HUGO ID Detailed Result 11917


HUGO ID 11917
Symbol TNFRSF1B
Name tumor necrosis factor receptor superfamily, member 1B
#Occurrence 63
#Paper 1

 


PMID Match String Actual String Score Flanking text Edited by Edit
17634371p75p752.1factor (NGF) NGF can induce apoptosis by signaling through the p75 neurotrophin receptor (p75 p75 in several nerve cell populations 
17634371p75p752.1induce apoptosis by signaling through the p75 neurotrophin receptor (p75 p75 in several nerve cell populations 
17634371p75p752.1Cultured embryonic motor neurons expressing p75 are not vulnerable to NGF unless they are exposed to 
17634371p75p752.1In the present study we show that p75 -mediated apoptosis in motor neurons involved neutral sphingomyelinase activation increased 
17634371p75p752.1Together our data indicate that p75 -mediated motor neuron apoptosis involves ceramide-dependent increased mitochondrial superoxide production 
17634371p75p752.1amyotrophic lateral sclerosis mitochondria motor neurons nerve growth factor Nrf2 p75 superoxide 
17634371p75p752.1nonhomologous transmembrane receptors the tyrosine kinase receptor TrkA and the p75 neurotrophin receptor (p75 p75 p75 is a member of the 
17634371p75p752.1tyrosine kinase receptor TrkA and the p75 neurotrophin receptor (p75 p75 p75 is a member of the tumor necrosis factor receptor 
17634371p75p752.1kinase receptor TrkA and the p75 neurotrophin receptor (p75 p75 p75 is a member of the tumor necrosis factor receptor superfamily 
17634371p75p752.1be unresponsive to NGF because they lack both TrkA and p75 receptors (Henderson Henderson et al. 1993 Yan et al. 1993 
17634371p75p752.1However adult motor neurons can reexpress p75 after nerve injury (Koliatsos Koliatsos et al. 1991 Rende et 
17634371p75p752.1Induction of p75 renders motor neurons vulnerable to NGF-induced apoptosis p75 has been 
17634371p75p752.1Induction of p75 renders motor neurons vulnerable to NGF-induced apoptosis p75 has been implicated in motor neuron death occurring in transgenic 
17634371p75p752.1Pure motor neuron cultures expressing p75 are sensitive to NGF-induced apoptosis only when physiological concentrations of 
17634371p75p752.1These motor neurons also become immunoreactive for nitrotyrosine suggesting that p75 activation may be inducing a source of superoxide that converts 
17634371p75p752.1Astrocytes can protect motor neurons against p75 -induced apoptosis by the activation of the transcription factor nuclear 
17634371p75p752.1Thus the signaling pathway induced by p75 and its final outcome differs depending on the cell type 
17634371p75p752.1Ceramide production may also be a mediator of p75 -induced apoptosis (Dobrowsky Dobrowsky et al. 1994 Casaccia-Bonnefil et al. 
17634371p75p752.1We have previously shown that p75 -induced motor neuron death involves increased production of ROS and 
17634371p75p752.1However the source of the increased ROS production induced by p75 activation in motor neurons is currently unknown 
17634371p75p752.1the present study we investigated the apoptotic pathway mediated by p75 in motor neurons and the impact of ALS-linked SOD1 expression 
17634371p75p752.1neurons overexpressing ALS-linked SOD1 mutation showed greater susceptibility to the p75 -activated apoptotic pathway which was associated to decreased Nrf2 expression 
17634371p75p752.1Blocking antibodies to NGF and p75 were from Chemicon (Temecula, Temecula CA 
17634371p75p752.1gradient centrifugation and immunopanning with the monoclonal antibody IgG192 against p75 as described previously (Henderson Henderson et al. 1995 
17634371p75p752.1Treatment with antisense oligonucleotides to downregulate p75 expression in motor neurons was performed as described previously (Pehar 
17634371p75p752.1To determine the efficiency of uptake cultures were incubated with p75 antisense oligonucleotides with a 5' 56-FAM fluorescent label 
17634371p75p752.1Sequences used were as follows p75 antisense 5'-ACCTGCCCTCCTCATTGCA-3' and p75 missense 5'-CTCCCACTCGTCATTCGAC-3' (Florez-McClure Florez-McClure et al. 
17634371p75p752.1Sequences used were as follows p75 antisense 5'-ACCTGCCCTCCTCATTGCA-3' and p75 missense 5'-CTCCCACTCGTCATTCGAC-3' (Florez-McClure Florez-McClure et al. 2004 
17634371p75p752.1sequence has previously been shown to be effective at inhibiting p75 -induced apoptosis in motor neurons both in vivo and in 
