| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_2279 |
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| Symbol | |
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| ID | 7288207 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | + |
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| Start bp | 2202739 |
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| End bp | 2207055 |
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| Gene Length | 4317 bp |
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| Protein Length | 1438 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643585274 |
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| Product | NB-ARC domain protein |
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| Protein accession | YP_002483000 |
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| Protein GI | 220907689 |
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| COG category | |
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| COG ID | |
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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 | 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 | 20 |
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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 | ATGAGTGGTA GTGACGGTGG TGGTGGATAC GAATATCAAG CTAGAGCAGC AGCTTACGTT
GCCGTTCATA TTTTAACTGA GCAGAGACTA GGGTGGATAG AACATCAAGA TGCAGATATA
CCTATTGCTG TGGCAGAGGA AACAGAAGGA CCTGGAGATG ACTTATTAAT AACATTACGT
AGTGGTATTA GAATTGAACT GCAAGCTAAA CATGGGTTAC AGAAGAATAA ACTTTGGGAG
CCTCTGATCA AATTAGCAAA AGGACTTCAA GAAGATCCTG AACTTTATGG AGTCATTCTC
ATTGATTCTA CAGCCAGTAA AATAATTCGA GAAGATTTAC GTAAAGACTT ATTGCGATTA
GGACAGCAGC GAAGTGATAA TCTCAAGGAT ATTACAAGAG AGACTCGGAG TAAACTAAAT
AATGCAGGGC TCCCTAATTT TGGCTTTGAG TGCTTCAAAC GACTTAGAAT TATTGTCTTA
GACTTAGATG AAGGTTTGCA AGATGGAAAA CAAGCTCATC TTCTTCTATC TACCTGTCTA
CGCAATCAAG ATCAGGTAGC TATTGTATGG AAGAGTTTAT GCTCAGAAGG TCTAAAACTT
ATTACAAATC GAGGGAATCG AGATCTCAGG TCTTGGAGGG AATTCCTAAG TTCTATAGAA
GTTCAGCTTT CTTCTGATAG TAAGGCAACA TTGCTTGGGA AATACTTGCC ACATGAAATT
GCAAAACCTC GAAAGCTAGA GAGAGATGTA GAAATCAAGA GGCTAACAGA TTTACTCTTG
TCAAATGCTG TTATTTTCTT GGGTATCTCG GGTATGACAG GCGTTGGAAA GTCAATTCTA
GCCTTGGACT TGGTTAAAAG AGATGAAATT ATTAAGAGAT TTGACAATAA TTTGTTCTGG
ATCAATATTG GTAGAAACCC TAAACTTATG GACAAGCAAT TACAACTAGC TAGGGAGTTA
GGCTACCGAT CAAATAGTTT TACTACTATA GAAGAAGGAC AGACTTATTT AACTAATCTT
CTCTCAGGAC GGAAGTGTTT AATCATATTA GATGACGTAT GGGAATCAGT TCATATTAGT
ACTTTTACAA CCTTGTTAGA TAGTAACAGC AAGTTAGTGT TTACAACACA GAATAAATCT
