| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_4502 |
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| Symbol | |
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| ID | 8393856 |
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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 | 4656765 |
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| End bp | 4662710 |
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| Gene Length | 5946 bp |
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| Protein Length | 1981 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644982409 |
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| Product | protein of unknown function DUF490 |
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| Protein accession | YP_003140119 |
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| Protein GI | 257062231 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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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 | 27 |
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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 | ATGACTAATA TAACACCTAA TCCCCCACCA GAACCGTCTG AATCTAACCA TTTATTGACT
CGATTGACTA ATTTTATCAA GAAACCTTCT ACGCTTATTG TAGGGGGAAT GTTGTTAACA
GTGGGAGTGA CAACCTATGC AGGACTTAAT TATTTTGTGC ATCAAAAGTT ATCTCCTCTT
CTTTCAAGGG AATTAAGTAA ACTTTTACAA AGGGAAGTTA AAATTGGAGA AGTTGAAAGT
TTTTATTTTA ATCAAGTTCG TCTAGGTTTT TCGACTATTC CAGCAACTAA AACCGATACA
GATTATCTGG AAATTAAAGC GATCGCTATT GGTTTTAATC CCTTTCCTAT TTTGATTGGC
AAACCTTTGG CTGTCAATAT TACTCTTAAT CATCCTACTT TTTATATTGA ACAAGATCAG
AAAGGAGAAT GGTTACAATT ACCAACAATA AAAGAAGAAG GAGAGTTAAA TCTTCCTATT
GGTATTAAGA CTAAAGTTCG TTTGGATAAT ACAAATATTC AATTTCGTCC CCATGGATTG
AAAAAGTCTT TAAATCTCGA CTTAGAAGGG GAAGCAGGTT ATGTTTATCA ATCCAATGAC
AATCAATGGA TTAATTATGA TGTTGCTGCT AATATTTTTC AAAGTAATAT TAATATAAAA
GGAGAAACTC ATCTTAAAAG TTGGAAAACT CAAGCGGATT TAACGGTTAA TCAATTAGAT
CTCCCTCAGT TAGTTTCTTT TGTTCCTAAT TTGCCTCTAA CCCTTAAAAG TGGTCAAGTC
AACGGTAATT TTAATCTGTT GTTCAATGCT TTAGATAACC TAGAAGAAAA CCAAAGTTTA
GGACAAGTTA ATATTTCTAG CATTGAAGCG GATATTAAAC CACTTCAAGT TCCCCTTAAG
GCTAATTTAA ACTTAGAATT TGAAGGTAAA AATATTTTAT TTAAAAATAC TGAAATTAGT
TTAGGAAAAT TAGTTACTGA AATTACAGGG TCAATTAATT GGCAAAAAGG ATATAATCTT
AATTTTAATA TTAATCCCAT TTCTTTAAGC AATTTAGTTA AGATTATTCC GAGTAAATTA
CCCCTTAGTT TGCAAGGTGA ACTAGCTGGA AAAATCAAGT TAAATGGAGA ATTAACTAAT
CCTATTTTAA CGGGTTCAAT TAATAATACT AAATCGCTAT TGATTGATCA AATTGCTATT
