| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_0933 |
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| Symbol | |
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| ID | 8390242 |
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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 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | - |
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| Start bp | 950956 |
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| End bp | 954414 |
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| Gene Length | 3459 bp |
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| Protein Length | 1152 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644978949 |
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| Product | glycosyl transferase family 2 |
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| Protein accession | YP_003136702 |
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| Protein GI | 257058814 |
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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 | 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 | 21 |
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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 | ATGAAAATTG TCTATGTTTT ACCTTCAAAT TTAATCTGTG GCGGTCATAT AGTTGTCTTG
CAACACATTA CCCGATTGCA AGCACGAGGA TATGATATTT CTATCTGTTT GTTAGATCGA
AATACTCCCG CGAGTCCTGA GTCTTTTGAA TGGTTTCCCT ATAGTCATAT ACCGGTTTTT
CATCCTGAAG CATTTCCCGA AGATGTTGAT ATTTGTGTAG CTACTTTTTG GGCAACCTTA
ATTCCTGTTC TGAATTTTCC AGCACAGCAT AAGGTTTATT TTGTCCAATC CGATGAAACT
CGTTTTTATG ATAATCCTAT CTATCAAAGT CAAGTCGCTT TAACCTATTT TTCTAATATC
CATTTTATGA CCGAAGCTCG CTGGATTGTT GAGTGGTTAA ATCTGAATTT TGGAAAATCT
GCTTGTTATA TTCCTAATGG ATTTGATCCG ACGATTATTC ATCGGGTTGA TCCCATCATT
CCCAAACCAA AAGATAAGTA TAGAATTTTA GTCGAAGGCT CAATTAATAC TCCTTTTAAA
CGAATTAAAG AAGCTTTAGA AGTTTGTTCT TATTTTGATT GTGAAGTCTG GTGTGTTTCT
AATCAAGGTA AACCTTGTTC GGATTGGAAA ATTGATCGAT TTTTTTATCA AGTTCCCTTT
AATGAAATGA AATCGATTTA CTCTAGTTGT GATATTTTGT TGAAATTGAG TAGTGTAGAA
GGGTTCTTTG GTCCGCCACT AGAAATGATG GCTTGTGGTG GTGTTTGTGT GGTCAGTGAT
GTCACGGGTT ATGATGAATA TATTGTTAAT GAATATAATG CTTTAGTTGT CCCCAATGGA
GAAATTGAAT TAGCCAGAAA AGCTATACAA AGGTTGATTG ATGATCGGGA TTTATATCGT
CAATTGCAAA AAAATGGACA ACAGACATCA CAACAAATGA AATGGGATAC TTCTATTAAT
AAATTAGAAT CTTTTTTCTT AGAAATTGCT CAAGGATCTC GTCTGAAATC CCATACCTCA
GCTTGGATTA AGCAAATTAA TCAAACCTTA AATGCTTATC TTAGTCTCTC TCAAGAAATC
GAAATGCTAC GGTTGAAAGC GCAAGAAGTA GAAACGTTGC GATCGCAGGT TCAAACCTTA
GAAAATAATC CTGGTTTTCA ACACAGTGGT AATTTTAACT TCAATCAATC AGTTTTTTCT
GTTTTCAAAA AAACCTCGAA TTTTTTCTAT CAATTTAGCG TTTTAGTTTT GACAAAACTC
TTTAAATTAG TCTATTGGAT CATCACTTTT CAATTTCCTC AAAAGCTAAG AAGATGGAGA
ATAGCCCAGA TAATTAGCAA AAGTGGTTTA TTTGATACAG GGTATTATTG GCAACAAAAT
CCTGACGTTA AATTATCTAA TGTTGATCCT CTTGGTCACT ATCTAGATAT CGGTGCATCC
CAAGGAAAAG ATCCTAACCC ACTTTTTGAT ACGTCTTTCT ACCTAGAGCA ATATCCTGAA
GTAACTCAAT TAGGAATGAA TCCCCTGGCT CATTATATTA TGATAGGGGC AAAAAAAGGA
AATAAACCCC ATCCTTTATT TGATACGACT TATTATCTAG AACAGTATCC CGATGTTGTT
GAATTAGGGA TCAATCCTTT ACTACACTAC TTAACCATTG GATTAGAAGA AAATCGCCAT
CCTTTTCCTT GTTCTACCAT TGAATTACCG TCTTTTAAAT TACGAACTGA ACCGATTATA
TCAGAGGAAA TTTCCAAAAG TTTAGATTCT AACTATCAAA CTTGGTTGAG TTTTCATTGT