GTTATTGCAC AAATTGGAGC AAGTGAATAT CCACTTTCTG AACTTAATTT TTCACAGTCA
GCATCACTTT TAAAAAAATG GACTAATGAA GAGTACGACT GTAATAATAT TTCTCCTGAT
GTAGATGAAC TACTCAAGAA ATGTAGAGGT TTACCTTTAG CTTTATCTCT TTGCGGCGCA
ATGATTAAAG ATGGAATATC TTTGCAGAGT ATAGTTAAGG CTTTACAGGA ATCGAGCCTA
GATCTTATTG AGAGTGATCA GTTTATTCAT CTCTATCATG AGCCAAATCT TCTCAAGGCA
CTTAAAGTGA GTGTCGATAA TTTAGAATCT AATATTCAGA GTGTTTATTT GGAATTAGCT
ATTTTTCCAC CTTATATAGA AATCCCTGAA GAAGTAGTTT TAATGCTGTG GGAACAAACA
TCTAATGTTA GCCCTGTTAA AGGAAAAATT ATTCTATCTA AATTAGAAAA TAGATCTCTT
TTAAGGAGAA GCAATTCAAG AATAAGTCTT CATGATATGC AATATGCATA TTTGAAAGCT
ATAAATCAAG ATCAACTATC CTTACAAAAC AAATTCATTG AAGCTTATAA AAAACGATGT
CCTGAAGGTT GGCATACAGG CAATGATGAT GGATACTTCT TTGATAACTT AGCCTATCAC
CTGGTTAAAG CCGGGAAAGA AGACGAATTA TATAGTCTCT TGACTCAATC GCCAGACTGG
ATGAATAGTA AGTTTAAGCA CTGTAAAGGG GATGCTGCAT ATTTATCAGA TATAAGTCTT
GCATTACAAA ATTTATCCAG TTCTTCAGAA CCCAAAAATA TTTTAATTTT GTTTAAACTT
CACACAGCAT ATAGAGTTGT AAATCAACGT TCATTGCTAT ACTTATCAGG TTATTATCCC
CAAGCTTTGA TATGGCTTGA AAGACAAGAA GAGGTGTTGA GCTACGCACG CTTATACACT
GATTCAAGTA TAAAATATGC AACTTTAGCC AATGCTTACA AGACAATGCT TGAGGCGGGT
AAAACTGACT ATAATCTCCT TCTTGAAGTT TATAAAACAG CAAAAGAAAT TAAGGATATA
AATCATCGCA TTAGTGCACT AGGTTGGGTT TTCATTGAAC TTTATAGATT GAAAGATGAT
AGATTTAATA CTGTGGTTAA CGAAGCAATA AGCGTTGCCG AACAAGTTGA TGACAAGCAG
AATAAAACTA GAGCTTTTTT AAGTCTAGCA AACTACTTGT GTGAAATTGA TTTTCGGGAA
AAAGCACTAG AGATTTTTCA ATTGGCAAGG AAAGCTGCCA CCGAGATGGA TGATCACCAG
CAGAACCTCC TGATTCCTCA AGATCGTTAT AAGGCTGAAA TTGAGGACGA ACAGTGGAAG
ACTATTCTTT TGAGCGAAGT TTCCAATTAT TTATGGAAAA ACAATTTTCA AGAAGAAGCG
AGGGAAGCTC TAGAGCAAGC TAAGGAGTTT TACTCTCATT CAGAAAAGAC TATTCATTTC
ATTGAGCAAT ATCTTAAGGA GAAAGAGTAT CTAGGAACAA TTAACATTAA TAATTTATTT
TTAGAGCTAG AAGATCCAGA ATCAAATCAA GAAAAGATAG GGCAAACAAT AGCTGAAGCA
TTTCAACTTT CAAGTCTAAA AAATTTTTTG GAGATTAATA TACATAGTCG AAATTCAGCT
AAATCATCAC TGTGTCATTC TCTTATATTG TTTAATAGGC TTGATGACGC AAAAGATCTT
TTAAGTGAGA TCAATGAGGA ATTCCATGAA TTTATGGTAC TCATGAGCTT AGTCTCAAAA
TTAGCTCAAT GTGGGGAACT TTCTGAATCA AAAAGAATAG CCTTATCATA TCACCTATCT
AGTAGAAATA AGGTTGAACT TCTTTGTCAG ATTATAGAAT TAATAACTAA GAATAGAAAT
AATGGACTAG AACCAGTTGA ATTTGACAAA ATTATTATAG AGACAAGGAA TATTATAAAT
ACTGAAATTT TTCATTTTGA TGAGAAACAA GAAGCATTAT GCCGGCTCTG TATATCCTTA
GCTCGTTCTA ATGCTAGTTA TCTTGATCAG GCTAGAAGTT TAGTTTTAGA AATTGAAGAT
GTAAATCATC AGTCGCGTGC CCTAGTAGAA ATATCTCAAG CACAAGTAAA AATAAGGGAA
TTTAATGAAG CCCGAAAATC TATCGAGAAG ATACAAGATA TTCAGCAACG AGCTAATGCC
TTATTCTATT TGTCAGTAAG CTTAGCTAAG TATGGCAAGA AGCCACAAGC CTTGGACATA
CTTTTTCTGG CTCAAAATCT TGTATTTGAA ATTAATGATC TCTTTGAGTT ATCAAGTGCA
TTAAGATCAG TTGCAGTTCT AGTAGCAAAG TATGGCTATA GTCAACAAGC AAGGGCTATT