AAAAATCTCA AAGCTAATTT TACTGCTAAT TTAGATCAAG TCCAACTTCA ACAACTGCAA
ATTCTTCCAA CTGCGGGGGG AAGAATGACT GCTAAAGGAA AACTAGAAAC AGGTATTCTT
AAATCGATTC AAAAACAAGA AGCTATTAAT TGGCAAAAAA TGCCCTTACT GTTTGGGTTT
GAGGCACAAT TACCCACTCA AAAACTTTTA ACTCCCTATC TTCAAACTTC CCAAAAATTT
AGCTTAGGGA ATATCACAGC AAAAGGTTCA CTTAGCAGAA CATTAGGCAA TCCATTAGGT
AAAATAGAAT GGCAAACTGC TAACTTAATT AGGGTATCAG GAGAACAAAT TTCAGGACAA
GGAAATCTTC TGTTATCGGG AACTAATATT TTACTTAAAG ATACAGTTCT GCGTTCTACA
GGAGGAAATA TTACAGTTAA TGGATTAGGG AATTTTAAAG CTAATCAATG GCAAACTAAT
TTAACCGCTA ATTCTTTTGT TCTTAATCCG TTGTTAACAG TAGCTTGTTC ATTTATTAGT
TGTTCTGATA AAATTTTAAG TCAAGCGATC GCGCTTAATA AAGCTAACTT GAATTTGTCG
GGTAAATTAA ATTCTTTTGA ACCCAGAACG TTTAACGGGA AAGGCAATTT TCTGATTAAT
CTTGATGGAG GTGTTGTTGC AATTAATAGT AATCTTTCTC AAGGTAATCT AAATGCTACT
GCTTCTCTTT CAGAAATTAA TCTTGATCCT TTCCTTACTA CTGTAACGGT TCCCATTAAA
TTAGCACAAA CAAACGTTAA TTTTTCGGGT TCTATAGAAG AAATTTTTAG AGATTCAACC
TTTAATATTA ATTCTCTTAG TGCCAATGGT AATTTACAGC TAGTCGTCGC AGGAAGTCCT
ATCAATAGTA ACTTTAATTT AGGCAATGGA ATCGTAGGAT TAGAAACACA AATTAGTCAA
CTTGCACTTA ATCAAGTTAT TCCGAATTTA CCGATTGAGT CGCGTTTAAT TAGTAGTAAT
TTTACTTTAA CAGGAAATCT TAATTCTTTA ATTAAGTCTT TGGGTAAATC ACCTGATTTT
ACTAGCTTTC AAGCGAATGG TACTGCAAGA TTAGCCGTCA ATAATGGACA AGTTAATGTT
ACTGGAAGAC TCAACAATGG ACAAATTAGT GCCATGGTTA ATTTAGGAGA ATTATCTCTT
GATAAAATGA TTCCTGAATT GCCCATCGCA GCGCAATTAA TAGGAGGTAA AATTAATTTA
TCGAGTCCCC TGACCCCTTT ACTTTCTACG ACTCCTAATT TAGATAATCT CAACGCTACT
ATTAATTTAC AACTGGCAAC AGCCCAAGGT AGAATCAATA GCAATACACA ATTACATGGC
AATCAATGGA ATACGAATAT TACTGGATCC AACCTCAATT CTGCTCTCAT TTTAAGTCAA
ATTGCGCCAC AATTGTCATC ACTAGAAATT TCCGACTTAA ATTCTAAAAT TAATCTTTCA
GGTAGTCTCA AGGGCATTTT TCAAGGACAG ACAACTATTC CGATTCAAGT TAATACAATT
GCCTTTCAAA CCAATGGGCA AATGTTAAAG GGACAAGGTA GTATTTTATT ATCTAATCTT
CTGACAAACC CTGATATTAC CAAGATAGAT TTATCCGTTA ATGCTAGTTC TAACTTTGAG
CAATTACCCT TAATCCAATT AATGTCTCTT ATTCCCTTAG ATAAAAAATT ACTCCCCGAA
GAACTTAGTT TAAAAGGAAA GGGACAATTT ACCGGACAGT TCATTGCTAA AAACTTGTTA
ACTTCTCCTA ATATTCCAGG CAATATACAA TTATTAGGCA ACTTAAAATT AACTAATTTT
GCGATTAATA ATCGCATTTT TGAACCAAGC TTAAGCGGAA AACTCAACGT AATACCAGGA
AAAACTATTG CTTTAAATCT AAAAGGTAAA CAAGATACTA TCCTAGCTAA ATTAACTGCT
TGTAATCAAA ACAATTGTCC TATTCCTTAT CTTCCTGTTT CCTTTGAATT ACGTCAAACC
TTTGGAGAAC AAATCCCTAT TATAGCCACA GGAAAACTAC AAAATAATCG ACTAATCACC
CAAATACAAG CGTTTCCTTT AGACTTATTT AACATTACAC CAGGTCAACA GTATGGTATT
TTAGGGGTTA TAAATGGATC TCTAGATACT CAAATTGAAA TTGATCCCTT TACCCTTCAA
GGATGGGGAA AAATTACCAT CCAACAACCC AGATTGGGGT TTATTAAAGC AGAAAAATTT
