| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3738 |
|---|
| Symbol | |
|---|
| ID | 8393086 |
|---|
| 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 | 3837123 |
|---|
| End bp | 3840818 |
|---|
| Gene Length | 3696 bp |
|---|
| Protein Length | 1231 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 37% |
|---|
| IMG OID | 644981668 |
|---|
| Product | FkbH like protein |
|---|
| Protein accession | YP_003139384 |
|---|
| Protein GI | 257061496 |
|---|
| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
|---|
| COG ID | [COG3882] Predicted enzyme involved in methoxymalonyl-ACP biosynthesis |
|---|
| TIGRFAM ID | [TIGR01681] HAD-superfamily phosphatase, subfamily IIIC
[TIGR01686] FkbH-like domain |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 8 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 11 |
|---|
| Fosmid unclonability p-value | 0.0423979 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGAAAACTG TTCACGAACT ATTGTCCGAA CTGCGCCGCC TTCAGATTAA ATTGTGGTTA
GAGGGTGATA AGCTTTGCTA TCAAGCCCCA TCAGGAGCCT TAAACCCAGA ATTACGGCAA
CAGGTCAAGC AACACAAGCC AGAAATTATT TCTCTTTTAC AAAATGCTCA AACAAATAGA
GTTGTTAAAG AGGACTCTAT TCCCCTAATT CCTCGAAAAG ACGGACAAAC TTTTCCCCTA
TCTTTTAGTC AACAAAGACT GTGGTTTCTG TCTCAGTTTG AAGGGACAGG TGCTACCTAC
AATATGCCAG TGGCCTTAAA ATTAGAGGGA AACCTCAATC AATCTGCTTT AATTAAAAGC
TTTAATGAAC TTGTACAACG GCATGAAATT CTGCGGACTC GTTTTATCCT TGAAAATGAA
CACCCGGTTC AGGTAATTGA TAGAGATATT ATTTTGCATT TCCCTGTATT GGATTTAGAG
GGAATTAACC AGGAAGAACA AAACAAACAA ATTGAAAAAT ATATTGAGGA AGAAAATCAC
TATCATTTTC AATTAGACCA AGAACATTTG ATTAAAGTTA CCTTACTTAA GCTAAAACAA
ACCTGTCATA TTCTGTTGGT TAATATTCAC CATATTATTG GGGATGGGTG GTCAGGAGGA
AGATTAGTTG AAGAATTATC TCAACTGTAT GAGGCTTTTT GTCAAGATAA GTCTTCTCCT
TTACCTAATT TAACGGTTCA ATATGCCGAT TATGCCGTCT GGCAGCGAGA ATGGATAGAA
GGAAACGAAG GGAAAAAACA AGGTCAATAC TGGCAGAAAA CCCTTAATAA TAGCCCTGCT
TTAATCAATT TACCAACTGA CTATCCTCGT CCTAAAGTTC AAAGCTTTAA GGGAAAAACC
TATCAGATTG ACTTACCATT GTCTCTGATT AACTCCCTTA AGGAATTGAG TCAGCAGCAA
GGAGTTACCC TATTTGTAAC TCTTTTAACC GCTCTAAAAA TTGTTTTGTT TAAATGGACT
CACCAAGAAG ATCTAGTCGT AGGAACAGTT ATTGCCGGAA GAAATCGAGT TGAGATAGAA
