| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_2865 |
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| Symbol | |
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| ID | 8392192 |
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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 | 2894553 |
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| End bp | 2898152 |
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| Gene Length | 3600 bp |
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| Protein Length | 1199 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644980815 |
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| Product | hypothetical protein |
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| Protein accession | YP_003138550 |
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| Protein GI | 257060662 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.739863 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.00031468 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGGTGCAAA AGTTTATTAT CATAGACCAT TCTTTATGTA ATCTTCAAGG ACATCACTAT
GAATGTAGTA TCTCTGTGGC TGAAGCAGCC GATAGACTAG GGTATTATCC TATTATTGTT
GCTAATCATA CTTTTCCCAA AGCACTCTAT CATCCCAATA TTAAAATTAT TCCTGCTTTT
GAGGTTGATT GGTTTAATAA TCCTGTTTAT TTTAAGAAGT CCTCTGATGG GAGATTTACC
TGGCAAAAAA TCCTTGAAAT TTTGACTGAT CATCCTTTTG AGAAAATCTA TCAAGCAATA
AAATTAAAAA TCGAATTAAA ATTCAGTTAT TGGAATTTAA CTCAACCTAA ACTAAGAGTT
TTTTTAGAAA AAGTTCAAGG TAGTACTTCT CGTTTGTTAG GGTGGATTAA TAAAGATATT
GAACTGTTAG GTTCTATTCC TTTATCTAAT ACTCTTTGGG GGATCTTTAA AATTATTTGG
GGCTTATTGA GATTTGGTTT TAAGCTAATA ACAACTAAAA TCAATCAGAA ATTATTAGAT
TTATTAACAC CTAAAGTAAG TAGTTTTTCG GACACTTTAT CAAGGATTTT GAAGGCTCTT
GAAGTTACTT CAGAAGATCA TATTTTTATT CATACAATTG GAATCGAACA AGTTGAAGAA
TTATATCATC TATTAACATC CGATAAATTT TCCCTCAGAC CTAAATTTCA TGTTATGTTA
CGTCGAGATA CTGAAGAACC CTTGATTGTT TATGCTAAAG GAATGGGATT AAAATCGATT
CTTGAACAGT GTTATGAGTC TAAACTTTGG CCAGAAACAC TACAATTTTA TACTGATACT
GAAGACCTTG TTCAACAACA TAATCGTCTA AGTTCAGTAA TTTTTCGTCA AATTCCTATT
CCTTTTCGTC AAGAAAAACT CAAAGCATCT CCGATAAAGA TAAGCTTAGA TAAACCTATT
AATGTTGTTT ATTTAGGAGA TGCAAGACCC GAAAAAGGCT ATCATTATTT ACCCGATGTT