17634371p75p752.1(405 405 bp actin 5'-CATGAAGATCCTGACCGAGCGTG-3' and 5'-TCTGCTGGAAGGTGGACAGTGAGG-3' (497 497 bp p75 primers were from Promega (Madison, Madison WI 
17634371p75p752.1as a central component of the apoptotic pathway mediated by p75 in other cell types we examined its role in p75 
17634371p75p752.1p75 in other cell types we examined its role in p75 -mediated motor neuron apoptosis 
17634371p75p752.1indicate the involvement of ceramide production by nSMase activation in p75 -mediated motor neuron apoptosis 
17634371p75p752.1Reexpression of p75 under pathological conditions renders motor neurons vulnerable to NGF (Ferri 
17634371p75p752.1In the present study we show that the NGF/p75 NGF p75 -mediated motor neuron apoptosis involved increased production of mitochondrial superoxide 
17634371p75p752.1In accordance pharmacological activation of Nrf2 prevented NGF/p75 NGF p75 -induced motor neuron apoptosis suggesting a potential target to counteract 
17634371p75p752.1-induced motor neuron apoptosis suggesting a potential target to counteract p75 -mediated motor neuron death occurring in pathological conditions 
17634371p75p752.1p75 induces cell death by activating different signaling pathways depending on 
17634371p75p752.1et al 1998 Raoul et al. 2002 the mechanism of p75 -induced apoptosis in motor neurons involves downstream production of nitric 
17634371p75p752.1In the present study we found that the p75 apoptotic pathway in motor neurons involved increased ceramide production and 
17634371p75p752.1Hertel 1998 Brann et al. 2002 Bhakar et al. 2003 p75 -induced ceramide generation in motor neurons was mediated by activation 
17634371p75p752.1A similar p75 -mediated apoptotic pathway was described previously in hippocampal neurons involving 
17634371p75p752.1However in p75 -expressing NIH-3T3 and PC12 cell lines the acid isoform of 
17634371p75p752.1of SMase has been implicated in ceramide production induced by p75 signaling (Dobrowsky Dobrowsky and Carter 1998 
17634371p75p752.1Thus it seems that p75 is able to activate different SMases depending on the cell 
17634371p75p752.1Therefore NGF signaling through p75 and the subsequent increase in ceramide production may also modulate 
17634371p75p752.1In motor neurons ceramide generation induced by p75 signaling increased superoxide production by mitochondria as evidenced by oxidation 
17634371p75p752.1scavengers completely prevent motor neuron death induced by NGF through p75 (Pehar Pehar et al. 2004 
17634371p75p752.1mitochondrial oxidative damage and neuronal death induced by NGF/p75 NGF p75 -signaling in vivo 
17634371p75p752.1that transgenic SOD1 motor neurons also show increased susceptibility to p75 -mediated apoptosis 
17634371p75p752.1to NGF-induced apoptosis was not mediated by increased expression of p75 or nNOS mRNA 
17634371p75p752.1Together our results suggest a critical modulation of the p75 -apoptotic pathway in motor neurons that is specifically regulated by 
17634371p75p752.1of motor neuron death occurring in neuropathological conditions involving either p75 - or Fas-apoptotic signaling 
17634371p75p752.1cultures preincubated for 24 h with antisense oligonucleotides to downregulate p75 expression or GW4869 (100 100 n M 
17634371p75p752.1increase in mito-HE fluorescence emission was prevented by downregulation of p75 expression by antisense treatment or preincubation of motor neurons with 
17634371p75p752.1Fig 2 A suggesting that increased production by mitochondria follows p75 and nSMase activation 
17634371p75p752.1B strengthening the role of ROS production by mitochondria in p75 -mediated motor neuron apoptosis 
17634371p75p752.1SOD1 -expressing motor neurons was prevented by blocking antibodies to p75 (93 93 _amp_#177 6% of control 
17634371p75p752.1The effectiveness of the p75 blocking antibodies to prevent signaling through p75 in motor neuron 
17634371p75p752.1effectiveness of the p75 blocking antibodies to prevent signaling through p75 in motor neuron cultures has been previously established (Pehar Pehar 
17634371p75p752.1Moreover p75 -mediated apoptosis in SOD1 motor neurons was prevented by nSMase 
17634371p75p752.1to NGF could not be explained by differential expression of p75 or nNOS 
17634371p75p752.1No significant difference was observed in p75 and nNOS mRNA expression levels between nontransgenic and SOD1 motor