1.12.7.2	0.004	-	hydrogen oxidation, benzyl viologen as electron acceptor	439652	
1.12.7.2	0.02	-	hydrogen production, oxidized ferredoxin as electron donor, hydrogenase II	439641	
1.12.7.2	0.107	-	crude extract	688848	
1.12.7.2	0.2	-	sulfur reduction, hydrogenase II	439641	
1.12.7.2	0.26	-	crude extract	704088	
1.12.7.2	0.69	-	hydrogen oxidation, methylene blue as electron acceptor	439663	
1.12.7.2	0.98	-	hydrogen production, sodium dithionite as electron donor, hydrogenase II	439641	
1.12.7.2	3.5	-	hydrogen production, methyl viologen as electron donor, hydrogenase II	439671	
1.12.7.2	5	-	hydrogen evolution	439675	
1.12.7.2	6.02	-	hydrogen oxidation, methylene blue as electron acceptor	439660	
1.12.7.2	7.8	-	hydrogen oxidation, phenosafranine as electron acceptor	439663	
1.12.7.2	9.4	-	hydrogen evolution, reduced methyl viologen as electron donor	439652	
1.12.7.2	11	-	hydrogen oxidation, methyl viologen as electron acceptor, hydrogenase II	439641	
1.12.7.2	11	-	hydrogen production, methylene blue as electron donor, hydrogenase I	439670	
1.12.7.2	19.8	-	hydrogen oxidation, benzyl viologen as electron acceptor	439659	
1.12.7.2	28	-	recombinant, purified enzyme	684643	
1.12.7.2	38.5	-	reduction of metronidiazole	656734	
1.12.7.2	40	-	hydrogen production, methyl viologen as electron donor, hydrogenase II	439641	
1.12.7.2	45	-	hydrogen production, methyl viologen as electron donor	439663	
1.12.7.2	50	-	after 467.2fold purification	688848	
1.12.7.2	50	-	hydrogen oxidation, ferredoxin as electron acceptor	439643	
1.12.7.2	53	-	hydrogen oxidation, methyl viologen as electron acceptor	439643	
1.12.7.2	61	-	hydrogen oxidation, methylene blue as electron acceptor, hydrogenase I	439670	
1.12.7.2	75.7	-	hydrogen evolution, reduced methyl viologen as electron donor	439654	
1.12.7.2	89	-	hydrogen production, methyl viologen as electron donor	439657	
1.12.7.2	90	-	hydrogen evolution, ferredoxin as electron donor	439643	
1.12.7.2	94	-	hydrogen mediated selenite reduction	439661	
1.12.7.2	96	-	hydrogen oxidation, benzyl viologen as electron acceptor	439663	
1.12.7.2	98.6	-	hydrogen oxidation, methyl viologen as electron acceptor	439661	
1.12.7.2	120	-	hydrogen oxidation, methyl viologen as electron acceptor	439663	
1.12.7.2	121	-	hydrogen oxidation	439673	
1.12.7.2	123	-	hydrogen oxidation, methylene blue as electron acceptor	439643	
1.12.7.2	131	-	hydrogen oxidation, benzyl viologen as electron acceptor, hydrogenase II	439641	
1.12.7.2	174	-	hydrogen oxidation, benzyl viologen as electron acceptor	439657	
1.12.7.2	210	-	hydrogen oxidation, benzyl viologen as electron acceptor	439643	
1.12.7.2	335	-	1284fold purified enzyme	704088	
1.12.7.2	391	-	reduction of methyl viologen	656734	
1.12.7.2	400	-	hydrogen oxidation, methyl viologen as electron acceptor	439679	
1.12.7.2	510	-	reaction with methyl viologen	439677	
1.12.7.2	700	-	hydrogen evolution	439650	
1.12.7.2	935	-	hydrogen production, reduced methyl viologen as electron donor	439665	
1.12.7.2	1260	-	oxidation of methyl viologen	656734	
1.12.7.2	1470	-	after addition of 1 M NaCl, reaction with methyl viologen	439677	
1.12.7.2	1800	-	hydrogen production, ferredoxin as electron donor	439672	
1.12.7.2	2998	-	hydrogen oxidation, methylene blue as electron acceptor, hydrogenase II	439670	
1.12.7.2	4000	-	hydrogen evolution, ferredoxin and 1 mM methyl viologen as electron donors	439682	
1.12.7.2	17600	-	hydrogen oxidation, methylene blue as electron acceptor, hydrogenase II	439671