ACCGCAGAAG TTAGCTATAA CAACAATATT GCTGCCTTAA GCAATGCTAG ATTAATATTA
GGACAAAGCA ATTATAATCT CAATGGTTCT ATCAACCTAA AATCTGGTGC ATTACAAGGT
AACTTAAATA TTGAACAAGG TTACATCGAA GATCTACTAA CTGCTTTAAG AATATCTAAT
GTTGAACGAT TTTTACACTT AATTCAATTA CAACCGATTG ACTATGCTAC ATCCGAAAAA
ATTGGGATTC AATCTGCCGG TAATGCTAAT AGAACTATCG CTGAACAAGT CAATTTACTG
GCTATAATTG ATCAAAAAAT TCGTCAATTA GCCAATGAAA GAGAAGCAGG ATCAATTCCA
ACTGAACTCG ATCTGCGAGG ACGTTTTAAC ACAAATATTT CACTTACTGG AACGTTATTT
AATCCTACTA TTAATGTAGC ATTCAGTGGT AAAAAGTGGG AATGGCATCC TCAAAAAGCG
TTTCCTGATA TTGTTGAACC CCTAGGTTTA GTCATTCGAG ATCAAAAATT TATTCCCATT
AACCAAGTTC AACTACAAGC TAATTTAAGT AATGGTGTGA TCGCTATTGA AACAGCTAAA
ATACAAATTA AAGAAACCTT ATTATCTCTA GACGGAAAAT TCTCTTTAGA ACAAATTGCT
GCTAATTGGA ATATCCAACG ATTATCTCTA GATACTACCC GTAACTTTGT TCCAATTCCT
GTTGATATTT CTGGTGATAT TAACTTAGCA GGTAAACTAG AAGGAACACT GTTTAATCCT
CAAATTAAAG GACAATTTTC TCTGGTTGAT GCGTCATTTC AAGGACGATT TTTAAATCAA
ATTATTGCTG GACAATTTAA CTATCAAGAT CAACAGCTTA AACTATTAAC AACTGATCCC
TCTTTTGTCT ATAGTGCCAT CAGTGTTCCT TTTCCAATTT ACCCTGATAA TAATACCTTT
GATATTGATA TAAGATTAGA TAACAACGCA CTACAATTAA TCGGTATATT AACTCAAGAA
CAAATTGTTT TAAGCGGAGG AGAAGGTGAA ATTATTGCCA AAGCAACAGG ACGCATTGAT
CTCAATCAAG GATTAAGATT ATACGACTTA AATGCTCAAG GAAACGTTAA CTTAAATCAA
ATAATATTGA GAAGTCCCAC CTTACCTGAA CCCCTAACAA TTACTGGACA AATTATCATT
GATGATCAAA CCATACAAGT CCCCCAACTT CAGGGAACCT TTGCTAAAAG TACCTTAGCA
ATGACCGGAA TTTTACCCTT GTTTGAGTCT AATTCCCAGA TTGAAACCCC TTTGACTGTT
GCTATTCAAC AAGGAAAAAT TGACTTACAA GGATTGTATA ATGGACAAAT AGAAGGAAAC
ATTATTGTTA CAGGAAATGC CATTAAACCC ATTGTAGGAG GTCAAATTAT TTTAGCCAAT
GGGGAAGTTT TTATTCCACA AACTCCCGAC ACTAATCAAG CAGAACCTAT TGCTGCTTTT
AATCAATGGT CAAAAATTCG TCGTCAGGCA ATTCAGTCAG AAAAATCCCT AGCATTTATC
CCTGAATTGC AAGATTTTAG AGTCAGTTTA CAAGGACTAT CCATAGAATC TTTACCTATC
TATCAATTTC AATTTGGAGG AGATTTACTT ATTAATGGAC ATCTCAATAA TTTTGCTACT
TTACAACCAG AAGGAAGCAT TATTATTAAT CGAGGATTAA TTAATTTTCT TGAAACTCGC
TTTTTTATGG AACGTCGTCA TCTTAATCAA GTGGTTTTTC AACCCGAACA AGGATTATTA
AACCCTGAAT TAGATATGCA ACTAAGAACC ATTGTTTCTG AAGTTCCTAA TACCACTAAA
CAGTTACGGA CAGGGGAAAC CAGCGAAATT CCTGATGATA GTTTAAATAA AGTCCAACGG
ATTGATATTA ATTTAGCCCT TAAAGGTTCT TTAAATCAAT TAATTCCTAA TCTTAATCAA
GATCAAACTG AAGTGTGTCA GATTAGAAAT CCGCTTCAAC CCATACGAAC TGAAACAACC
TTTTCTGAAG CAGAATTAGA ACAACTAGAG ACTTGCTTAA CCCTCTTAGC GAATCAACGT
CAAGGGACAC CAGACGAACA ATTATTGAGT AATCCCGTTA TCAGTTTAAC AAGTAATCCT
CCACGAAGTC AGGGGGAAAT TGTGCGATTA TTAGGCGAAC AACTATTTGT TTTAGCTGAC
GCATTACAAG GACAAAATAC CGAACAATTA ATCCAATTTG GAATTGTTCA ATTAGCCTTA
