TCDB » SEARCH

« See all members of the family

3.D.7.1.4 Cytoplasmic adenylylsulfate reductase, ApsAB, with its associated electron transfer protein complex, QmoABC which may take electrons from a periplasmic electron donor or from the membrane quinone pool (Zane et al. 2010; Bertran et al. 2018).
Accession Number:	ABM29151
Protein Name:	ABM29151.1 putative adenylylsulfate reductase-associated electron transfer protein QmoA [Desulfovibrio vulgaris DP4]
Length:	413
Molecular Weight:
Species:	Desulfovibrio vulgaris DP4 [391774]
Substrate

UniProt (Universal Protein Resource)
CDD Search (Conserved Domain Database)

Predict TMSs (Predict number of transmembrane segments)

FASTA formatted sequence

1:	MSNSILVVGG GFSGLTAAIE AAEVGYEVFI VEKSPFLGGR VAQLNKYFPK LCPPSCGLEI 
61:	QFQRIKKNPN IKFFTQAQVT AVKGEKGNYT VSVRIEPRHT VPNSADLSML AGALEGEVEN 
121:	EFELGLAKRK PLYLSTPFAF PNRYVLDKNA LSQADQLKVG ASAFCDLNEG PREIELSVGS 
181:	IVLATGWKPY DVTNLSNLGA GKIANCVSNM QLERLAAACG PTKGAITRPG DGKSPRKIAF 
241:	VQCAGSRDQN HLNFCSYICC MASLKQALYV REQYPDAEVT VYYIDLRTPG RYDKFMRKVR 
301:	ADEKISLVKG KVAGVEEDTA TGDVIVEVED AVKGEKRKVR YDMVVLATGM QPSLAGQKLP 
361:	FDVPVDEDGF IVGGEEKGIF AAGCAQKPLD VMRSAQSGTS AALKAIQTVR GR

3.D.7.1.4
Cytoplasmic adenylylsulfate reductase, ApsAB, with its associated electron transfer protein complex, QmoABC which may take electrons from a periplasmic electron donor or from the membrane quinone pool (Zane et al. 2010; Bertran et al. 2018).

Cross database links:

External Searches:

Analyze:

3.D.7.1.4Cytoplasmic adenylylsulfate reductase, ApsAB, with its associated electron transfer protein complex, QmoABC which may take electrons from a periplasmic electron donor or from the membrane quinone pool (Zane et al. 2010; Bertran et al. 2018).

Cross database links:

External Searches:

Analyze:

3.D.7.1.4
Cytoplasmic adenylylsulfate reductase, ApsAB, with its associated electron transfer protein complex, QmoABC which may take electrons from a periplasmic electron donor or from the membrane quinone pool (Zane et al. 2010; Bertran et al. 2018).