GTTGCCGCTT TATGGACAGA TTATATTCAA CCGGGAAAAA TCAAATTTAT CATACAATCT
AACTTTAATA TTGAAGGAGG AGTTGGCGAT ATTCCAACAG CAAGACTTAA ATTAGAAAGA
TATCCTAGCG ATAAAGTGTC TCTGATTAAA CAAGCGATGT CTCCTGATGA TTATTATCAA
CTTTTAGGAG AGGCTGATCT CCTGGTATTA CCCTACGATT CAACTAATTA TCGTATTCGT
ACTTCAGGGG TATTAACTGA AGCATTAGCA GCCGGAAAAC CCGTTGTTGT CCCTGCCAAT
AGTTGGTTAG CAAAACAAGT TGATTCTTCT CGTGCAAGTA TTTATAAAAC CCTCGATGAA
ATTCCGCAAG GTATCATCAC AATTGTTGAG AATTTACGAC AATTTACCGA AGCAGCGCAA
GAATTTTCTT CAGGATGGAA ACAAAAAAAT TCACCTGATT CTTTAGTGAA ATGTTTATTG
ACTCAAACTG ATATTCTTAC TCAAAATATA GCTGTTACTT CTGCCCCGAT TAAAAATGAT
TTATTGTTGT CAAAAACCCT TAATTATTCA GTGCCTAAAA TTCTTTTAAT CCTCGAAGGT
GATTGTTTAT TCACCCAAAA TCATCAAGCA AAATTGATGA TTAAGCATAT TGAATATTTG
TCCCGTTGTG GTTATGAGAT TTATGCCCTA TTTTTTCCAA GTAACCAAAC TTGTAGACAA
GAAAATTTTG ATATTTTTGT CATGCAATTA AATGGGATTA TTACAGAAAT TAATCAAGAT
TTTCCTCTGA CTCAAACTTG CATTGCTGAT TACCGTATTC CCAACTCAAT CCCCCAAGAC
ATTAATCCTT ATCAATACAC TCAAGATGTA GCCTATAATC GAACGAGTTT AGTACGGGAT
TTAGTCGAAA GATATCATTT AGAAATTTCC TCGTCTTTTG AACAATTACT ACAAAGTAAT
CCCTTTGATC TTATTTTTAT TAACTCGATT GCTAGTTGGA GTATGATTGA GAGATTTTCT
TTAGATAAAT CTCCAATTAT CTGTCAGTTT TCTGATATTT TGTCTTGTCA ATATGCCCTC
AATAATCAGC GAGAAATTGA CTTATCTGAA TATGCACTAG AATGTCAATT ACTGAATCGA
TGTCAAGTTC TCTTAGTTGA GCATGATTAT GAGTTAGAAA AAATCCAAGA AAAAGTAACT
AATCCTAAGA GTTATTTAAT GCCCAGTGAT AACCAAAAAC AAACTCAAAT ATCATTAGAA
AGTTGCTATT CTAACCTGAT GGATGAGGTT TGCTATAACC TCCTTAAAGA CAAAGCGTTA
CCCCAGAAAG CCGAACACAA GAAAATTGCC ATTTTATATC CTTGGGGAGA TATTTTAGAA
CGAAAAAGTG GGGCAAGTAA AAGGGTTGGA TTATTAGTTG ATTACCTGAA ATTACAATCC
TATCAAGTTT GGGTCTTTAC TACGGGAGAA GAAAAAGATT TTAGACAAGA TAATATCCAT
TATACTTACT ATCAACAATC CTATGAAAAC TATTGCTTAG TTAAAGACAT TTATGCCGAT
GCCTATCAAT CTTGGGAAAA GGCTTTAGAA TTAACGTTAA AGAATCAAAC TAATAAGTCA
AAAATCTCTG ATGAATCTAA TCATTGGCTA CCCTGGATTT ATTATCAGTA TCGCTTTGAT
AATCGCTTTA TTAAAAAAAT TGAACAGATA GCAGAGTGGG CTGATATTAT TCTCTTAGAA
TACCCATTCT GGGCATCTAT TGTAGGTCAG ATTTGCCATC AATATAAAAC CAAATTAATT
ATTACTGCTC ATGATATTCT TTGCCAACAA TTAGATGACT CAACCTTTCT TGGAAAGATT
GCTTTAACAG AAGAAATTGA AGGACTAAAA CAAGCTAATC ATCTCATCTG TGTTTCTGGA
