| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Csal_1986 |
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| Symbol | |
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| ID | 4027070 |
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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 | Chromohalobacter salexigens DSM 3043 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007963 |
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| Strand | + |
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| Start bp | 2239021 |
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| End bp | 2243268 |
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| Gene Length | 4248 bp |
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| Protein Length | 1415 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 637967182 |
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| Product | sulfotransferase |
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| Protein accession | YP_574037 |
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| Protein GI | 92114109 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG3914] Predicted O-linked N-acetylglucosamine transferase, SPINDLY family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.634546 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTCCAAGA AACGCCACTC ATCAAGCACT AACAAGCTCA CGCTGCCGCA AGCACGCAAG
CAGGTTCAGC GTCACCCCAC GGATCCTGAT GCCTGGCTTA CGCTAGGTAA GTTGCAAGCT
GGCCAAAAAG AATTTTATGA CGCCAAGGCC TCATTGGAAA AAGCACGAGA GCTGCGTCCT
AACCATCATG AACAGGAAGA ATGGTTGGGC TATGTCGCAC ACAAACAGCA TCGTCTCCAG
GATGCCCTCC AGCATCTCCA GGATGCCTTG GAGCTGGCGC CCAATTCAGC ATTTGGCTTG
GCAACCCTCT CTTACCTTTA TCTCGACATG GGAAAGCCAT ACAAATCCAT TGAATACGCT
AAAAAAGCTT GGCAATTTTC TCCGAAGAGC TTGCGTGTGC TCGACTCTCT TGCTAATAGT
CTAAGTGCCT TATATCGTTA CAATGAAGCT CTCGACATTT ACGACCAACT CATCAAGCTA
ACACCAAGCA GCTACATACC TTGGAATAGT GCTGGCAACA TGTATCGAGA GTTGGGGTTG
CTGAACAAAG CATATCGCTG TTATCAAAAA GCTAGCGCGC TAGCGCCACA CAATGCCATT
CCCTATTCCA ATCATCTGAC TGCGTTGCAC TACGATCCCC GTGCCAGTCG CACCGAGATT
GCGGCCTTTG CCAAATCCTG GGAAAAGCGT TTCGCCCCCG AAAAGAGCGC ACTCTCCCCC
CGGCCTGCAC GCGTAGATAA ATCTTACCAG CGCCACTTGA AAGTCGGCTT GCTCTCGGAT
GGCCTTCGCA ATCACCCCGT GGGCAAGATG ATCGTCCGCT GCCTGGAAAA CATACCACCG
AACCAGATGA CACTGGTGGC CTATAGCAGT AGTGAAATCG ATGACGCGCT GACACGGCGC
ATCAAGAATC AAACTCATAC ATGGTACCCT ATTCGACACC TGAACGATGA CGACCTCGTA
CAGCAAATTC GTGATGACGA AATTGATGTT CTTATTGACC TATCAGGCCA TAATGCCGGT
ACTCGAATGC GCGCGATTGC CATGCAGCCG GCACCATTGC TCGTCAAATG GGTCGGCGGG
TTGATCAATA CCACGGGTGT GCAGGCCATC GATTACTTGA TCAGCGATCA TGTCGAGACG