CCGCTTATTG GTTGTTTTAT GAACTTTCTG GCTCTTAGAA GTCAGCTAAC AGAAGAAACT
ACTATTAATC AATTACTACA GCAAGAGAAT AAAATTGTTC TTGATGCCTA TAGTAACCAA
GATTTCCCCT TTGAAAAAGT CGTTGAGATT ATTAACCCCG AAAGAAATAC CAGCCATAAT
CCAATTTATA ACGTAGGGTT ACTCCTACAA AATTTTGCTA AACCCCCGCT TTTTGGAGAT
GAATTAACTG TTACTTCGAT TGAAAATGAT GCAGATATTG CCTTACTAGA CCTCAGATGG
GTTATTACAG AAGAGTCTAA TAAAATAGTT TTAGATTGTG AATATAGTAC CTCGTTATTT
CGTGAAGAGA CGATTGAGTA TTTAGTTAAA AGCTATGTAA AAGTGTTAGA AACGGTGATT
CAGAATCGAG AAATTAAAGT TAAAAATCTC AAGCTATTAC CTAACCTTCA ACAGCAAGCC
GAAAAAGCAA AATTAAGAGA ATATAAACAA ACGATCGCGA TCGCTGCTAG TTTCACTGCC
GAACCGATTG AAGCAATCTT AAGCTATTGG ATGGAAAAGT TAAGTTGGCC ATCCCAAATT
CAATTAGCCG CTTATAATCA AGTCTTTCAA GAACTACTCA ACCCCAACAG CCTAATTAAC
CAAAATCATC AAGGAATTAA TATCATTTTA ATTCGCTTAG AAGATTGGGT CAGATTCACT
GAAAATCAAC AGTCTTCGGA AAGCTTGACC GATAAAATTC GCCAAAATGT CAATGAGATC
ATATCTGCGA TTCAACAGAC TCAGCAACTT CGACAATCTC CTTTGATCTT AGCTTTGTGT
CCAAGTTCAC CAACATTTGT CGCAAACCAA GCTAGTTTCC TCACGCAAAT GGAAATTCTC
ATGGTTTCGC AACTCAAAAA TCTTCATAGA GTTCATCTGA TTTGCTTAGA GGATATCAGG
AAAACTTATG CCGTGTCGGA CTATTACGAC GCTAACCGAG ATGAATTAGG ACATATTCCC
TATACGGAAG TTTTCTATGC AGCCTTAGGT ACGGCTATTG CGCGTAAAAT CTATGCCCTT
AAACAGTCTC CTTACAAGGT GATTGCCCTT GATTGTGATA ATACCCTATG GGGTGGAGTG
TGTGGGGAAG ATGGGGCAAC AGGTGTTATT ATTGATGAAC CGAGAAAAAT ATTGCAACAA
TTTATTGTTG AGCAACAAAA AATCGGTAAG TTAATCTGTT TATGCAGTAA AAATCAAGAA
GAAGATGTCT GGAGTGTCTT TGAGGCTCAT CCAGAAATGT CCTTAAAACA AGACCATTTA
GTTGCTTGGA AAATCAACTG GCAAAGCAAA TCAGATAATT TGCGAACCTT AGCCAAAGAA
TTAAATTTAG GATTAGATAG TTTTATTTTG ATCGATGATA ATCCCGTTGA ATGTGCTGAG
GTTCGAGCTA ACTGTCCTGA GGTTTTGACC TTGCAACTCC CAGAAATTTC TCAAAAAATT
CCTGAATTTC TTAACCATAT TTGGGCATTT GACTCAATAC AAACAACCGA TGAAGATAAA
AAACGAACTG AACTGTATCG TCAAAATCTA GCGCGGGAAG AATTACAGCA GAAAAGTTCG
ACCTTTACTG ACTTTCTTGC CGGGTTAAAC CTCAGTATTT CCTTTGAGCC TATTAATCAA
GATAACTTAT CTAGGGTCGC CCAACTGACC CAAAGAACCA ATCAGTTTAA TTTAACAACT
ATTCGGCGCA ATGAAGCAGA AATTGAAGAT TTATTAAAGG CACAACAATT AGAAGGTCAA
GCGATTAAAG TTAACGATAG GTTTGGAGAT TATGGATTAG TAGGAGTTGT CCTATTTAGC
TATGATGAAA CTGTCCTAAC TATAGATACT TTTTTGCTTA GTTGTCGGGT GTTAGGAAGA
