| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Syncc9605_2031 |
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| Symbol | |
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| ID | 3737707 |
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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 | Synechococcus sp. CC9605 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007516 |
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| Strand | + |
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| Start bp | 1847745 |
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| End bp | 1850756 |
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| Gene Length | 3012 bp |
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| Protein Length | 1003 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 637776617 |
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| Product | glycosyltransferase |
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| Protein accession | YP_382326 |
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| Protein GI | 78213547 |
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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 | 20 |
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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 | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGACTGGAT GCTCCTACGA TCAGGGCGTG GAGCCTGCCA GCGGCCAAGA CAACAGCACG
CTTGATGCTC AGGCCTGGCA GCGCTGGCGG TCTGGTCGCG CCAGCGCCGA AGAAATCGAG
CGTTGGCAGC AACAGGTCCA GCAGCAGCTC CCCTTGCTCC CGCAACAGCT GCTGGACCCG
TCGCTGCTGC CCATCGCACT GTTGAGCAAC CCGAGCCAGT GGTCTCCGGA AGACAGCGGG
CTGGATCCAA TCGCTCTTCT GGCCTGCCAC CAGGACCTCA CTGACCCCAA ACAATTGCTG
AGCAGCGGCC GCCTTGGCGA GATCGCCCTG GGACAGCGCA GCCTGTTCAC GGATCTGCCG
CCGGTACACC TCCAGGCCTA CCGGGATGGG TTGAGACCAG CGGCATGTGA CGACTCCCTC
AGCGCTCTAG AGCACCTGGG GGGCATCGGC CGTCAACGCT TCCAGCAGGG ACAGCCCTTG
GGCATGGATC TCGATCGCTA CCAGCCCCCC CTACCGGACC CAGCACCAAG CGGGTCCATC
CCCTCAGCGG CCACGGTGTT GGTGGTTCTC CACCCCACCC AAGAAGAAGC AGAGGCTGAG
TCGGCGCGCA GCTCACCACC AGAAGGATGG AGTCAGATCC GGCACGCCTC CCTCGAGGAT
CCCTCTGGAT GGATCGGAGC TCCGTTCCCA GACGGTGAGA CCCTCGTCAG CTTCTGCCAC
GCCAGTGATC AGCTGGATCC CCAGGCAGCC CTGCGCATGG CCCACTGCGC AGCGCAACAC
CCTGAAGCGG TGTTGCTCAC CAGCGATGAA ACCCTGCGCT GGAGTGAAGA CCCAGGCATT
CCTGCGGGGA ACCGCCAGAA CAGAACAACC ATCACACCGT TTCGTCTGCT CTGCCGGGGA
TGCATCGGCG GCCTGGTGAC CCTCCGCTGG TCAACGCTGC AACAACTGAA CCTGCCGGCA
TCCAGCGGTT CGCTGCATGC CCTGCTGCTG GATCTGGCGC TGCAGGTTTG CCGCCGTGGA
GATGCCGTGG CCCACTGCCC GGAGGTTTTG CTTCAGCGAT GCATCCGGGC GAACCCGACC
GTGCCCGACG TTGCATCCCC GGCCGACCGC CACTGTTGGA CCCCTGAGCT CAGCGATGAG
ATCCTGGCGA TCACCCAGCG ACACAGCCCA GGCTTTCTGG AGCTGGGTGG GGAGCTCACT
TCCTCTCAAT CGCTCAACGC CTGCCATCAG TTAAGGCTCC GCACCGATCC CAGTGTTCTG
GTGTCGGTTC TGATCCCGTT TCGCGACCGG GTGGATCTCA CCCAGAGCTG CGTCGCCTCC
CTGCGCCGCT GTGCCGGAGC TGTGGCCTAC GAGCTGATCC TGATCGACAA CGGCAGTGAG
GAGGCCGCCA CCCAGGACTG GCTGGATGAA CAGGCGCAGC TCGATGACGT GTGCGTGGTG