CCGATGGTTT TTCAAACCAT CATTTATGAT ATAGAAACGG CTGTTAGTGA TACCATTGGT
AGTACTGATT TTCGAGTCGT TCCGTTTTTA GAAACCATTT ATGAAGTAGA AAATAAAGGA
TTTGTTCGGT TATCCTATGA TTATGGGTTT AATGAATTTC GAGTGCGTTA TGAAAAGCGA
TTTTAG
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| Protein sequence | MTNITPNPPP EPSESNHLLT RLTNFIKKPS TLIVGGMLLT VGVTTYAGLN YFVHQKLSPL
LSRELSKLLQ REVKIGEVES FYFNQVRLGF STIPATKTDT DYLEIKAIAI GFNPFPILIG
KPLAVNITLN HPTFYIEQDQ KGEWLQLPTI KEEGELNLPI GIKTKVRLDN TNIQFRPHGL
KKSLNLDLEG EAGYVYQSND NQWINYDVAA NIFQSNINIK GETHLKSWKT QADLTVNQLD
LPQLVSFVPN LPLTLKSGQV NGNFNLLFNA LDNLEENQSL GQVNISSIEA DIKPLQVPLK
ANLNLEFEGK NILFKNTEIS LGKLVTEITG SINWQKGYNL NFNINPISLS NLVKIIPSKL
PLSLQGELAG KIKLNGELTN PILTGSINNT KSLLIDQIAI KNLKANFTAN LDQVQLQQLQ
ILPTAGGRMT AKGKLETGIL KSIQKQEAIN WQKMPLLFGF EAQLPTQKLL TPYLQTSQKF
SLGNITAKGS LSRTLGNPLG KIEWQTANLI RVSGEQISGQ GNLLLSGTNI LLKDTVLRST
GGNITVNGLG NFKANQWQTN LTANSFVLNP LLTVACSFIS CSDKILSQAI ALNKANLNLS
GKLNSFEPRT FNGKGNFLIN LDGGVVAINS NLSQGNLNAT ASLSEINLDP FLTTVTVPIK
LAQTNVNFSG SIEEIFRDST FNINSLSANG NLQLVVAGSP INSNFNLGNG IVGLETQISQ
LALNQVIPNL PIESRLISSN FTLTGNLNSL IKSLGKSPDF TSFQANGTAR LAVNNGQVNV
TGRLNNGQIS AMVNLGELSL DKMIPELPIA AQLIGGKINL SSPLTPLLST TPNLDNLNAT
INLQLATAQG RINSNTQLHG NQWNTNITGS NLNSALILSQ IAPQLSSLEI SDLNSKINLS
GSLKGIFQGQ TTIPIQVNTI AFQTNGQMLK GQGSILLSNL LTNPDITKID LSVNASSNFE
QLPLIQLMSL IPLDKKLLPE ELSLKGKGQF TGQFIAKNLL TSPNIPGNIQ LLGNLKLTNF
AINNRIFEPS LSGKLNVIPG KTIALNLKGK QDTILAKLTA CNQNNCPIPY LPVSFELRQT
FGEQIPIIAT GKLQNNRLIT QIQAFPLDLF NITPGQQYGI LGVINGSLDT QIEIDPFTLQ
GWGKITIQQP RLGFIKAEKF TAEVSYNNNI AALSNARLIL GQSNYNLNGS INLKSGALQG
NLNIEQGYIE DLLTALRISN VERFLHLIQL QPIDYATSEK IGIQSAGNAN RTIAEQVNLL
AIIDQKIRQL ANEREAGSIP TELDLRGRFN TNISLTGTLF NPTINVAFSG KKWEWHPQKA
FPDIVEPLGL VIRDQKFIPI NQVQLQANLS NGVIAIETAK IQIKETLLSL DGKFSLEQIA
ANWNIQRLSL DTTRNFVPIP VDISGDINLA GKLEGTLFNP QIKGQFSLVD ASFQGRFLNQ
IIAGQFNYQD QQLKLLTTDP SFVYSAISVP FPIYPDNNTF DIDIRLDNNA LQLIGILTQE
QIVLSGGEGE IIAKATGRID LNQGLRLYDL NAQGNVNLNQ IILRSPTLPE PLTITGQIII
DDQTIQVPQL QGTFAKSTLA MTGILPLFES NSQIETPLTV AIQQGKIDLQ GLYNGQIEGN
IIVTGNAIKP IVGGQIILAN GEVFIPQTPD TNQAEPIAAF NQWSKIRRQA IQSEKSLAFI
PELQDFRVSL QGLSIESLPI YQFQFGGDLL INGHLNNFAT LQPEGSIIIN RGLINFLETR
FFMERRHLNQ VVFQPEQGLL NPELDMQLRT IVSEVPNTTK QLRTGETSEI PDDSLNKVQR
IDINLALKGS LNQLIPNLNQ DQTEVCQIRN PLQPIRTETT FSEAELEQLE TCLTLLANQR
QGTPDEQLLS NPVISLTSNP PRSQGEIVRL LGEQLFVLAD ALQGQNTEQL IQFGIVQLAL
PMVFQTIIYD IETAVSDTIG STDFRVVPFL ETIYEVENKG FVRLSYDYGF NEFRVRYEKR
F
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