HUGO ID Detailed Result 20374

PMID	Match String	Actual String	Score	Flanking text	Edited by	Edit
11679167	GSH1	GSH1	1.5	The disruption of GSH1 gene encoding the rate-limiting enzyme of glutathione biosynthesis increases hydrogen
11679167	GSH1	gsh1	1.5	its role in oxidative stress resistance as suppressors of the gsh1 mutation that decreased the rate of generation of petites did
11679167	GSH1	GSH1	1.5	is also correlated with glutathione levels as the expression of GSH1 and GSH2 genes coding for the two enzymes involved in
11562447	gsh 1	gsh 1	1.0	concentration of the drugs were as follows: 5 mm gsh 1.25 mm nac 1 mm uric acid 1 mm bsa 1 mm dtt 200 microm desferrioxamine deferriox and 1 mm melatonin.
11562447	gsh 1	gsh 1	1.0	concentrations of protectors were for the high affinity choline uptake protection assay a : 5 mm gsh 1 mm nac 1 mm dtt 0.5 mm uric acid 1 mm bsa 200 microm desferrioxamine desfer. 1 mm melatonin melat. ; and for chat activity protection assay b : 5 mm gsh 5 mm nac 1 mm dtt 1 mm uric acid 1 mm bsa 200
11562447	gsh 1	gsh 1	1.0	synaptosomes were pretreated with the following thioreductants: 5 mm glutathione gsh 1.25 mm n acetylcysteine nac and 1 mm dithiothreitol dtt ; and with the following antioxidants: 1 mm uric acid 1 mm melatonin 0.2 mm desferrioxamine and 1 mm bsa for 30 min before the addition of 1 mm
11679167	gsh 1	gsh1	1.0	the disruption of gsh1 gene encoding the rate limiting enzyme of glutathione biosynthesis increases hydrogen peroxide sensitivity but also leads to a high frequency of petite respiration deficient cell generation.
11679167	gsh 1	gsh1	1.0	the function of glutathione in the protection of the mtdna is independent of its role in oxidative stress resistance as suppressors of the gsh1 mutation that decreased the rate of generation of petites did not increase hydrogen peroxide resistance of gsh 1_amp_#x394; cells lee et al. 2001 .
11679167	gsh 1	gsh1	1.0	the oxygen heat shock association is also correlated with glutathione levels as the expression of gsh1 and gsh2 genes coding for the two enzymes involved in glutathione synthesis is induced by a sublethal heat shock under aerobic but not anaerobic conditions sugiyama et al. 2000a .