CGAGTGGACG AACCGTTCAA CTATTCGCGG CTCAACAACA TCGGCAGACG CCATGCCCGT
GGCAGCCATT TGTTGCTGCT GAACAACGAC ATCGAATTCC GATCCGCCGA GGTGCTCCAG
GCCCTGCTGG ACCCATTCGC CTACCGCGGC ACCACTGCCG TGGGAGCGAA GTTGCACTAC
CCCGACGGGA GTATCCAGCA TCAGGGGGTC GCCCTGGTGA AGGGGGAACG GCGCTGTGTG
GTGGAACCTG GCAAACACCT GCACAGCGCT CCGGTGCTGG CCACCCTCAC ACCCCTGCTC
CTGCAGGAGG AGTTCACCGC AGCAACCGGA GCCTGCCTGA TGCTCCGCAG CAGTGATTTC
GATGGCATTC AAGGCTTCGA TGAAAATCTC GCCGTGGTGT TCAACGATGT GGATCTCTGC
CTGCGGCTCC GCGCGCAGGG CGGATCAATA GTCGTGACCC CCTATCTGGA GATCGTTCAT
CACGAGTCGA TCAGCCGCGG CAAGGATCGG GAAGGTGCTG CACTGGCCCG CCATCAACGG
GAATCCGGTC AGCTAAGGGC CAAGCACGCC GGGCTGTTTG CCGCAGGCGA TCCCCTCAGC
AGTCAGCGGA TTCATCCCCA CAGCAATCGC TACCAACCCC GGGAACCCGC GCCGCGCTCA
AAAGGTCCCG TGGCCAATGC CGTGCTCATG CACTGGAGGG ATCCGAACTT CCAACCCAAC
CGTCAACGAC CGATCGTTGT GCTCGCGCAT TTTTCAGCCG ACAACCGGTT TCGGGATGAC
CTCTTCCCTC TAATTGACGA GTACCAGCGC TTCGCCGACG TGATTGTTGT GTCGTCAGCC
AGCGGGGTGC GCTGGCACCC GAGAACCCTG CATCGGCTGC GCCAACGCTG TGCCGCGATC
GTTATCCGGC GCAACCAGGG GTATGACTTC GGCAGCTGGA AGGCAGCACT CAACCTTCAC
CGGCAGGACA TTGATCAAGC AGCGTTCCTG GTGCTCACCA ATGACAGCTT CTGGGGACCG
ATCGCCCCCC TCGACGATCT GTTCCAACGC CTGCAGGCCA GCAGAGCGGA TGTGATTGGG
CTGACGGACG ATTTGATGTA CGAACCGCAT CTGTCGTCCG CCTTCACGGC TTACAAACCC
AAGGCCTTGC AGAGCCAAGC CTTCAACAAC TTCTGGAATT CTCTACAGAT CTGGCCCCGC
AAACGGGACC TGGTCAAACA ATGCGAAGTG GGCCTACCGG TGCAGCTGCG GGCAGCGGGG
GTGAAGCTCG AGAGCCTCTA TACCCACAAC GCCAATGGCA ATGTTCTCCA CTACGACTGG
AAGCACTTGA TTGAGCAAAG CGGCTTCCCT TTCCTCAAGG TGAGCCTGCT GCGGGACAAC
CCCACAAAGC AACCCGTCGA CACCTGGCCC GAGGTGATCG GACAACGCAA CCCTCAGCTA
GCGGCCAGCA TCGAACGCCA ACTGCAGTCG AGGACAGGGT TACGACGACT GCTGGAACGG
CTGCGCCATC GACTGAATGG AAGTGGTCGC AATGGGTCTC GTGCTGTAAT AGCGCCGACT
TCACACCGGT GA
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| Protein sequence | MTGCSYDQGV EPASGQDNST LDAQAWQRWR SGRASAEEIE RWQQQVQQQL PLLPQQLLDP
SLLPIALLSN PSQWSPEDSG LDPIALLACH QDLTDPKQLL SSGRLGEIAL GQRSLFTDLP
PVHLQAYRDG LRPAACDDSL SALEHLGGIG RQRFQQGQPL GMDLDRYQPP LPDPAPSGSI
PSAATVLVVL HPTQEEAEAE SARSSPPEGW SQIRHASLED PSGWIGAPFP DGETLVSFCH
ASDQLDPQAA LRMAHCAAQH PEAVLLTSDE TLRWSEDPGI PAGNRQNRTT ITPFRLLCRG
CIGGLVTLRW STLQQLNLPA SSGSLHALLL DLALQVCRRG DAVAHCPEVL LQRCIRANPT
VPDVASPADR HCWTPELSDE ILAITQRHSP GFLELGGELT SSQSLNACHQ LRLRTDPSVL
VSVLIPFRDR VDLTQSCVAS LRRCAGAVAY ELILIDNGSE EAATQDWLDE QAQLDDVCVV
RVDEPFNYSR LNNIGRRHAR GSHLLLLNND IEFRSAEVLQ ALLDPFAYRG TTAVGAKLHY
PDGSIQHQGV ALVKGERRCV VEPGKHLHSA PVLATLTPLL LQEEFTAATG ACLMLRSSDF
DGIQGFDENL AVVFNDVDLC LRLRAQGGSI VVTPYLEIVH HESISRGKDR EGAALARHQR
ESGQLRAKHA GLFAAGDPLS SQRIHPHSNR YQPREPAPRS KGPVANAVLM HWRDPNFQPN
RQRPIVVLAH FSADNRFRDD LFPLIDEYQR FADVIVVSSA SGVRWHPRTL HRLRQRCAAI
VIRRNQGYDF GSWKAALNLH RQDIDQAAFL VLTNDSFWGP IAPLDDLFQR LQASRADVIG
LTDDLMYEPH LSSAFTAYKP KALQSQAFNN FWNSLQIWPR KRDLVKQCEV GLPVQLRAAG
VKLESLYTHN ANGNVLHYDW KHLIEQSGFP FLKVSLLRDN PTKQPVDTWP EVIGQRNPQL
AASIERQLQS RTGLRRLLER LRHRLNGSGR NGSRAVIAPT SHR
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