator phosphofructo kinase

  2022-01-12

  

  The glycolytic activator 6-phosphofructo-2-kinase/fructose 2,6-bisphosphatase 3 (PFKFB3) is well-known as a downstream substrate of hypoxia-inducible factor 1α (HIF-1α) signaling pathway [5,6]. Tumor hypoxia has long been associated with increased malignancy, poor prognosis and drug resistance. HIF-

• UNC 0646 receptor There are important questions that remain

  2022-01-12

  

  There are important questions that remain to be answered. How does Rap2a protein affect NF-κB activation? Why do Rap2a silencing and overexpression results to the identical hampered NF-κB activation phenotype? Overexpression experiments have demonstrated that atypical κB-Ras GTPases could inhibit NF

• One important aspect about GSK

  2022-01-12

  

  One important aspect about GSK-3 inhibitors is their effect on pluripotency of 89 25 [4]. Many GSK-3 inhibitors are ATP-competitive and suppress both GSK-3alpha and GSK-3beta [476]. BIO was shown to suppress GSK-3 activity and promote Wnt/beta-catenin signaling. This combination of events preserved

• Others demonstrated that Paneth cells maintain

  2022-01-12

  

  Others demonstrated that Paneth cells maintain stem cell function and crypt homeostasis by providing metabolic lactate to sustain the enhanced mitochondrial oxidative phosphorylation in the Lgr5+ ISCs (Rodriguez-Colman et al., 2017), which substantially agrees with our findings in this study. Furthe

• br Conflict of interest br CRediT authorship contribution st

  2022-01-12

  

  Conflict of interest CRediT authorship contribution statement Magdalena Olga Ciechanowska: Conceptualization, Data curation, Investigation, Methodology, Project administration, Writing - original draft. Magdalena Łapot: Formal analysis, Investigation, Methodology. Marek Kowalczyk: Writing - re

• Studies of human and mouse GPR as ascertained

  2022-01-11

  

  Studies of human and mouse GPR84, as ascertained by mRNA levels in various tissues, have determined that GPR84 is highly expressed on bone marrow cells, splenic T and B cells, and circulating granulocytes/monocytes/macrophages. In the latter cells, mRNA expression of is up-regulated only under infl

• br The concept of the axo myelin synapse Axons can

  2022-01-11

  

  The concept of the axo-myelin ‘synapse’ Axons can release glutamate in a Ca+-dependent and independent manner (reviewed in [13,69]). Glutamate released from axons activates GluRs located in myelin, a feature that gave rise to the idea of the axo-myelin ‘synapse’ by analogy with classical synaptic

• A number of models have

  2022-01-11

  

  A number of models have been proposed in order to explain the mechanisms of protein transport through nuclear pore complexes. One theory is that the transport is mediated by specific peptide signals known as NLSs. The classical NLSs are short sequences containing a high proportion of the positively

• br GR Is a Transcriptional Activator How GR activates

  2022-01-11

  

  GR Is a Transcriptional Activator How GR activates some genes while repressing others remains unsettled after decades of study. While significant controversy exists regarding GR-mediated repression, a consensus model for transcriptional activation has emerged: GR activates transcription through s

• 58 5 Cell stiffness is determined by the cytoskeleton an int

  2022-01-11

  

  Cell stiffness is determined by the cytoskeleton, an intracellular polymeric network consisting of 58 5 filaments, microtubules, intermediate filaments, and crosslinking proteins [38]. Low cell stiffness has been correlated with reduced formation of well-defined F-actin filaments or bundles [39]. We

• br Experimental br Results and discussion One of the major

  2022-01-11

  

  Experimental Results and discussion One of the major challenges of oral drug delivery via nanocarriers is the fairly low efficiency of crossing the intestinal barrier. While there is the possibility of a paracellular transport for polar substances below 1000 Dalton [26], the key mechanism of o

• The most abundant form of Hat

  2022-01-11

  

  The most abundant form of Hat1p in the nucleus is apt to be in the form of the NuB4 complex [96]. In the context of MRS1523 assembly, the function of the NuB4 complex may be similar to that ascribed for the cytoplasmic HAT1 complex. That is, the NuB4 complex may be involved in directing newly synthe

• The molecular mechanism of gliotransmitter release

  2022-01-11

  

  The molecular mechanism of gliotransmitter release is not fully understood until now, and previous studies have emphasized that the elevation of [Ca2+]i triggers vesicular glucokinase of glutamate. Parpura et al. reported that the essential role of Ca2+ release from internal stores in glutamate rel

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