Gene Sbal223_2658 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagSbal223_2658 
Symbol 
ID7089943 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameShewanella baltica OS223 
KingdomBacteria 
Replicon accessionNC_011663 
Strand
Start bp3125270 
End bp3126829 
Gene Length1560 bp 
Protein Length519 aa 
Translation table11 
GC content47% 
IMG OID643461547 
Productsulphate transporter 
Protein accessionYP_002358571 
Protein GI217973820 
COG category[P] Inorganic ion transport and metabolism 
COG ID[COG0659] Sulfate permease and related transporters (MFS superfamily) 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones
Plasmid unclonability p-value6.74443e-06 
Plasmid hitchhikingNo 
Plasmid clonabilitydecreased coverage 
 

Fosmid Coverage information

Num covering fosmid clones11 
Fosmid unclonability p-value0.00128073 
Fosmid HitchhikerYes 
Fosmid clonabilityhitchhiker 
 

Sequence

Gene sequence
ATGTTTGATC TCATTCGCCA CAAAACGTCT AGCCATAAAG CCGATGTGCT TTCAGGGCTA 
ACAGTTGCAC TTGCGCTTAT CCCAGAAGCG GTCGCATTTG CCTTTGTCGC CCATGTAGAG
CCTATGGTTG GACTTTATGC CGCCTTTATC ATGGGACTTA TCACGGCACT GATTGGTGGC
CGTCCAGGGA TGATTTCGGG CGCGACAGGC GCGATGGCCG TTGTCATGGT GTCTTTGGTC
GTAGAGCACG GTGTCCAATA TTTATTTGCT GCCGTAGTCT TAGCGGGACT CATCCAGATC
TCAGCTGGGG TATGTAAACT CGGTAAATTT ATTCGGATTG TGCCCTATCC CGTCATGATT
GGCTTTGTGA ATGGTCTGGC GATTGTGATT TTCCTCGCCC AGCTAGGTCA GTTTAAGGTC
AAGGATGCCA GCGGAAACTT AGTCTGGTTG CCGCAAGAAC CATTAATGCT GATGTTAGGC
TTAGTGGCAC TGACGATGGC TATCATTTAT TTTTTGCCTA AGCTCACCAC AGCAGTGCCT
TCATCACTAG TCGCAATCCT CACTGTGACG GCAATTGTCG TCGGACTCGA TCTTGATACT
CGTAATGTCC TCGACTTCCT AAAAACCATG AGTGGTAATG ACAATGCGAC GATAGCGGGT
TCATTACCTA GCTTTGCGAT TCCCTCTGTG CCTTTTAATC TTGAAACCTT ATATATCATC
CTGCCCTACT CCTGCATCTT AGCGGCTGTT GGTCTTATCG AATCACTGCT GACATTAACT
GTGATAGATG AGATGACCAA TACCCGTGGT CGCAGCAACA AAGAATGCGT CGGCCAAGGT
CTTGGGAACA TCACCAGCGG CTTCTTCGGC GCTATGGGTG GTTGTGCCAT GATAGGTCAA
TCGATGATTA ACATTAACTC GGGTGGACGC GGCCGATTAT CAGGAATTAC TGCAGCAGTC
GCCCTGCTTG CCTTTATCTT ATTTGGCGCT TCATTTATTG AGATAATCCC ACTTGCGGCG
CTAGTTGGGG TGATGTTTAT CGTTGTGCTC GGCACCTTTG AATGGGCAAG CTTTAAGTTT
ATGGGCAAGG TCCCGAAACA TGATGCTTTC GTTATCGTGC TAGTGACGAC GGTAACCGTA
TTTACCGATC TGGCATTTGC GGTATTTGTC GGCGTAATCG TTTCAGCCTT AGTCTTTGCC
TGGGAACATG CCAAGCATAT TAATGTGACG GAAGAGCAGA ATGAGCAAGG CTGGAAAGTC
TATAAACTCA ATGGCCCATT GTTTTTCGGC TCAATTGCGA ACTTCCTCGA GCTATTTGAC
CCATCAAAAG ATCCACAAGA TGTGGTTATC GACTTTAAGA ACTCTCGGGT TGCCGATCAT
TCCGCATTGG AAGCAATAGA CACGCTCGCT GAACGTTATG TCAATGCAGG TAAGAAGTTG
CACTTGATCC ACTTAAGCGC TGACTGTAAA GCACTGCTGC ATAAAGCGGG AAATCTTGTC
GAAGTGAATC AACTCGATGA TCCTCACTAT AAAGTGGCCG ATGATAAGCT GGATTCGTAA
 
Protein sequence
MFDLIRHKTS SHKADVLSGL TVALALIPEA VAFAFVAHVE PMVGLYAAFI MGLITALIGG 
RPGMISGATG AMAVVMVSLV VEHGVQYLFA AVVLAGLIQI SAGVCKLGKF IRIVPYPVMI
GFVNGLAIVI FLAQLGQFKV KDASGNLVWL PQEPLMLMLG LVALTMAIIY FLPKLTTAVP
SSLVAILTVT AIVVGLDLDT RNVLDFLKTM SGNDNATIAG SLPSFAIPSV PFNLETLYII
LPYSCILAAV GLIESLLTLT VIDEMTNTRG RSNKECVGQG LGNITSGFFG AMGGCAMIGQ
SMININSGGR GRLSGITAAV ALLAFILFGA SFIEIIPLAA LVGVMFIVVL GTFEWASFKF
MGKVPKHDAF VIVLVTTVTV FTDLAFAVFV GVIVSALVFA WEHAKHINVT EEQNEQGWKV
YKLNGPLFFG SIANFLELFD PSKDPQDVVI DFKNSRVADH SALEAIDTLA ERYVNAGKKL
HLIHLSADCK ALLHKAGNLV EVNQLDDPHY KVADDKLDS