HUGO ID Detailed Result 11121

PMID	Match String	Actual String	Score	Flanking text	Edited by	Edit
17634371	nSMase	nSMase	1.9	We show that this pathway involved neutral sphingomyelinase (nSMase) nSMase activation and increased mitochondrial superoxide production
17634371	nSMase	nSMase	1.9	M and GW4869 (100 100 n M specific inhibitors of nSMase (Arenz Arenz et al. 2001 Luberto et al. 2002 (
17634371	nSMase	nSMase	1.9	These results indicate the involvement of ceramide production by nSMase activation in p75 -mediated motor neuron apoptosis
17634371	nSMase	nSMase	1.9	-mediated apoptotic pathway was described previously in hippocampal neurons involving nSMase activation increased ceramide generation and subsequent JNK activation (Brann Brann
17634371	nSMase	nSMase	1.9	NGF-induced apoptosis in motor neurons involves nSMase activation and triggers cytochrome c release from mitochondria
17634371	nSMase	nSMase	1.9	Immunofluorescence studies revealed that nSMase activation was followed by cytochrome c release from mitochondria (
17634371	nSMase	nSMase	1.9	of nitric oxide was prevented by the addition of the nSMase inhibitor GW4869 ( Fig 1 C indicating that cytochrome c
17634371	nSMase	nSMase	1.9	by antisense treatment or preincubation of motor neurons with the nSMase inhibitor GW4869 (100 100 n M ( Fig 2 A
17634371	nSMase	nSMase	1.9	A suggesting that increased production by mitochondria follows p75 and nSMase activation
17634371	nSMase	nSMase	1.9	p75 -mediated apoptosis in SOD1 motor neurons was prevented by nSMase inhibitors ( Fig 3 B and involved mitochondrial production and