| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Syncc9605_0143 |
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| Symbol | |
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| ID | 3737328 |
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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 | 140144 |
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| End bp | 142693 |
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| Gene Length | 2550 bp |
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| Protein Length | 849 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637774722 |
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| Product | glycosyltransferase-like protein |
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| Protein accession | YP_380474 |
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| Protein GI | 78211695 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0438] Glycosyltransferase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.0671969 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.0206287 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGATGAGTT ATTCGGCACC AAGAAAAATT TTCTGGGTTG TTCCTTCCCT CAACCTCAAT
CAGGCTAGCG TCAGGCTAAG GTGTCTCCAT ATTGCGAGAG GATTGGAGAA GAATTTCGGT
TACGAAAATT ATTTCCTTAC GGACATAAAA AAAGCAAAAA ATCAAATTGA ACCAGAATCA
TTTTTATTCA TAATAAAAAT GCCAGGTCTT AATATTATTG ATTTATTGGT TAAAGGTAAA
GCCCTTAATT GCAAAGTTAT TATTGATATT ACCGACACCG TATGTGATAT TCACTACAAG
AATAATGACT TCGGAATCAA TAGTTGGATT TTAAACTCTT TGATTGATCT CACTGATGCA
ATATTTGTCC CAACCGCAAA GATGCGTGAT CACTTAATTA AACATGCAGA GAATTCAAAG
TTGTCTATTT GGCGAAACAA AGTTTACATA ATACCGGATA TAGCTGAGAG TATGCAAGAT
TCATTAAGCC TGTGCGAGTA TAAGTCAGAA ACATTGAAGG ATAAAACTGC TATTAGTATT
GCTGAAAACA TTAAATCTTC GCTTGGGCAT ACTGAAGGGA AAACTCAAAT AAAGCGTGTT
TTGTGGTTTG GAAACGCATA TTCTCCAACA TCAAATATGG GCATATCTAG CTTAATTCCA
CATCTTCCAG CCATTAAAAC ACTGCAAAAT AAGCAGAACT TTGATTTAGT TATTTGCACA
AATTCAAATG CTGATCTTAG AACTTTAAAA TCCTTTGGCA TTAGATATAA CTTAGTTGAA
TGGACACTTC CTGAAATATT CAAACAACTA TCTTTAGCAT CAATGTCTTT AATAACAACA
GGTGATGACG AGCGCTGTAT GGGAAAATCA AACAACAGGG TTTTATTTTC ATTAATAAAT
AATTGTCCTG TAGCTGTAAT TAAACATCCA AATAATAGTG AGTTTGAGTT GTCAGTCGAT
AGGAGCTTGA AGAGCGCAAT TCAGAAATAT TTATTTTCTA AGAATTCAAA GAAAGAACGT
ACTAAAGCCT TGAATGAAAA TAAGACTATT TTGAATAGAT ATACAATAAT TGAAATTACT
AAGGTTTATA ATTTAGTCCT TCAAAATATT TGGTTATCGT CTTTGGCTTC TCAAGAACAT
TATCCAACTA TACCAAATGA AAAAGATGTA GTATCAATAA TATGCGATAA TCTTTCAGTA
GGCAATATTA AAATCATTAT TTCATTGCTC AATAGCTTTA TCCCTTCGTA TAGAGTGAAT
