| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_2866 |
|---|
| Symbol | |
|---|
| ID | 8392193 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cyanothece sp. PCC 8802 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_013161 |
|---|
| Strand | + |
|---|
| Start bp | 2898731 |
|---|
| End bp | 2901760 |
|---|
| Gene Length | 3030 bp |
|---|
| Protein Length | 1009 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 38% |
|---|
| IMG OID | 644980816 |
|---|
| Product | glycosyl transferase family 2 |
|---|
| Protein accession | YP_003138551 |
|---|
| Protein GI | 257060663 |
|---|
| COG category | [M] Cell wall/membrane/envelope biogenesis |
|---|
| COG ID | [COG0463] Glycosyltransferases involved in cell wall biogenesis |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 7 |
|---|
| Plasmid unclonability p-value | 0.715807 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 7 |
|---|
| Fosmid unclonability p-value | 0.00303545 |
|---|
| Fosmid Hitchhiker | Yes |
|---|
| Fosmid clonability | hitchhiker |
|---|
| |
Sequence |
| Gene sequence | ATGAAAGTTC TGATTGCTGA TTTTGATTTA TTTAGTAAAG TCGGAGGAGG TCAAACCTTC
TATCGCAGTA TTATTAAGAA AAATCCTCAA ATTGATTTTT ACTATATTGC CGAGAAAGAA
CCATTACAAA CAACCCGTCC ACCTAATGCT CACGCTATCC CTTACCAAGA ACAATTATTA
CTAAGTGACT TCAAAAATTT CTTCGAGGTT ACGCCGCCGA AATGGGTTGA AAGAGCCTTC
GTTATGGCCA GCAATATTGC GGCATCGGTA GCGAATCAAC AATTTGATGT CATTGATGTC
CCTGACTATG AACAATGGGG AATGTTTCTA AGGCCTGCGC TGCAACATTA TCGGGTTAAT
TTTAGCAAAA TTGCCCTATC AATGCACGGA AAAATCTCTA AAACCTTGCG TCTTGATTGG
TTTGATTTTG GTAAGGATAA TATCCCCCTT GATCTACAGG AAAAAATGCA GTACAAAACT
GTAGATATGC GCTATGGTAT TAGCAAGAGT TATCTAGATG AATGGCGAGA AATTTCGGAC
TTAGAGTCCC ATTATTATCA TCCACTTCAT TTTCTTGACC TTCCTAAACC GACGAGAAAC
TTACCTTCAG AAGCACCCCC AAGTTTAAAT TTTATCGGTC GAACAGAAAA GCGTAAAGGA
CCCGATATTT TTATTGATTT AGTTTGGTGG CTTCCCCGTT CTAGTTACAG CAAAGCTCAG
CTTATCGGTC CCCACAGCTA CAACTACAAC AACACCCAAT CTTCTGAATC AATTTTACAA
AGCATGGTGA AAAACCGACA AAAAAATATT GCCATGCGTC CTCCCATGAA ACGGGAAGAA
TTAGCCGAAT TATTTGCTAG TAAATCCGTT ACTTTCCTTC CTTCGAGATA CGATACTTTA
AATCTTGTGG CTTTGGAATC GCTATTTTCA GGTTGTCCAA CAGCTATCGG AAATGGTGCA
GGGGTCTGTC GTTTCTTAAC GGAAAGTTTT CCAGAAGTTC CCTTCATTAA TATCGATATT
AATGATATTT ACTCCTCTCT TCCTGCTATT GGTCAAGTGC TAGATAATTA TGAAGATTAT
CGTCGAAAAT TAGTTGATGC TTTGTTATCA ATTAATTTAG AAGTCACTGA TCCCATTTTA
GAAGAAATTT ATAATCAATC TGTCGTATCT GATGGAGAAA CTCAACAGGA ATTAGAGCAA
TGGTATAGTC AATTAATGAC CTATTGGGAA GATGGTCAGC AAGACTTTGG TATCTATAAA
ATTCCTGGGG TAAAATTAGT TAAATCTCAA CTAAAATCCC AACTTAAACC AACCTATAAG
CAATTCAAAG CAACCCTTAA TGATGTTAAA GCACAACTCA TTAAGCCATT GGAAGATAGC
CGTAATGCTC AAACGGTAAA AGCTAGTAAA TTAGTGAGTC GGTATAAAGC AACGTTTAAT
GCGTCAGAAT TGAATCAAAA AGATTTAACC TACAAAGTCA AAGAATGTTG GCGGTTAGGT
TCAGCTTTTG GAGAATATGT TTCTGCTTTT CAAGAGTCTG CTAATCTGAG TAGCTTAAAA
