| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_2969 |
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| Symbol | |
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| ID | 7089037 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Shewanella baltica OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | + |
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| Start bp | 3502617 |
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| End bp | 3505739 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 643461854 |
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| Product | hypothetical protein |
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| Protein accession | YP_002358878 |
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| Protein GI | 217974127 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3349] Uncharacterized conserved protein |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 15 |
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| Fosmid unclonability p-value | 0.0428222 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAAAAAC AGCGCCCCGA CTTTATTTAT CCCCAAGGCA GTATGTTGAT GCACTCCCCC
TTAGTGTTAA ATAAAGCCGA TATGTACGGT TTTTTTCTGA AGGGGAAACA GGCAACTCTC
CAACGCTCTA TCGATAAGAC CTTGAATCAA GTTGCCGGTA GTGCAATGTA TTTTAAAGTG
TTATCTCCCT ACGTACTGAC AACCTTCACT CAAATTGAAA AAGCCTACTC CGCGTATCCA
GAAGACAGAG CCAAGGGTTG GATCCAAGAA ACGGACATCA TCACTTGGGT CATGGTCGGG
CGCCAAGATA GCAGCGACAG CACACAAATT AGCCAAGTCT ATTTTCAGCC GCTCCACATT
TGGGTGAACG ATGCCATGGC CTTAATTAAT GGCCGTGAAC TCTTTGGTTA TCCTAAATAT
TTATGTGAAT ACACTATGCC AGCTGTGGGT GAGCCTCTGA CGCGATTATC GCTTGCTGCC
AAAAGTTTTT TACATTTTTC GCCAGAAACT GAACTCGCCC TGCATCCATT GATTGAAGTG
AATTGCGATG CCAAACCCGA GGCGCAGCTT TCCACCCTTG AAGCGATAAC CCAAACCTGG
CAACTCTTTA AAGAACAAAC CGATTTCATC CCAGAGCTCG ACCAGCTTGG CGAAGAGCAG
CTATTTCATC TGCTATTTAA ACCCGCAATC GATCAAGTAT TTCTAAAGCA GTTCCCCGAC
TCATCTGGGC AAAAAGCCGT TTATCAAGCC ATCGTCGCCG CACCTGCCCA AGTGAATAAA
GTGCACAGTG TTGCCCTGCT CAAAAATGAT TTTGTCGCGA CCATTTTTGA TAATGCCAGC
TTCCCGCTAA AGGAAACCTT AGGCGTCGAG ATTGGCGAGC AGCATGTCTT ACTGCCTTAC
CATGTGAACT TTGATTTTGA AGTGCCGCCC GGTGAAGTAT TAGTCGATAA CTCCGAAATC
AAAAAACAGA AAATAGCCAT TCTCGGTGGC GGTGTCGCGG CCATGACCGC AGCCTGTTAT
CTGACCGACA AACCCGGCTG GCAGAATCAA TATGAGATTG ATGTCTATCA ACTCGGCTGG
CGTATCGGCG GCAAAGGGGC AAGTGGCCGC AATGCTGCAA TGGGACAACG CATTGAAGAA
CATGGATTAC ATATTTGGTT TGGTTTCTAT CAAAACGCGT TTGCCCTAAT GCGTAAAGCG
TATGAAGAAT TAGATAGGCC AGCAGACGCG CCGCTCGCGA CCTTTTTTGA TGCCTTTAAA
CCCCATAACT TCATCGTATT ACAGGAAGAG ATCGATGGCC GATCGGTAAG CTGGCCAATC
ACTTTCCCGA TGCTACCCGG CATCCCTGGT GATGGCACCG AAACCCTCAC CTTTTGGAAA
GTCGTTAAAG TCGCCTTTGC GTGGATAAAG GAATGGCTCA AGGACATGGA TGACTTGCTT
GATGCCGATG AAAAAGCCAT GGGAACACCT AAAAACTGGC TCGATAGCAG CTGGTTTGAA
CGCTTAAAAG ATAAGTTAGA GGATTCAGTC GAAGATGCCA AAGAATCACT CGACGCGCTC
GGCGATAAGC TCGAATGCCA TTTCAATCAA ATGATTGGCC GCGAGTGCGA TGAGCATGTC
