HUGO ID Detailed Result 7872


HUGO ID 7872
Symbol NOS1
Name nitric oxide synthase 1 (neuronal)
#Occurrence 65
#Paper 10

 


PMID Match String Actual String Score Flanking text Edited by Edit
10525172NOSNOS3.0In the CNS three NO-synthase isoforms neuronal Type-I NOS inducible Type-II NOS and endothelial Type-III NOS can generate NO 
10525172NOSNOS3.0the CNS three NO-synthase isoforms neuronal Type-I NOS inducible Type-II NOS and endothelial Type-III NOS can generate NO 
10525172NOSNOS3.0isoforms neuronal Type-I NOS inducible Type-II NOS and endothelial Type-III NOS can generate NO 
10525172NOSNOSs1.2great deal of detail about the biochemistry and pharmacology of NOSs as there are many excellent review articles 53 78 80 
10525172NOSNOS3.0Type-I NOS has been detected in the cerebellum the hypothalamus the striatum 
10525172NOSNOS3.0Type-II NOS is located predominantly in microglia and astrocytes 43 
10525172NOSNOS3.0Type-III NOS has been detected in microvessels and motor neurons from rodents 
10525172NOSNOS3.0By reaction of NO from Type-I NOS with O 2 _amp_#x2212 from the mitochondrial respiratory chain 
10525172NOSNOS3.0SOD the enzyme which scavengers O 2 _amp_#x2212 colocalizes with NOS in the hippocampus and the cerebellum where NO plays an 
10525172NOSNOS3.0abnormal activation of Ca 2 -dependent enzymes including the Type-I NOS 
10525172NOSNOS3.0on microglia cultures Walker et al 89 by measuring Type-I NOS gene expression on human microglia cultures and Vodovotz et al 
10525172NOSNOS3.0the blood_amp_#x2013 brain barrier associated with enhanced expression of Type-III NOS in microvessels and the presence of numerous inducible Type-II NOS 
10525172NOSNOS3.0NOS in microvessels and the presence of numerous inducible Type-II NOS immunoreactive microglia 
10525172NOSNOS3.0By Type-I NOS activity in arginine- or tetrahydrobiopterin-depleted conditions 
10525172NOSNOS3.0Type-I NOS and Type-II NOS catalyze electron transfer from NADPH to O 
10525172NOSNOS3.0Type-I NOS and Type-II NOS catalyze electron transfer from NADPH to O 2 in the 
10525172NOSNOS3.0At low arginine concentrations 62 67 however Type-II NOS strongly reduces the NADPH oxidation rate while Type-I NOS still 
10525172NOSNOS3.0Type-II NOS strongly reduces the NADPH oxidation rate while Type-I NOS still oxidizes NADPH with an unmodified rate and then reduces 
10525172NOSNOS-transfected1.2a 20-fold increase of O 2 _amp_#x2212 formation in Type-I NOS-transfected human kidney 293 cells as the cytosolic -arginine levels decreased 
10525172NOSNOS3.0The NOS inhibitor N -nitro--arginine methyl ester virtually abolished the O 2 
10525172NOSNOS3.0Therefore at low arginine concentrations Type-I NOS produces simultaneously O 2 _amp_#x2212 and NO at the same 
10525172NOSNOS3.0by Gorren and Mayer 32 in a study of Type-I NOS activity as a function of tetrahydrobiopterin (BH BH 4 concentration 
10525172NOSNOS3.0Type-I NOS is a dimeric enzyme which exhibits strong anti-cooperative binding of 
10525172NOSNOS3.010 _amp_#x2212 9 M no BH 4 molecule binds Type-I NOS and O 2 _amp_#x2212 is produced whereas at high BH 
10525172NOSNOS3.0of mice with EAE by Lin et al 51 Type-II NOS mRNA has been detected in EAE models by Cross et 
10525172NOSNOS3.0the anti-inflammatory cytokine TGF-_amp_#x3b2 associated with an increase in Type-II NOS mRNA expression and nitrite production in peripheral blood mononuclear cells 
10525172NOSNOS3.0Beal 7 reported the protective effect of Type-I NOS inhibitors on the neurotoxicity of MPTP in both mice and 
10525172NOSNOS3.0Under normal conditions neurons produce NO via Type-I NOS as an intracellular messenger which has an important role in 
10525172NOSNOS3.0contrary under either -arginine- or BH 4 -depleted conditions Type-I NOS monomers can function independently of each other 
10525172NOSNOS3.0second step of the neurodegenerative process by induction of Type-II NOS which produces large amounts of NO and stimulation of NADPH-oxidase 
10525172NOSNOS3.0Type-III NOS expressed in microvessels and motor neurons can also generate NO 
10525172NOSNOS3.0These authors observed an expression of Type-III NOS but not of Type-I NOS by motor neurons cultured with 
10525172NOSNOS3.0observed an expression of Type-III NOS but not of Type-I NOS by motor neurons cultured with brain-derived neurotrophic factor (BDNF) BDNF 
10525172NOSNOS3.0On the contrary trophic factor deprivation promoted Type-I NOS expression and cell death by apoptosis 
10525172NOSNOS3.0motor neuron degeneration was promoted by NO produced by Type-I NOS and reversed by SOD suggesting that formation of peroxynitrite initiates 
