| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1253 |
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| Symbol | |
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| ID | 7109799 |
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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 | Cyanothece sp. PCC 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | + |
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| Start bp | 1382806 |
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| End bp | 1386009 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643479520 |
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| Product | glycosyl transferase family 2 |
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| Protein accession | YP_002376568 |
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| Protein GI | 218438239 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1216] Predicted glycosyltransferases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 61 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTGATT CGGAATGGAA TACTCGATTA CAAAATAAAA AAATAGAGTT AGAACGTCGT
CGTATTCATT TATTAAAAAA TCAGATAATC TTAGACCAAA TTCATAATCC CTCTTCTCAA
GATCATCTAT TCATTGATAT TCCGATTTTA AGCAACTATA ATAAATCCCA AAAGACGGGA
AATAAAATTA ACATTAAACC AAGTTTGAAA GTTTTGTATT GGATTTTAAC TTTTCAACTA
AAGAAACGTC TTCAACGCCA GGAGATGGCA CAATTAATTA GTCAGAGTGG GTTGTTCGAT
GCCGATTTTT ATGGGGAAAA GAATCCAGAG CTTAAAAAGT CTCAAGTTGA GCCATTAAGC
CATTATCTCG ATATTGGATC TGTTGAAGGA CGAGATCCTC ATCCACTGTT TGACACTCAG
TATTACTTAA AACAAAATCC AGAAGTAGCT GCCTCCCAAA TCAATCCTTT AGTTCATTAT
ATTTTAGTGG GAGCTTTAAA CGGAAAAAAT CCCCACCCGC TTTTTAACAC TGCTTATTAC
ATAGAAAAAA ACCTCGATGT TGGTGAATCA GGGATGAATC CATTGGTTCA TTACATTAAT
CATGGAGCTA AAGAAGGACG AAATCCTCAT CCACTTTTCG ATACATCATA CTATGTAGAG
CGATATTTAA ACCTAATCTC ACCAACAATT AATCCCCTGG TACATTATCT CCAACAAGGA
GCTAAACAAA GATATAACCC TAACCCTCTA TTTGATACCT CTTTTTACAT ACAACAAAAT
CCAAAACTTT TAGAATTAGA GACTAATCCT CTTATTCATT ATATTAACAT TGGAGCTAAA
CAGGGACTCA ATCCCCATCC GTTATTTGAC ACAGCTTTTT ATTTAAAACA GAGTCAAACT
GATTTAGTTC ACCATGATCC ACTGGCTCAT TTTTTTGAGT TTGGTGCTTT AGAAGGACGA
GATCCTCATC CACTTTTTGA TACATCCTAT TATGTAGAGC GATATTCACA ATTAATCCCC
CAGGGAATGA ATCCTCTAGT GCATTATCTC CAAGAGGGAG CTAAACTAGG ATATAACCCC
AATCCTTTAT TTGATACTTC TTTTTATTTA GAAGAAAATG CAACTATTTT TGACTTAGAA
ATTAATCCCC TTATTCATTA TATTAATATT GGTTTTAGAC AGGGACTCAA TCCCCATCCT
TTATTTGATA CAGCTTTTTA TTTAAAACAA CTTGGGTCAA GTTTAGAGCC AAGAATTAAT
CCTCTAATTC ATTTTCTTGA AATAGGAGCT TGTCAAGGGC TAGATCCTCA TCCTCTGTTT
GATACGTCAC ATTATCTGGA AAAAAATTCT GATGTACGTG AATCAGGGAT GAATCCCCTT
GTTCATTTTG TTCAGTTTGG AGCTATTGAG AAAAGAGAAC CTTTTTCTAT TTCAGAAATG
CTTCCTGAAA TGGAGAGTCA AAATTGGGAG TTAAAGAATT TTAAGGATTT TTCTTGTCCC
AAAAGTCCAA ATCCAGATTA TCAAAAATGG CTTCAAAAAA ACTACCCTAC ACCTTGGGAA
TTGGAGCAAA AATCTAGGTT AGGAAATTGT CTTAAGTATA AACCCTTGAT TAGTGTTATC
ATGCCGGTAT ATAATCCTCC TGAAAATTAT TTACGGGAGG CTATTGAATC TGTTTTAAAT
CAGGTTTATT CTAACTGGGA ACTTTGCATT GCTGATGATG CTTCTACTGA GCCTCATGTC