AATGATCAAG ATTTTTTAAG TCAATATGGA TTAGATTCTG AAGTTATTCC TAATCCCATT
AATTTAGACT TAGATCAATA CATTGATCGG CAAAAAGAAG ATAAAAAACT TTTAAAAAAA
TTAGAAAAAA ATGAACTAAA ATTATTAAAT AAACCCTTTT GTTTATTTGT GGGTAGTCAA
CATTTGCCCA ATTTAGAAGC AGTTAGTAAT ATACGTCAAA TGGCTCAAGA TTTTTCAGAA
AAATACCCTA ATATTGCTTG TAATTTTATC GTTGTTGGTA GTTGTTGTCA GCCAGAACAC
CAGCAAAACT TTTTCTCGTT AGGACAAGTA GAAAGTTCAA TACTCTCTTT TCTATATCAT
CACGCATCCT TGATTATTTC TCCCCTCTTG TCAGGCACAG GAATTTCTGT CAAAATTGTG
GAGGCAATGG CTTATGGAAA AGTTATTCTC GGTACAAGTG TCGCTTTTCG CGGTTATCCC
ATTAAATCTC AACAAGAAGC GATTATTTGT GATCATTTGA GTGACTATCC CACCCATATT
GCTACCTTAA TTACCAATAG TCAACAGACT CAAAAAATCG GACAAAACGC AGCACAATTC
GCCCAAAACT ATGATTATCG TTCCTTATAC CAACTATATA AGAAACTGAT TGAAAGTTAA
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| Protein sequence | MVQKFIIIDH SLCNLQGHHY ECSISVAEAA DRLGYYPIIV ANHTFPKALY HPNIKIIPAF
EVDWFNNPVY FKKSSDGRFT WQKILEILTD HPFEKIYQAI KLKIELKFSY WNLTQPKLRV
FLEKVQGSTS RLLGWINKDI ELLGSIPLSN TLWGIFKIIW GLLRFGFKLI TTKINQKLLD
LLTPKVSSFS DTLSRILKAL EVTSEDHIFI HTIGIEQVEE LYHLLTSDKF SLRPKFHVML
RRDTEEPLIV YAKGMGLKSI LEQCYESKLW PETLQFYTDT EDLVQQHNRL SSVIFRQIPI
PFRQEKLKAS PIKISLDKPI NVVYLGDARP EKGYHYLPDV VAALWTDYIQ PGKIKFIIQS
NFNIEGGVGD IPTARLKLER YPSDKVSLIK QAMSPDDYYQ LLGEADLLVL PYDSTNYRIR
TSGVLTEALA AGKPVVVPAN SWLAKQVDSS RASIYKTLDE IPQGIITIVE NLRQFTEAAQ
EFSSGWKQKN SPDSLVKCLL TQTDILTQNI AVTSAPIKND LLLSKTLNYS VPKILLILEG
DCLFTQNHQA KLMIKHIEYL SRCGYEIYAL FFPSNQTCRQ ENFDIFVMQL NGIITEINQD
FPLTQTCIAD YRIPNSIPQD INPYQYTQDV AYNRTSLVRD LVERYHLEIS SSFEQLLQSN
PFDLIFINSI ASWSMIERFS LDKSPIICQF SDILSCQYAL NNQREIDLSE YALECQLLNR
CQVLLVEHDY ELEKIQEKVT NPKSYLMPSD NQKQTQISLE SCYSNLMDEV CYNLLKDKAL
PQKAEHKKIA ILYPWGDILE RKSGASKRVG LLVDYLKLQS YQVWVFTTGE EKDFRQDNIH
YTYYQQSYEN YCLVKDIYAD AYQSWEKALE LTLKNQTNKS KISDESNHWL PWIYYQYRFD
NRFIKKIEQI AEWADIILLE YPFWASIVGQ ICHQYKTKLI ITAHDILCQQ LDDSTFLGKI
ALTEEIEGLK QANHLICVSG NDQDFLSQYG LDSEVIPNPI NLDLDQYIDR QKEDKKLLKK
LEKNELKLLN KPFCLFVGSQ HLPNLEAVSN IRQMAQDFSE KYPNIACNFI VVGSCCQPEH
QQNFFSLGQV ESSILSFLYH HASLIISPLL SGTGISVKIV EAMAYGKVIL GTSVAFRGYP
IKSQQEAIIC DHLSDYPTHI ATLITNSQQT QKIGQNAAQF AQNYDYRSLY QLYKKLIES
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