HUGO ID Detailed Result 1991

PMID	Match String	Actual String	Score	Flanking text	Edited by	Edit
11978481	creatine kinase	creatine kinase	1.0	prior studies showed that glutamine synthetase and creatine kinase are particularly vulnerable to oxidative damage [ 12 and 20 ].
11978481	creatine kinase	creatine kinase	1.0	creatine kinase is another key intracellular enzyme regulating energy metabolism that is nitrated and inactivated by peroxynitrite [ 25 ].
11978481	creatine kinase	creatine kinase	1.0	there were also significant decreases in glutamine synthetase and creatine kinase activity and alterations in spin labeled synaptosomes consistent with oxidative damage.
11978481	creatine kinase	creatine kinase	1.0	we found significant decreases in creatine kinase activity in the transgenic als mice that were mimicked by exposure of brain extracts of peroxynitrite [ 63 ].
15031734	creatine kinase	creatine kinase	1.0	all four bases of dna are susceptible to oxidative damage involving hydroxylation 7 and significant protein carbonylation for example of creatine kinase and beta actin 2 and nitration is observed in ad brains whereas increased levels of 8 hydroxyguanine and 8 hydroxy 2 deoxyguanosine are observed in pd brains; the selective attack on guanine bases im
15031734	creatine kinase	creatine kinase	1.0	beta actin catalase creatine kinase frataxin glucose transporter type 3 glutathione peroxidase glutathione reductase mitogen activated protein kinase 1 sod alpha synuclein xanthine dehydrogenase
15896810	creatine kinase	creatine kinase	1.0	free metabolically active [adp] the major regulator of the oxidative phosphorylation can be calculated from the mrs data using the creatine kinase equilibrium expression [42] .
16624679	creatine kinase	creatine kinase	1.0	other putative components of this complex are the peripheral benzodiazepine receptor pbr creatine kinase ck hexokinase ii hk cyclophilin d cyp d and bax/bcl 2 like proteins bax bak bcl 2 .
17584954	creatine kinase	creatine kinase	1.0	in fact increased ros production following denervation is mirrored by decreases in surface hydrophobicity and enzymatic activity of glyceraldehyde 3 phosphate dehydrogenase and creatine kinase 64 possibly due to increased oxidative damage 63 .