CACAGTGAAA GTGACGATGG CTTTGTGGAA TCGGCCGTTG ATGCCCTCCA TAAACGACTC
GTCAAACGCT TTAGCGGCCA TTTAGATAAC AATGACGAAC TGCGCCACTT GTACATCGCC
GCCGATCTGG GACTTACGAT ACTCAAGGGC ATGTTTGCCG ATGATGTGTT TGAAAAAGGT
TTCGATGCCA TCAATGGTTA TGATTACCGC GAATGGTTAA CCAAACACGG CGCCAGCCTT
AATTACACAG TCGACAGCGC CCCCGTGCGT GGTTTTTACG ACTTAGTCTT CGCCTATGAA
AAAGGCAACT TCGACAAACC CAATGTCGAG GCGGGGACGA TTATCCGCTC TATGCTGCGT
ATCGCCCTGT GCTATCAAGG TGGCGTAATG TGGAAAATGC AGGCCGGCAT GGGCGATGTG
GTCTTTACGC CTTTCTACGA AGTGCTCAAA CGCCGAGGTG TCAACTTCCA CTACTTCAAT
CGCGTCGATA ATCTCGAATG CCGCAATCAA AGTATCCAAG CAATTGAAAT CACCGAGCAA
GTTGCCTTGG CATCGACAGT CACAAACTAC GATCCCTTGG TAGATGTTAA AGGTCTCGCC
TGCTGGCCGA GCACGCCCAA TTATGAGCAG CTTGAGCCTG AACAAGCGGC ACTGCTTAAA
GCCCATAATA TCAATCTGGA ACACTTCTGG AGCGATTGGG ACAGCGTATA TGAAACGCAC
TTTGGCAAAG CCCTACCGAA AAAGCGCTTA GTCAAAGGTG TGGATTTCGA CAAAGTCATC
TTCGGTCTTT CCATCGGTTC TGTGCCCCAT GTGGCGAGTG AAGTGATGGC ACAAAGCCCA
GCCCTCAAAC TTTGCGTTGA TAAGGTGCAA ACCGTTGCCA CTCAAGCCTA TCAACTGTGG
ATGAACCAAG ATCTTAATGG AATAGGCTGG CCAAATTATT CTGAAGATGG CGAGGAGCCA
GTATTATCAG GCTTCACCGA ACCCTACGAT ACTTGGGCAT CGATGAACCA ACTATTAGAT
AAAGAAGATT GGCGCGGTTT AGAACCTAAA AACGCCAGCT ACTTTTGCTC GGCATTACCT
GTCGAAGCCT ATCCGCCAAG CTCGGATGTG GATTTTCAAC AACGGAAAAC CTTAGAAGCT
AAAGCCGGTG CTATCCACCA GCTCAATACC GAAATCCATA AACTTTGGCA AAATGTCGGT
GATAGCTTCC CTTGGGAATG GCTACACGAT GAACAAAATC GTCAAGGCGT TGCCCGCTTC
GATAGCCAAT ATTGGCGTGC AAATGTGGAC CCATCCGAAC GTTATGTGTT GTCGGTTAAG
GACAGCTCGC GGTATCGCAT CACAACAGAT GGCACAGGGA TAGATAACTT GTATATGACG
GGCGATTGGA TAAAGACAGG CCTTAATGTG GGCTGCGTCG AAGCGGCGAC GATGGCGGGT
ATGCAAACAT CAAAAGCAAT ATCGGGTCAT CCCGTCTTGA TAAAGGGCGA GAAAGACTTC
TAA
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| Protein sequence | MEKQRPDFIY PQGSMLMHSP LVLNKADMYG FFLKGKQATL QRSIDKTLNQ VAGSAMYFKV
LSPYVLTTFT QIEKAYSAYP EDRAKGWIQE TDIITWVMVG RQDSSDSTQI SQVYFQPLHI
WVNDAMALIN GRELFGYPKY LCEYTMPAVG EPLTRLSLAA KSFLHFSPET ELALHPLIEV
NCDAKPEAQL STLEAITQTW QLFKEQTDFI PELDQLGEEQ LFHLLFKPAI DQVFLKQFPD
SSGQKAVYQA IVAAPAQVNK VHSVALLKND FVATIFDNAS FPLKETLGVE IGEQHVLLPY
HVNFDFEVPP GEVLVDNSEI KKQKIAILGG GVAAMTAACY LTDKPGWQNQ YEIDVYQLGW
RIGGKGASGR NAAMGQRIEE HGLHIWFGFY QNAFALMRKA YEELDRPADA PLATFFDAFK
PHNFIVLQEE IDGRSVSWPI TFPMLPGIPG DGTETLTFWK VVKVAFAWIK EWLKDMDDLL
DADEKAMGTP KNWLDSSWFE RLKDKLEDSV EDAKESLDAL GDKLECHFNQ MIGRECDEHV
HSESDDGFVE SAVDALHKRL VKRFSGHLDN NDELRHLYIA ADLGLTILKG MFADDVFEKG
FDAINGYDYR EWLTKHGASL NYTVDSAPVR GFYDLVFAYE KGNFDKPNVE AGTIIRSMLR
IALCYQGGVM WKMQAGMGDV VFTPFYEVLK RRGVNFHYFN RVDNLECRNQ SIQAIEITEQ
VALASTVTNY DPLVDVKGLA CWPSTPNYEQ LEPEQAALLK AHNINLEHFW SDWDSVYETH
FGKALPKKRL VKGVDFDKVI FGLSIGSVPH VASEVMAQSP ALKLCVDKVQ TVATQAYQLW
MNQDLNGIGW PNYSEDGEEP VLSGFTEPYD TWASMNQLLD KEDWRGLEPK NASYFCSALP
VEAYPPSSDV DFQQRKTLEA KAGAIHQLNT EIHKLWQNVG DSFPWEWLHD EQNRQGVARF
DSQYWRANVD PSERYVLSVK DSSRYRITTD GTGIDNLYMT GDWIKTGLNV GCVEAATMAG
MQTSKAISGH PVLIKGEKDF
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