TTCAATAGAG TTAACTCTTT TCTCTCTAAT ATTAAAGATT CTGCATCTCT AAATCAAGCA
GGATTACTTT TAGCTTTATC TCTAGTTCAA GCTAATTTTT TAGATGAAGC TGAAGAAGTA
ATTAAAAATT TCAGAAGCGC TATTAGTAGT GATGAGAACT CACAATTTTT ATATGAGTTA
GCTAAAGCCG CAGTTAGATC AGATGATTTA GATAAAACAA GACAAATCGT TACTAAAATT
ACCAACGGAG AACTCAAAGT AAGAGCTAAA TGTGATATTT ATAAATCTCT ATCTACAAAA
GGTCTTCACG GAGAAGCTAG GCAAGAGCGC CTATCCATTT TGTCTGACAT TTTAGAATCC
GATAGCTCAG ACTATTCAAT GTATTATCTC GCTATGGCTG AAGCTGAATT GCATTATTTC
AGTGAAGCTC AAAGTCTCAT TTCGGAAGTT AAGTCTAATA ATGCAAGTTT AGCCGCTCAA
TGTTTAGCTG AACTTGCTAA GCTTCTGGCA CAGGTTGGCA AGTTTGAAGA AGCAAGATTG
ATAGTATGGG AAATAGATAC TAAGAGTTTT TATGGACTTG ATTACCTTCA AGCCAGTGTT
TTGATTGAGA TTGCAATGCA AGCTGGCATA GCTCACCATC CTAGAACAAA AGAGTTCTTT
GAATTAGCTA AGGAAGCAAT AGAACATATC TTATCAGATT GGGGAAAGTC AAAATCCTTA
TGTGAACTTG CCTCAGCTTT ATGTAAAGTT AATGAGATAG GAGAAGCAAA AAAGTAA
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| Protein sequence | MSGSDGGGGY EYQARAAAYV AVHILTEQRL GWIEHQDADI PIAVAEETEG PGDDLLITLR
SGIRIELQAK HGLQKNKLWE PLIKLAKGLQ EDPELYGVIL IDSTASKIIR EDLRKDLLRL
GQQRSDNLKD ITRETRSKLN NAGLPNFGFE CFKRLRIIVL DLDEGLQDGK QAHLLLSTCL
RNQDQVAIVW KSLCSEGLKL ITNRGNRDLR SWREFLSSIE VQLSSDSKAT LLGKYLPHEI
AKPRKLERDV EIKRLTDLLL SNAVIFLGIS GMTGVGKSIL ALDLVKRDEI IKRFDNNLFW
INIGRNPKLM DKQLQLAREL GYRSNSFTTI EEGQTYLTNL LSGRKCLIIL DDVWESVHIS
TFTTLLDSNS KLVFTTQNKS VIAQIGASEY PLSELNFSQS ASLLKKWTNE EYDCNNISPD
VDELLKKCRG LPLALSLCGA MIKDGISLQS IVKALQESSL DLIESDQFIH LYHEPNLLKA
LKVSVDNLES NIQSVYLELA IFPPYIEIPE EVVLMLWEQT SNVSPVKGKI ILSKLENRSL
LRRSNSRISL HDMQYAYLKA INQDQLSLQN KFIEAYKKRC PEGWHTGNDD GYFFDNLAYH
LVKAGKEDEL YSLLTQSPDW MNSKFKHCKG DAAYLSDISL ALQNLSSSSE PKNILILFKL
HTAYRVVNQR SLLYLSGYYP QALIWLERQE EVLSYARLYT DSSIKYATLA NAYKTMLEAG
KTDYNLLLEV YKTAKEIKDI NHRISALGWV FIELYRLKDD RFNTVVNEAI SVAEQVDDKQ
NKTRAFLSLA NYLCEIDFRE KALEIFQLAR KAATEMDDHQ QNLLIPQDRY KAEIEDEQWK
TILLSEVSNY LWKNNFQEEA REALEQAKEF YSHSEKTIHF IEQYLKEKEY LGTININNLF
LELEDPESNQ EKIGQTIAEA FQLSSLKNFL EINIHSRNSA KSSLCHSLIL FNRLDDAKDL
LSEINEEFHE FMVLMSLVSK LAQCGELSES KRIALSYHLS SRNKVELLCQ IIELITKNRN
NGLEPVEFDK IIIETRNIIN TEIFHFDEKQ EALCRLCISL ARSNASYLDQ ARSLVLEIED
VNHQSRALVE ISQAQVKIRE FNEARKSIEK IQDIQQRANA LFYLSVSLAK YGKKPQALDI
LFLAQNLVFE INDLFELSSA LRSVAVLVAK YGYSQQARAI FNRVNSFLSN IKDSASLNQA
GLLLALSLVQ ANFLDEAEEV IKNFRSAISS DENSQFLYEL AKAAVRSDDL DKTRQIVTKI
TNGELKVRAK CDIYKSLSTK GLHGEARQER LSILSDILES DSSDYSMYYL AMAEAELHYF
SEAQSLISEV KSNNASLAAQ CLAELAKLLA QVGKFEEARL IVWEIDTKSF YGLDYLQASV
LIEIAMQAGI AHHPRTKEFF ELAKEAIEHI LSDWGKSKSL CELASALCKV NEIGEAKK
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