TACATACATT TTACGCCTCT AACGGAAAAC CATATAAATC ACTACTCCTC AAATCAGATA
ATTCCCCACC TTTTAAAACT TGATGATATC GAGAAAGCGC GTAATTTTCT TAAAAACAAC
GTCAGCCTTG TCATAAGTGA TGAACTAAAT GCTAATATTT CAAAAAAACT TTTTGATTGG
ACTAACGCCA TTAACCGATT TAGTAGTATT GCAACTAACT CATCGACTGT TTCTATAATC
AAGCAATCAT CGCTAAAAGA ATTTCTGATC AAATATTATA CCAGATCAGA ATCAACTAAA
CACAATAATC TTAGCAGAGT CCCTGAGAAT ATTCCCGGCA GATATCAACC ATTAGACATC
TCATCAAGTA ACACTGATCT TTTATTTGTA TGTGGAATTG AGGCCAAGAA TTGGATTTTA
GATGGTATAG CTAAGGAGAT AGGTTCGAGA TCTCAAAACT CATGGTCAAT TTTTTATTGT
GATAAAGTTC CTAAACACCT TCCTAAGGCT AAAAATTACT TTTTTATGCA TCAGGCATTA
CTTAAGAAGT TTGTAAAATT GAGATTAGTT GACTTATCAC AAGGTAGTAA CATCAATTGT
TGGTACACAC ATCCAAGAGA TGAAGATAAA AAAAGCATTG ATCAATTTCT AGATATTTTC
TCAAAAGTAA ACAAGATAGT TTTCGCCTGT TCTAAAAACT ATGACTTATG GATTTCCAGA
GGTCTTAATC CTATTAGAGG ATGTGTTGTA CTCGGTGGTT TTGATTCAGC GAGATTTACT
GCTCACGACC GAAAGCTATC AAACACCATA GGAGTATGCT CATCATTCTA TGAACGGAAA
AATCCCGAAT TACTTTTTAA CTTAGTATCT AAAATGAGAG ATAAAAAGTT TATTTTACTT
GGTAAAAACT GGGAATCATA TGCCAGATAT GAAGCATTAG TCGGTCTTGG CAATGTTCAA
TATGTGACTG CTAAATATGA AGACTATCCT GATTATTACA AAAAATTTAA GATATTCTTG
AGCACATCAA AATTAGAAGG TGGTCCTATA CCCCTTATGG AAGCGATGGC TTGTAACTGC
TTTCCAGTTG TCAGCGAGAC GGGGTTTGCA AAAGATATTA TTAGTCATGG TAGTAATGGG
TTTTTGTTTG AGACATCATC AACGGCAAAC ACAGTTTCTG AATTAATTGA AAAGGCATAC
ATTATGGACG ATATTGATGT TAGTTCCACC GTCAGTGAGT ATAGTTGGGA TAATTTCTCC
GAAAACATTT ACAGAGTTGT TGGAATATGA
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| Protein sequence | MMSYSAPRKI FWVVPSLNLN QASVRLRCLH IARGLEKNFG YENYFLTDIK KAKNQIEPES
FLFIIKMPGL NIIDLLVKGK ALNCKVIIDI TDTVCDIHYK NNDFGINSWI LNSLIDLTDA
IFVPTAKMRD HLIKHAENSK LSIWRNKVYI IPDIAESMQD SLSLCEYKSE TLKDKTAISI
AENIKSSLGH TEGKTQIKRV LWFGNAYSPT SNMGISSLIP HLPAIKTLQN KQNFDLVICT
NSNADLRTLK SFGIRYNLVE WTLPEIFKQL SLASMSLITT GDDERCMGKS NNRVLFSLIN
NCPVAVIKHP NNSEFELSVD RSLKSAIQKY LFSKNSKKER TKALNENKTI LNRYTIIEIT
KVYNLVLQNI WLSSLASQEH YPTIPNEKDV VSIICDNLSV GNIKIIISLL NSFIPSYRVN
YIHFTPLTEN HINHYSSNQI IPHLLKLDDI EKARNFLKNN VSLVISDELN ANISKKLFDW
TNAINRFSSI ATNSSTVSII KQSSLKEFLI KYYTRSESTK HNNLSRVPEN IPGRYQPLDI
SSSNTDLLFV CGIEAKNWIL DGIAKEIGSR SQNSWSIFYC DKVPKHLPKA KNYFFMHQAL
LKKFVKLRLV DLSQGSNINC WYTHPRDEDK KSIDQFLDIF SKVNKIVFAC SKNYDLWISR
GLNPIRGCVV LGGFDSARFT AHDRKLSNTI GVCSSFYERK NPELLFNLVS KMRDKKFILL
GKNWESYARY EALVGLGNVQ YVTAKYEDYP DYYKKFKIFL STSKLEGGPI PLMEAMACNC
FPVVSETGFA KDIISHGSNG FLFETSSTAN TVSELIEKAY IMDDIDVSST VSEYSWDNFS
ENIYRVVGI
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