TCDB » SEARCH

« See all members of the family

1.A.26.1.7 Ferrous iron and cobalt importer, FicI, of 454 aas and 5 C-termnal TMSs. FicI may be a secondary, energy-dependent carrier for iron uptake by S. oneidensis under high Fe²⁺ concentrations, but it can also take up cobalt (Bennett et al. 2018).
Accession Number:	Q8EAE0
Protein Name:	Magnesium transporter MgtE
Length:	454
Molecular Weight:	49452.00
Species:	Shewanella oneidensis (strain MR-1) [211586]
Number of TMSs:	5
Location¹ / Topology² / Orientation³:	Cell membrane¹ / Multi-pass membrane protein²
Substrate	cobalt(2+), iron(2+)

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

Predict TMSs (Predict number of transmembrane segments)

FASTA formatted sequence

1:	MPVQVSDSLQ VEHRLDQLSQ ALNSGMFVHV RQMLQNMASS DIALILESSP PKARQVLWQL 
61:	IDQDQLGDIL DELSEELKDP LIRAMSPERV AKATASMDTD DLAYILRSLP DTVYKQVLQS 
121:	MSLQNRQRVE QALSYPDETA GSLMNTDTVT LRPDVNIDVV LRYLRQRGNL PDTTDTLYVV 
181:	DKQDKVLGGV KLADLLTCDP NTPISSIIDT DIESIPVGMS DSEVAQLFER HDWVSAPVVD 
241:	SEGKLLGRIT IDDVVDVIRE DAEHSMMGMA GMDDDEDTFA PVVKSTLRRS LWLTINLFAA 
301:	LLAASVSNMF EGTIEQFATI AILMTIVPSM GGVAGNQTLA LVIRGIALGH IGQSNARWLI 
361:	GKELAIGFLN GLMWSILVFI AVLVWKDDIA LASLIGGAML INMTVAGLAG ASIPLILKRL 
421:	KVDPALAGGM VLTTVTDVIG LFAFLGLATL YLMH

1.A.26.1.7
Ferrous iron and cobalt importer, FicI, of 454 aas and 5 C-termnal TMSs. FicI may be a secondary, energy-dependent carrier for iron uptake by S. oneidensis under high Fe²⁺ concentrations, but it can also take up cobalt (Bennett et al. 2018).

Cross database links:

External Searches:

Analyze:

1.A.26.1.7Ferrous iron and cobalt importer, FicI, of 454 aas and 5 C-termnal TMSs. FicI may be a secondary, energy-dependent carrier for iron uptake by S. oneidensis under high Fe2+ concentrations, but it can also take up cobalt (Bennett et al. 2018).

Cross database links:

External Searches:

Analyze:

1.A.26.1.7
Ferrous iron and cobalt importer, FicI, of 454 aas and 5 C-termnal TMSs. FicI may be a secondary, energy-dependent carrier for iron uptake by S. oneidensis under high Fe²⁺ concentrations, but it can also take up cobalt (Bennett et al. 2018).