CCTGGAGGCG AAGACGAGTA CTATACCGAG AAACTCATCC GCCTGCCGGA CGACTATATC
GTCTTCGATC CGCCTGCAAA GTTGCCTGCA TTGCGCGAAC TGCCGGCCAA GCGAAACGGC
TATATCACAC TAGCGTGCTT CAACAACCCC ACCAAGCTCA ATGATGTCAC GCTCAAGCAG
TGGGCAGGCA TCATGCACGA GCTGCCTGAT TCCCGCTTGA TGCTCAAGGG ACGCCCCTAC
ACCAGTGAGA GTTTCTGCGA ACGCCTATAT GCCACACTTG AAGCTGCGGG CATTGCTCGC
GAGCGTTTGA TCATCGAGGG GCCGGGCAGC AATTACGAGA TGCTGGACGC CTACAACCGA
GCGGATATCG CCCTCGATCC CTGGCCCTAC TCGGGTGGTT TGACGACCTG CGAGGCCTTC
ATCATGGGGG TCCCCGTGGT GACTCTCCCC GGCCCGACCT TTGCCGGCCG CCATAGCGCG
ACACACCTGG TACACGCCGG CATGCCGGAA CTGGTAGTCA ACAGTTGGGA CGAATATCGT
GCACGCGTGA TCGAGCTTGC CAGCGATCTG GAAAGCCTGG GCACCATTCG GCAGCATCTG
CGTGACGTGT TGTTGCAATC TCCCGTGTGT GACGGCCCAC GCTTCGCCAA ACACTTCACC
GATGCCATGC GCGCCATCTG GCAACGTTAC TGCGACGACA AGGCGCCCGC CTCGCTTACC
TTCAACAAGG AAGGCGAAGC TCGGTTCGAG GACGAGGATG TCCCGGTGGA AATCCATTAC
GCCGAGGCCC CCGAGGATGA CTCGACGTTT CAATGGCAAT TCGACGGCAA GCTCATCGCC
GTGGACAACG GCGGGCAACT GCTTGAAAGC GACGTCGTTC GCCAACTGCT GCAAAAGGAA
GCGCTCGAGC TGATCGCCTT CGATCCCAGC AGCCAAGCTC CGGACACCTC GCTCAAGCAG
CACAAGGGCG TTCATTACTA CCCCAATGCG ACGCTGGGAG ACGGCCAGCC AGGCCAGTTG
CATGCCTGTC TCGACCCCAA GTTGAGCGCG AGCCTGGCAC CGCTAGACGA CGAGTATCAG
CCTGAGGCCA TCCGCAAAGG CAGCCAGGTG CTCACCCGGC TGCCGCTCAA TACCATCGCG
CTGGATAGCA TCCAGGGCCT ACCCGCCATC GACTGGCTGG TATTGGATGG CCTGAATGAC
GCCTCTGCGA TTCTCGACAA TGGCACCCAA GCGCTGAAAG ACACCCTGCT GCTTCAGGTT
AAGGTCGCGT TTCAGCCCAC CCACGAACGG CAACCCAACC TGGCGGAAAT TCAGCATTGG
GCAAGTCGTA ACGGCTTCCG CTTATATCGG CTGCATGAAC CGCAGCACCG CAGCCACCTC
CCCGAGGAGG TACCGGAGGC ACAGCGCCAG GCTACAGAGC TGACAAGCGC AGACGCCCTG
TTACTGCCCA GTTACGCTCG AATGGAAGCA CTCTCCGATA ATCAGCGCAT GCGGCTCGCG
TTTCTGCTGC ATTCAATATA TGGCATTAAA GACATTACAT ATAATCTACT GGAGAATTCA
GAAGATCAGA AAAGCCTCTC CTACCTGCAT GCGGAAGGAC TAAAAAAAAT TTTCCCGACA
ACAGAAGGAA AAAACGAAAA ATATAGTGCA AACGAAAGCC AGATACTAGA CAAAACTATT
TTTGTTGTAG GGTGCGGACA TAGCGGAACT ACTCTGATGG CTTCTTTACT GGGAGCTCAC
CCTGAGGTCC ACACAATACC AAGAGAGACT TACTGGTTCT TGAACAACCC AAACCTAAAT
AACGAATATT ACCAAGAAAA GCGCAAATCT CGAAGGGAAG GAAAAAGCAT TGTCTGCGAA
AAGACGCCAA GGCATATCTA CAAAATAAAA GAAATAAAAG AAAAATTCCC AAATGCTCAA
ATAATTGCCA TGACTCGTGA CAGCAAAGAT GTTGTATCAT CTTTGAAAAA ACGCTCTGGG
AATTTCGAGC ACAGCGTACA GCGTTGGATA AGCGACAACA AAGCACTTCT GGAATTCAAG
AACGAAAGTT GGATAAAGCT AGTAAAATAT GAGAACCTTG TCACGAGGAA GGAATCAGTT
GTACATGAAA TACTATCTTT CCTAGACTTG ACTTACACGG AAGAAGTATT TGATTTCCAC
AAAAAAAACT ACAAATGGTT TGGTATAGAA GATGCCAAAA AAACGGATGG CCGGGGCGAG
GAAAACCATA TCTCGCTACG TTCATGGCAG ATGACACAGC CTATTCATGA CAACCGTGGC