GATAAGTTAA GCAATGGTTA CCAAATTGAT CGGATTCGCC TGTGGCGAGA AATTGCTCGA
ATTGAAGAAT TACGAGGTAA TGACTTAGTA TCAGCTACCT ACAAATTGCG CGGAATACGC
TTACTAAATA ACGATATTTT TGGTGATCTT TCCTTTGTTT TACGAACCCT AGAAACCAAA
GGATTTACCC GTGAAGCGCA AGCAGTAGAG GCAATATATG GCAAACCAGC CGAACGAAAT
GAGCGTTGTC AAGAACTGAT TGAACAATCT TTGCGGGATA ACGCCGTTAA CCCAGAAAGA
GAATACGAAT TTATTGATGA TCGCCGTCAG AAATCAACCT ACAGGGTTAG TATTATTGTC
TCGCTTTATA ACGCAGCCGA TAAGCTTTCT TTATTCCTAA AAGCTTTACA GCATCAAACT
TTAATCAACA AGGGAGAAGC TGAAATTATC CTAGTTGATA GTGGATCTCC AGGGGATGAA
TACGCTGTCT TTAAACAGTT AGAACCAAAA CTAAATATTC CCATTATTTA CGCGCGATCG
CAGCAAAGAG AAACTATTCA AACCGCTTGG AACCGAGGAA TTTCTCTCTC CAAAGCACCC
TATTTATGTT TCTTAGGAGT TGATGAAAAC ATCTTACCCG ACTGTTTAGA AGTCTTATCC
AAAGAATTAG ATAAAGATCC CCAACTTGAT TGGGTCATTG GTCATAGTTT AGTCACCAAT
GTTGATAAAC AAGGTAGTTG GGTTAGTGAT ATTATGCCCT ACTATCGCAA GGAATATAAG
CAAGATTTAG TCTACTTAGA AACCTGCTAT TTATCATGGG TAGGAGCTCT CTATCGTCGC
TCAATTCATG AGCGATTTGG TTACTATGAT GGTAGCTTCC GAGGTGCAGG AGATACCGAG
TTTAAAAACC GTGTTTTACC CTTTATTAAA AGTAAAGTAG TTGACCGAAC GTTAGGGGTT
TTTTGGAACT ATCCTGATGA ACGAACCACC CAAAGTCCTC TCGCAGAATT AGAAGATATG
AGAGCCTGGT ATCTTCATCG CACTTTACCC GGTATTCGAT ATGCCTTTTC TAACCGAAAA
GTAGAGGAAT TAGAGCAACT GATTTACTTA TCTCTGTGCT ACCGCAAATC CTATTGTACC
CACACCAGTA GTGATTTAGA ATATGCCTAT AATTTAAGTC TTTATCTCAA AGAAATTGCT
CCTAATTCTC AAGCTCTCAA GTATTTTAAG GGGATAGAAA CCTTGCTAAA TGCCTATCGT
GGTTTAGACT GGATGCCAAA ACTATCTCGC TTTTCTCCTA TTGCTAAAGT TTTAGAAACT
CGCAAAATTG CTCACACAAT CCAACAGGAA CATCAAACTT CTTGGAATAA AGAAATGAGT
TTAGGTTTAG TACCGAATTA TAAAATTTTT AATGACAACC GTCATGAACA ACATTCTGTC
CTTTGGTTAA CTGAGGTACC TAAAAATTAA
|
|---|
| Protein sequence | MKVLIADFDL FSKVGGGQTF YRSIIKKNPQ IDFYYIAEKE PLQTTRPPNA HAIPYQEQLL
LSDFKNFFEV TPPKWVERAF VMASNIAASV ANQQFDVIDV PDYEQWGMFL RPALQHYRVN
FSKIALSMHG KISKTLRLDW FDFGKDNIPL DLQEKMQYKT VDMRYGISKS YLDEWREISD
LESHYYHPLH FLDLPKPTRN LPSEAPPSLN FIGRTEKRKG PDIFIDLVWW LPRSSYSKAQ
LIGPHSYNYN NTQSSESILQ SMVKNRQKNI AMRPPMKREE LAELFASKSV TFLPSRYDTL
NLVALESLFS GCPTAIGNGA GVCRFLTESF PEVPFINIDI NDIYSSLPAI GQVLDNYEDY
RRKLVDALLS INLEVTDPIL EEIYNQSVVS DGETQQELEQ WYSQLMTYWE DGQQDFGIYK
IPGVKLVKSQ LKSQLKPTYK QFKATLNDVK AQLIKPLEDS RNAQTVKASK LVSRYKATFN
ASELNQKDLT YKVKECWRLG SAFGEYVSAF QESANLSSLK DKLSNGYQID RIRLWREIAR
IEELRGNDLV SATYKLRGIR LLNNDIFGDL SFVLRTLETK GFTREAQAVE AIYGKPAERN
ERCQELIEQS LRDNAVNPER EYEFIDDRRQ KSTYRVSIIV SLYNAADKLS LFLKALQHQT
LINKGEAEII LVDSGSPGDE YAVFKQLEPK LNIPIIYARS QQRETIQTAW NRGISLSKAP
YLCFLGVDEN ILPDCLEVLS KELDKDPQLD WVIGHSLVTN VDKQGSWVSD IMPYYRKEYK
QDLVYLETCY LSWVGALYRR SIHERFGYYD GSFRGAGDTE FKNRVLPFIK SKVVDRTLGV
FWNYPDERTT QSPLAELEDM RAWYLHRTLP GIRYAFSNRK VEELEQLIYL SLCYRKSYCT
HTSSDLEYAY NLSLYLKEIA PNSQALKYFK GIETLLNAYR GLDWMPKLSR FSPIAKVLET
RKIAHTIQQE HQTSWNKEMS LGLVPNYKIF NDNRHEQHSV LWLTEVPKN
|
|---|
| |