AAATTAGTTT TAAACGAATA TCTCAAACAA GATTCAAGAA TTAAAGTCAT TTTTAGAGAG
AACAATGGTC ATATTTCAAA AGCTTCTAAT TCAGCACTAG AACTAGCCAC AGGAGAATTT
ATTGCCTTAC TCGATCATGA CGATGTATTA ACCCCTCATG CTTTTTATGA ACTGGCTTTA
TTGCTCAATA GTCATCCTGA AGCTGATATG ATCTACTCTG ACCAAGATTA TATGGATGAC
CAGGGCCAGT TAATCAATCC TTACTTTAAA CCTGATTGGT CTCCTGATGC CTTTTTAGCC
AATATGTACA CCTGCCATTT GGGACTGTAT CGACATTCAA TTGTTAAAGA AATTGGGGGT
TTTAGAGTCG GTTTTGAAGG TAGCCAAGAT TATGATTTAG TCTTAAGATT TACAGAAAAA
ACTGAACGAA TTTTTCATCT TCCTGATATT TTATATCACT GGCGAACTCA TGCAGCTTCA
ACAAATATTA ATCCACAGGC AAAATCTTAT GCCTTTATTG CTGCTCGAAA AGCTTTAGCA
GAAGCTCTGA CTAGAAGAAA AGAACCAGGA GCGGTTTTTG ACATTCCCAA CTATCCTGGC
TGTTATACGA TCCGATATCA AATTAAAGAC CCGGAATTAG TCAGTATTAT TATTACGACA
AAAAACTTAG GAGAACGTCT TGACAATTGC CTAACTTCTA TTTTTCAAAA GACAACTTAC
CAAAATTATG AAGTTATTCT AATTGATAAC GGCTCTACTG AACCCCAAGC TCTTGAGACA
ATTGAACACT GGAAAAATCG AGAAAATTTT CGGTTAAAAT ATTATGGTCT AGAGCTTCCT
TTTAATTCTT CAAAAATCAA TAATTTTGCT GTAGATAAAT CCCAAGGAAA ATACCTTTTA
TTTTTAAAGA ATGAGACAAA AATCCTTACT TCTGATTGGC TTGAAAAAAT GATTGAACAA
GCTCAAAGAC CTTCAATAGG AGCCGTTGGT GCATTATTGT TATATCCTGA TAATACGGTT
CAACACGCTG GAGTAATATG TGGTCTTTTT GGAAGAGTAG GTCATAGCCA CAAACATTAT
CAATATGGTG CTTCAGGTTA TTTTGGGAGA CTTGTCTATG TTCATAATTA TATGGCTGTT
ACTGGTGCTT GTTTAATGTG TAGAAGAGAA GTATTTGAGG AAGTAGGAGG ATTTGAAGAA
AAACTTGCTG TCAGCTATAA TGATATCGAT TTATGTTTAA AGCTAATTGA TAAAGGTTAT
CGAAATCTAT GTCTTCCTCA TGTAGTTTTA TATCACTATG AATCTAAAAC TAGAGGTTAT
GACAGTAGGG ATACCGAAAA ATTTGCTCGG CTGATGTGTG AAAATATGTA CATCAGCCAA
AAGTGGCAAA AATATATTAA CTACGATCCC TATTACAATC CCAACTTGAC ATCAAAAAAA
GAAGATTTTA GCCTCAATAT CTAA
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| Protein sequence | MVDSEWNTRL QNKKIELERR RIHLLKNQII LDQIHNPSSQ DHLFIDIPIL SNYNKSQKTG
NKINIKPSLK VLYWILTFQL KKRLQRQEMA QLISQSGLFD ADFYGEKNPE LKKSQVEPLS
HYLDIGSVEG RDPHPLFDTQ YYLKQNPEVA ASQINPLVHY ILVGALNGKN PHPLFNTAYY
IEKNLDVGES GMNPLVHYIN HGAKEGRNPH PLFDTSYYVE RYLNLISPTI NPLVHYLQQG
AKQRYNPNPL FDTSFYIQQN PKLLELETNP LIHYINIGAK QGLNPHPLFD TAFYLKQSQT
DLVHHDPLAH FFEFGALEGR DPHPLFDTSY YVERYSQLIP QGMNPLVHYL QEGAKLGYNP
NPLFDTSFYL EENATIFDLE INPLIHYINI GFRQGLNPHP LFDTAFYLKQ LGSSLEPRIN
PLIHFLEIGA CQGLDPHPLF DTSHYLEKNS DVRESGMNPL VHFVQFGAIE KREPFSISEM
LPEMESQNWE LKNFKDFSCP KSPNPDYQKW LQKNYPTPWE LEQKSRLGNC LKYKPLISVI
MPVYNPPENY LREAIESVLN QVYSNWELCI ADDASTEPHV KLVLNEYLKQ DSRIKVIFRE
NNGHISKASN SALELATGEF IALLDHDDVL TPHAFYELAL LLNSHPEADM IYSDQDYMDD
QGQLINPYFK PDWSPDAFLA NMYTCHLGLY RHSIVKEIGG FRVGFEGSQD YDLVLRFTEK
TERIFHLPDI LYHWRTHAAS TNINPQAKSY AFIAARKALA EALTRRKEPG AVFDIPNYPG
CYTIRYQIKD PELVSIIITT KNLGERLDNC LTSIFQKTTY QNYEVILIDN GSTEPQALET
IEHWKNRENF RLKYYGLELP FNSSKINNFA VDKSQGKYLL FLKNETKILT SDWLEKMIEQ
AQRPSIGAVG ALLLYPDNTV QHAGVICGLF GRVGHSHKHY QYGASGYFGR LVYVHNYMAV
TGACLMCRRE VFEEVGGFEE KLAVSYNDID LCLKLIDKGY RNLCLPHVVL YHYESKTRGY
DSRDTEKFAR LMCENMYISQ KWQKYINYDP YYNPNLTSKK EDFSLNI
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