HUGO ID Detailed Result 9593

PMID	Match String	Actual String	Score	Flanking text	Edited by	Edit
16647138	EP1	EP1	1.2	The interaction of PGE 2 with a nuclear EP1 receptor also results in calcium mobilization and gene transcription (
16647138	EP1	EP1	1.2	Collective evidence suggests that cross talk between NMDA and EP1 receptors and generation of AA metabolites may regulate gene expression
16647138	EP1	EP1	1.2	PGE 2 mediated through the EP1 receptor has a possible role in the spinal cord (
16647138	EP1	EP1	1.2	EP1 receptors are coupled to calcium ion mobilization and their activation
16647138	EP1	EP1	1.2	(1994a) 1994a reported that an EP1 receptor antagonist dose-dependently antagonized PGE 2 -induced allodynia in the
16647138	EP1	EP1	1.2	(2004) 2004 demonstrated that a highly selective EP1 receptor antagonist ONO-8711 markedly suppressed PGE 2 -induced Ca 2
16647138	EP1	EP1	1.2	In addition hybridization in situ revealed EP1 receptor signals in the dorsal root ganglion (DRG) DRG neurons
16647138	EP1	EP1	1.2	DRG neurons but not in the spinal cord indicating that EP1 receptor mRNA is located at the terminals of DRG afferent
16647138	EP1	EP1	1.2	The EP1 antagonist also reduced mechanical allodynia induced by von Frey filaments
16647138	EP1	EP1	1.2	EP1 and EP3 agonists had little effect on membrane currents confirming
16647138	EP1	EP1	1.2	Mice lacking EP1 EP2 and EP4 receptors responded to PGE 2 injections with
16647138	EP1	EP1	1.2	(2001) 2001 proposed a role for the EP1 receptor in pain perception
16647138	EP1	EP1	1.2	EP1 _amp_#x2212;/_amp_#x2212; _amp_#x2212 _amp_#x2212 mice were healthy and fertile but with
16647138	EP1	EP1	1.2	The observation that both EP1 and IP receptors ( Oida et al. 1995 are expressed
16647138	EP1	EP1	1.2	to note that in addition to IP mRNA mRNAs for EP1 EP3 and EP4 were expressed in about 30% 50% and
16647138	EP1	EP1	1.2	30% 50% and 20% of the IP-receptor-positive neurons coexpressing the EP1 EP3 and EP4 receptor respectively ( Oida et al. 1995
16647138	EP1	EP1	1.2	Prostaglandin EP1 receptors may be essential for the neurotoxic effects of COX-2-derived
16647138	EP1	EP1	1.2	EP1 receptor activation by PGE 2 disrupts neuronal calcium homeostasis by
16647138	EP1	EP1	1.2	Pharmacological inhibition or gene inactivation of EP1 receptors reduces brain injury induced by middle cerebral artery occlusion
17574754	EP1	EP1	0.3	2 EP receptor family where there are four subtypes (EP1, EP1 EP2 EP3 and EP4 and for the PGD 2 DP
17574754	EP1	EP1	0.3	A toxic effect of the PGE 2 EP1 receptor has been demonstrated in a model of focal ischemia
17574754	EP1	EP1	0.3	has been demonstrated in a model of focal ischemia where EP1 impairs the Na _amp_#x2013 Ca 2 exchange critical in maintaining