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3.D.1.9.2 Hydrogenase 3, Hyc. Catalyzes H₂ production coupled to H⁺ export (Bagramyan et al., 2002). The HycC and HycD proteins span the membrane multiple times; FdhF is a molybdenum-dependent formate dehydrogenase while HycE (Hyd-3) is a NiFe hydrogenase (McDowall et al. 2014).
Accession Number:	P0AAK3
Protein Name:	Formate hydrogenlyase subunit 2
Length:	203
Molecular Weight:	21873.00
Species:	Shigella flexneri [623]
Substrate	hydron

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FASTA formatted sequence

1:	MNRFVIADST LCIGCHTCEA ACSETHRQHG LQSMPRLRVM LNEKESAPQL CHHCEDAPCA 
61:	VVCPVNAITR VDGAVQLNES LCVSCKLCGI ACPFGAIEFS GSRPLDIPAN ANTPKAPPAP 
121:	PAPARVSTLL DWVPGIRAIA VKCDLCSFDE QGPACVRMCP TKALHLVDNT DIARVSKRKR 
181:	ELTFNTDFGD LTLFQQAQSG EAK

3.D.1.9.2
Hydrogenase 3, Hyc. Catalyzes H₂ production coupled to H⁺ export (Bagramyan et al., 2002). The HycC and HycD proteins span the membrane multiple times; FdhF is a molybdenum-dependent formate dehydrogenase while HycE (Hyd-3) is a NiFe hydrogenase (McDowall et al. 2014).

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3.D.1.9.2Hydrogenase 3, Hyc. Catalyzes H2 production coupled to H+ export (Bagramyan et al., 2002). The HycC and HycD proteins span the membrane multiple times; FdhF is a molybdenum-dependent formate dehydrogenase while HycE (Hyd-3) is a NiFe hydrogenase (McDowall et al. 2014).

Cross database links:

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3.D.1.9.2
Hydrogenase 3, Hyc. Catalyzes H₂ production coupled to H⁺ export (Bagramyan et al., 2002). The HycC and HycD proteins span the membrane multiple times; FdhF is a molybdenum-dependent formate dehydrogenase while HycE (Hyd-3) is a NiFe hydrogenase (McDowall et al. 2014).