CCTACAAATG AGGATCTCAA TACGATGGCT GAACAGATTC AGAAATTAGA ATATCAGCCT
TTAATTAGTA TCATCATGCC TGTTTTTAAT CCTAAGATAG CTTATCTAAA AACGGCTATT
AATTCAGTCC TCAATCAAGT TTATCAAAAT TGGCAACTGT GTATTGCTGA TGATGCGTCA
ACTAACCCCC AAGTTTACGA GATTTTAGCA GATTATGCTG CTGAAGATAC ACGCATTAAA
GTAGTTTTTC GTCAAGAAAA TGGTCATATT GCTGAAGCGT CTAATTCAGC GTTTGAAATA
GCAATGGGAG AATTTATTGC ACTGCTTGAT CACGATGATG TTTTGACCCC CCATGCGTTA
TATCACGTCG TTTCTATGCT CAATGATCAT GCCGATGCTG ATATGATTTA TTCAGATGAA
GATAAAATTG ATGAACAAGG TTATTTAAGT GATCCCTTTT TTAAACCTGA TTGGTGTCCT
GATTCTTTTT TATCGAAAAT GTATACCTGT CATTTAGGGG TTTATCGTCG TTCTTTGGTT
GAACAAATAG GTGCATTTCG CGTCGGATAC GAAGGAAGTC AGGACTATGA TTTAGTGTTG
AGATTAACCG AAAAAACCGA TAAAATATTT CATATTCCTA ATGTTCTCTA CCATTGGCGG
ATTCATGCTC AGTCAACGTC TACTAATATT GATAGTAAAA ATTATGCAGT GATAACGGCT
AAAAAAGCGC TTTCTGAAGC GATTGAAAGA CGAGGAGAAC CAGGAACTGT TACGGATGTA
CCCTATTGTT TAGGAAACTA TCATATTCGC TATGAACTAA AAACTGATGA TTTAGTCAGT
ATTATCATCC CGACAAAGGA CTTAGGAGAT ACCCTAAATC AATGTTTAAA ATCAATTTTT
GAACAATCCA CCTATCCCAA CTTTGAGATC ATTCTCATTG ATAATGGCAG TACGGAAGAA
CGATCTCTAG AAGTCATGAA ACAATGGCAA GAAAAAGAAC CTGAAAAGTT AAAAGTTTTT
CCTTTAAAAA TTCCTTTTAA TTATTCACAA ATTAATAATT TTGCGGTTCA GCATTCTCAA
GGAAAATACC TACTTTTTCT CAATAATGAC ATCGAAGTAA TTACCCCTGA TTGGATTGAA
GCGTTAGTTG AACAAGCACA ACGTCCTTCC ATCGGTGCTG TCGGTGCATT ATTATTATTC
CCTGATGATA CTATCCAACA CGCGGGTGTC ATAGGAGGTA TTTTTTACTC GTGTGGACAC
AGTCATAAAC GCTTTCCGTT CCGTTCTCCA GGTTATTTTA ATCAACTCAA TACTATTACG
AATTATTCGG CTGTTACGGG TGCTTGTTTA ATGTGTCGGC GAGATGTTTT TGAAGAAATT
GGAGGGTTTG ATGAAACACT CGCGGTCAAT TATAATGACA TTGATCTCTG TTTTAAGATG
ATTAATAAGG GGTATCGAAA TATCTATTTA CCCCATGTTG TTCTCTATCA TTATGAATCG
AAGAGTCGAG GTTATGACAG CTTGAATAAT TTCAAAAAAG CACGACTATT TTGTGAAGGT
AAATATTTTC AAACTCAGTG GAAAGTGTTA ATAGAACATG ACCCTTGTTA TAATCCTAAC
CTGACTTTTG ATCAAGAGGA TTATAGTATT AGAACTTAG
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| Protein sequence | MKIVYVLPSN LICGGHIVVL QHITRLQARG YDISICLLDR NTPASPESFE WFPYSHIPVF
HPEAFPEDVD ICVATFWATL IPVLNFPAQH KVYFVQSDET RFYDNPIYQS QVALTYFSNI
HFMTEARWIV EWLNLNFGKS ACYIPNGFDP TIIHRVDPII PKPKDKYRIL VEGSINTPFK
RIKEALEVCS YFDCEVWCVS NQGKPCSDWK IDRFFYQVPF NEMKSIYSSC DILLKLSSVE
GFFGPPLEMM ACGGVCVVSD VTGYDEYIVN EYNALVVPNG EIELARKAIQ RLIDDRDLYR
QLQKNGQQTS QQMKWDTSIN KLESFFLEIA QGSRLKSHTS AWIKQINQTL NAYLSLSQEI
EMLRLKAQEV ETLRSQVQTL ENNPGFQHSG NFNFNQSVFS VFKKTSNFFY QFSVLVLTKL
FKLVYWIITF QFPQKLRRWR IAQIISKSGL FDTGYYWQQN PDVKLSNVDP LGHYLDIGAS
QGKDPNPLFD TSFYLEQYPE VTQLGMNPLA HYIMIGAKKG NKPHPLFDTT YYLEQYPDVV
ELGINPLLHY LTIGLEENRH PFPCSTIELP SFKLRTEPII SEEISKSLDS NYQTWLSFHC
PTNEDLNTMA EQIQKLEYQP LISIIMPVFN PKIAYLKTAI NSVLNQVYQN WQLCIADDAS
TNPQVYEILA DYAAEDTRIK VVFRQENGHI AEASNSAFEI AMGEFIALLD HDDVLTPHAL
YHVVSMLNDH ADADMIYSDE DKIDEQGYLS DPFFKPDWCP DSFLSKMYTC HLGVYRRSLV
EQIGAFRVGY EGSQDYDLVL RLTEKTDKIF HIPNVLYHWR IHAQSTSTNI DSKNYAVITA
KKALSEAIER RGEPGTVTDV PYCLGNYHIR YELKTDDLVS IIIPTKDLGD TLNQCLKSIF
EQSTYPNFEI ILIDNGSTEE RSLEVMKQWQ EKEPEKLKVF PLKIPFNYSQ INNFAVQHSQ
GKYLLFLNND IEVITPDWIE ALVEQAQRPS IGAVGALLLF PDDTIQHAGV IGGIFYSCGH
SHKRFPFRSP GYFNQLNTIT NYSAVTGACL MCRRDVFEEI GGFDETLAVN YNDIDLCFKM
INKGYRNIYL PHVVLYHYES KSRGYDSLNN FKKARLFCEG KYFQTQWKVL IEHDPCYNPN
LTFDQEDYSI RT
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