GTGTGGAAGA AAGGGCTAAG TAAAAAAGAA GTTGCTATAG TAGATGCCAA ATGCAAAAAT
CTAGAGAAAA CCCTAGATTT TACAAAAGAA AGCACCTCAG AGAAAGGGAA GATCAAGGTT
TTTGGTGACT CCCACATACA ATCGATACAA AATATTAATA AAAACAGCAA TGAAGAGTCA
CTTCTAGTAC ATGTTATTCA TGGCGCGACC ATACTGGGAC TGGGAAAAAG GAAGTCAACA
TTAGAAACAA GAAAAAAAAT AACAAACTCC TTAAACCCTA ATGACTTTGT CACCCTTGGG
TTTGGCCAAG TAGACCTAGA ATTAGGGTTC TACTATCGAA AGATAATAAA AAAAGAAAGA
ATTTCTCCTA ATTACTTTTT CGACTTACTT ATAGAGAACT ATAAAAGATT CATAATTGAA
ATAAAAAACA ACTGCGCAGG AGTTGTTATA AAGGGCGTCA ACCTTCCAGT GCTGAAGGAA
CATGACGCGG CCGTCAGCTA TGTATCCAGA ATAATAACAG AAAATATAAG CTGCGACACC
ACAAAACACT CGCTATTAGC AGAGCTAAGA TCGAAGTACG ATTCTTATGA AAGTAGAGCA
ATTTTCGCAC TGGAGTTAAA CAAAAAAATA AAAGGTCTTG CAAAAGACAC ACAATGCGAA
TACTTCGACA TAAATAGCTA CATATCCAAA GAAAGCACAA ATGAGGTTGA CAACAAGTAT
ATACCAGAAA ATATTGACCA TCATATCTTA GTTTCAGAAG ACCTTCGCAG CTATACAGTC
CAGCTCATCG AGGAAAAAGT AAGGCAATTA ATAGCGAAGA AAAAATAA
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| Protein sequence | MSKKRHSSST NKLTLPQARK QVQRHPTDPD AWLTLGKLQA GQKEFYDAKA SLEKARELRP
NHHEQEEWLG YVAHKQHRLQ DALQHLQDAL ELAPNSAFGL ATLSYLYLDM GKPYKSIEYA
KKAWQFSPKS LRVLDSLANS LSALYRYNEA LDIYDQLIKL TPSSYIPWNS AGNMYRELGL
LNKAYRCYQK ASALAPHNAI PYSNHLTALH YDPRASRTEI AAFAKSWEKR FAPEKSALSP
RPARVDKSYQ RHLKVGLLSD GLRNHPVGKM IVRCLENIPP NQMTLVAYSS SEIDDALTRR
IKNQTHTWYP IRHLNDDDLV QQIRDDEIDV LIDLSGHNAG TRMRAIAMQP APLLVKWVGG
LINTTGVQAI DYLISDHVET PGGEDEYYTE KLIRLPDDYI VFDPPAKLPA LRELPAKRNG
YITLACFNNP TKLNDVTLKQ WAGIMHELPD SRLMLKGRPY TSESFCERLY ATLEAAGIAR
ERLIIEGPGS NYEMLDAYNR ADIALDPWPY SGGLTTCEAF IMGVPVVTLP GPTFAGRHSA
THLVHAGMPE LVVNSWDEYR ARVIELASDL ESLGTIRQHL RDVLLQSPVC DGPRFAKHFT
DAMRAIWQRY CDDKAPASLT FNKEGEARFE DEDVPVEIHY AEAPEDDSTF QWQFDGKLIA
VDNGGQLLES DVVRQLLQKE ALELIAFDPS SQAPDTSLKQ HKGVHYYPNA TLGDGQPGQL
HACLDPKLSA SLAPLDDEYQ PEAIRKGSQV LTRLPLNTIA LDSIQGLPAI DWLVLDGLND
ASAILDNGTQ ALKDTLLLQV KVAFQPTHER QPNLAEIQHW ASRNGFRLYR LHEPQHRSHL
PEEVPEAQRQ ATELTSADAL LLPSYARMEA LSDNQRMRLA FLLHSIYGIK DITYNLLENS
EDQKSLSYLH AEGLKKIFPT TEGKNEKYSA NESQILDKTI FVVGCGHSGT TLMASLLGAH
PEVHTIPRET YWFLNNPNLN NEYYQEKRKS RREGKSIVCE KTPRHIYKIK EIKEKFPNAQ
IIAMTRDSKD VVSSLKKRSG NFEHSVQRWI SDNKALLEFK NESWIKLVKY ENLVTRKESV
VHEILSFLDL TYTEEVFDFH KKNYKWFGIE DAKKTDGRGE ENHISLRSWQ MTQPIHDNRG
VWKKGLSKKE VAIVDAKCKN LEKTLDFTKE STSEKGKIKV FGDSHIQSIQ NINKNSNEES
LLVHVIHGAT ILGLGKRKST LETRKKITNS LNPNDFVTLG FGQVDLELGF YYRKIIKKER
ISPNYFFDLL IENYKRFIIE IKNNCAGVVI KGVNLPVLKE HDAAVSYVSR IITENISCDT
TKHSLLAELR SKYDSYESRA IFALELNKKI KGLAKDTQCE YFDINSYISK ESTNEVDNKY
IPENIDHHIL VSEDLRSYTV QLIEEKVRQL IAKKK
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