10525172NOSNOS3.0mechanism we described previously for generation of peroxynitrite by Type-I NOS under -arginine- or BH 4 -depleted conditions 
10525172NOSNOS-catalyzed1.2Schematic representation of NOS-catalyzed reactions 
14739060nNOSnNOS1.9account for NO production and include neuronal NO synthase (nNOS; nNOS type I inducible NO synthase (iNOS; iNOS typeII which is 
14739060nNOSnNOS1.9endothelial NO synthase (eNOS; eNOS type III In the CNS nNOS whose expression is regulated by both physiological and pathophysiological stimuli 
14739060nNOSnNOS1.9series of enzymes including protein kinase C proteases phosphatases phospholipases nNOS and xanthine oxidase 32 
15572176NOSNOS2.7express inflammatory makers such as COX-2 81 iNOS and neuronal NOS 5 and 115 
15572176NOSNOS2.7In cultured astrocytes the induction of NOS by pro-inflammatory stimulus or the exposure of astrocyte monolayers to 
15572176NOSNOS2.7histocompatibility complex-encoded antigens 89 interferon gamma 70 and 89 and NOS 70 have been found elevated in motor neurons after nerve 
15572176NOSNOS2.7as well as the production of nitric oxide by neuronal NOS 101 
15572176NOSNOS2.7For example the re-expression of p75 NTR and neuronal NOS may help to determine which neurons survive or undergo apoptosis 
15572176nNOSnNOS2.7damage in motor neuron A which upregulates the expression of nNOS p75 NTR Fas cytokines and trophic factors 
16104843NOSNOS0.9Among the three isoforms of NOS (NO NO synthase eNOS (endothelial endothelial NOS plays a predominant 
16104843NOSNOS0.9three isoforms of NOS (NO NO synthase eNOS (endothelial endothelial NOS plays a predominant role in VEGF-induced angiogenesis and vascular permeability 
16104843NOSNOS0.9metalloproteinase NFATc nuclear factor of activated T-cell NO nitric oxide NOS NO synthase eNOS endothelial NOS NRP neuropilin PAIP2 polyadenylated-binding protein-interacting 
16104843NOSNOS0.9activated T-cell NO nitric oxide NOS NO synthase eNOS endothelial NOS NRP neuropilin PAIP2 polyadenylated-binding protein-interacting protein 2 PDK1 phosphoinositide-dependent kinase 
16179515nNOSnNOS2.2receptor (TNFRp55) TNFRp55 and upregulated noninducible nitric oxide synthase (nNOS) nNOS and glutamine synthase (GS) GS 
17034351NOSNOS1.2(COX-II) COX-II and 5-lipoxygenase (5LOX)]; 5LOX nitric oxide synthase (NOS) NOS isoforms cytokines (particularly particularly tumor necrosis factor alpha TNF-alpha chemokines 
17555556nNOSnNOS2.2gene deletion of iNOS or neuronal nitric oxide synthase (nNOS) nNOS does not alter motoneuron disease in double transgenic iNOS _amp_#8722;/_amp_#8722; 
17555556nNOSnNOS2.2double transgenic iNOS _amp_#8722;/_amp_#8722; _amp_#8722 _amp_#8722 /mSOD1 mSOD1 G93A or nNOS _amp_#8722;/_amp_#8722; _amp_#8722 _amp_#8722 /mSOD1 mSOD1 G93A mice ( Facchinetti et 
17555556nNOSnNOS2.2Additionally up-regulation of nNOS was required in this Fas-triggered motoneuron death ( Raoul et 
18246426NOSNOS2.7is synthesized from l -arginine by nitric oxide synthase (NOS) NOS 22 23 
18246426NOSNOS2.7Within the CNS two isoforms of NOS exist calcium dependent neuronal form (nNOS) nNOS and inducible calcium 
18246426nNOSnNOS2.7two isoforms of NOS exist calcium dependent neuronal form (nNOS) nNOS and inducible calcium independent form (iNOS) iNOS 
18246426nNOSnNOS2.7Under normal conditions neurons containing nNOS release relatively small quantities of NO which has neurotransmitter like 
18246426NOSNOS2.7Considering that NO levels correlate closely with the activity of NOS in brain 34 the pronounced increases found in ALS patients 
18513389NOSNOS1.2For NOS variants the position -922 in the promoter region was never 
18513389NOSNOS1.2already been picked up by the systems e.g for PON1 NOS and TNF 
18513389NOSNOS1.2the involvement of oxidative stress as well as angiogenesis (NOS) NOS and immune response (TNF) TNF pathways 
16510725neuronal nitric oxide synthaseneuronal nitric oxide synthase1.0fas triggers cell death in embryonic motoneurons by a pathway requiring upregulation of neuronal nitric oxide synthase and involving daxx apoptosis signal regulated kinase 1 and p38 as well as the fadd/caspase 8 pathway raoul et al. 2002 alpha upregulates fasl pinkoski et al. 2002 alpha immunostaining was found in th 
17555556neuronal nitric oxide synthaseneuronal nitric oxide synthase1.0although two earlier reports demonstrated that gene deletion of inos or neuronal nitric oxide synthase nnos does not alter motoneuron disease in double transgenic inos _amp_#8722;/_amp_#8722; /msod1 g93a or nnos _amp_#8722;/_amp_#8722; /msod1 g93a mice facchinetti et al 1999 ; son et al 2001 a recent