GGCGTAGAAT ATGAAATGTT GAAATATTTA GGAAACTTAG CCCAACAGAA AAATTTAAGT
TACGTTAATG CACCTTATTA TGTAAGTGCG AAAAACAAGC CCGTTTTAGA TTTTTTGGAA
ACCATCAGTC AAGGACACAA ACACCCCATT GAGGGAGGAT GGATGTTTAA GTTTCCGATT
GAACTCATTA TGAAGACAAA ATTCAATCCA ACGCAGACAG TTTCCTCGTC TTCTTTGACA
GCTTCTAGTG AGCTAAACCT AGTGGTTCAA GCACCTTGGC AACTCTTAAA CGAAATTGCT
ACTGAATTAA TTAATCCCCT AGATATTGTG CAAGAAGTTG CAGCCAAACA GCAACAGAAC
CGTTCTGAGC ATCTAGGAGA GTTTGTTGAA CCTCGCAATG AAATAGAAGA ACAATTAGTT
ACGATTTGGC AGGAGGTATT AAAAGTTGAT CGAGTTGGAA TTACTGATAA TTTTTTTGAT
ATTGGGGGAA ATTCCCTCTT AGCCACTCAA GTTATTTCTC GAATGCGTAA TGCTTTTGGT
TTGGAACTAC CGTTATATAG TTTATTTGAG CATCCTACAA TTATTCAAAT CAATGAATAT
ATGGCTAAAA CTCGTTCAAC TTTGACTAAA TTGACCCCTA ATTCTACCTT GAGAACTGAT
CAATTAGATG ATGATGTAGA GGAGTTTGAC TTATGA
|
|---|
| Protein sequence | MKTVHELLSE LRRLQIKLWL EGDKLCYQAP SGALNPELRQ QVKQHKPEII SLLQNAQTNR
VVKEDSIPLI PRKDGQTFPL SFSQQRLWFL SQFEGTGATY NMPVALKLEG NLNQSALIKS
FNELVQRHEI LRTRFILENE HPVQVIDRDI ILHFPVLDLE GINQEEQNKQ IEKYIEEENH
YHFQLDQEHL IKVTLLKLKQ TCHILLVNIH HIIGDGWSGG RLVEELSQLY EAFCQDKSSP
LPNLTVQYAD YAVWQREWIE GNEGKKQGQY WQKTLNNSPA LINLPTDYPR PKVQSFKGKT
YQIDLPLSLI NSLKELSQQQ GVTLFVTLLT ALKIVLFKWT HQEDLVVGTV IAGRNRVEIE
PLIGCFMNFL ALRSQLTEET TINQLLQQEN KIVLDAYSNQ DFPFEKVVEI INPERNTSHN
PIYNVGLLLQ NFAKPPLFGD ELTVTSIEND ADIALLDLRW VITEESNKIV LDCEYSTSLF
REETIEYLVK SYVKVLETVI QNREIKVKNL KLLPNLQQQA EKAKLREYKQ TIAIAASFTA
EPIEAILSYW MEKLSWPSQI QLAAYNQVFQ ELLNPNSLIN QNHQGINIIL IRLEDWVRFT
ENQQSSESLT DKIRQNVNEI ISAIQQTQQL RQSPLILALC PSSPTFVANQ ASFLTQMEIL
MVSQLKNLHR VHLICLEDIR KTYAVSDYYD ANRDELGHIP YTEVFYAALG TAIARKIYAL
KQSPYKVIAL DCDNTLWGGV CGEDGATGVI IDEPRKILQQ FIVEQQKIGK LICLCSKNQE
EDVWSVFEAH PEMSLKQDHL VAWKINWQSK SDNLRTLAKE LNLGLDSFIL IDDNPVECAE
VRANCPEVLT LQLPEISQKI PEFLNHIWAF DSIQTTDEDK KRTELYRQNL AREELQQKSS
TFTDFLAGLN LSISFEPINQ DNLSRVAQLT QRTNQFNLTT IRRNEAEIED LLKAQQLEGQ
AIKVNDRFGD YGLVGVVLFS YDETVLTIDT FLLSCRVLGR GVEYEMLKYL GNLAQQKNLS
YVNAPYYVSA KNKPVLDFLE TISQGHKHPI EGGWMFKFPI ELIMKTKFNP TQTVSSSSLT
ASSELNLVVQ APWQLLNEIA TELINPLDIV QEVAAKQQQN RSEHLGEFVE PRNEIEEQLV
TIWQEVLKVD RVGITDNFFD IGGNSLLATQ VISRMRNAFG LELPLYSLFE HPTIIQINEY
MAKTRSTLTK LTPNSTLRTD QLDDDVEEFD L
|
|---|
| |