| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | A9601_00521 |
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| Symbol | |
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| ID | 4716734 |
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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 | Prochlorococcus marinus str. AS9601 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008816 |
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| Strand | - |
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| Start bp | 56081 |
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| End bp | 60106 |
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| Gene Length | 4026 bp |
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| Protein Length | 1341 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640077749 |
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| Product | hypothetical protein |
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| Protein accession | YP_001008447 |
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| Protein GI | 123967589 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4889] Predicted helicase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGCAACCT TTGATGAGTT TTATTCATCA TTAGATTCTG ATCCAAGAAT CAGAGGTAAG
CAGTTTGAAA AATTTATAAA GTGGTTCCTT AAAAATGATC CAGTTTGGGA ATCACAGGTA
AAAAATATTT GGTTATGGGA TGAGCATCCT AAAAGGAGTG AATGGGGTCC AGATTGTGGA
ATAGATTTAG TTTTTGAAGA CTTCCAAAAT AAAACTTGGG CAGTTCAGGC AAAATGCTTT
GCACCTGAAT CAAGTATCAA GAAAGAAGAT ATGGATAGTT TTATCTCAGA GTCTTCTGAT
TCCAGATTTC AAGGTCGCTT ATTAGTAGCA AGCACTGATC GCATTGGAAA TAATGCTGAT
CGGTTACTTC ACAGACATAA AGTCATAAGA TATTTGCTTA ATGATTTTCG CAATTCACAA
ATCATCTTTC CTAATCATAT AAAAGACTTA TCAAACGGAA AGAGAAAAAA AATAAAAGAC
CCTAGAAAAC ATCAAAAAAA AGCAATAAAT GCAGTCATTC AAGGACTCAA GACTGCAAAT
CGTGGGCAAG TTTTAATGGC ATGTGGGACA GGTAAAACGC TTACTAGTTT ATGGATTAAA
GAAGCATTAA AAGCGAAAAA CGTTCTTGTT TTACTACCAT CATTAAGTCT CTTATCACAG
ACACTAAAAG AATGGAATGC TAATGCATCG GAACCATTCA AATGGATCTG TGTATGTTCC
GATAAATCTG TAGCAAAAAA GAATAAAACA AATGATGAAT GGATAACAAA TACATCCGAA
ATAGGAGTTC CAGTTACTAG TGAAATTAAG GAAATAAATA ATTTTCTAAA AGAAAGAGGA
TCTAAAGTTA TTTTTTCGAC ATACCAGTCA TCTCACTTGA TTGAAAAGGT CCATTTAGAC
GAAAAAGCAC ATAAATTTGA TCTAATTTTT GCGGATGAAG CACACCGTTG CACAGGAATA
GTATCTGATG CCTATGGATG TGTTCTTGAT GAAGTAAGAA TTAGAGGTGA CAAAAGATTA
TTCTTAACGG CAACTCCAAG AGTCCTATCA AATCAAATCA AATCAAAAGC AAATATAAAT
GATATTGAAA TTGCATCTAT GGACGATACT AATATCTTTG GGGAAATTCT CTATCAACTT
AAATTCTCAG AAGCAATAAA AAAAGAGATT TTATCTGACT ATCAAGTTGT AGTTATTGGA
GTTGATAACG AGATGATTAA AGAAAAAATT ATTAACAGAG ATTTTGTTTC AACTGATGGA
GAAGATTTAT TGGATGCGGA AACATTGGCT TCAAAAATTG CTTTAACAAA AGCAATTAAA
GATTTCGGAT TAAAACGAGT TATCACTTTT CATAGCAGAG TTGAGTCATC AGAAAGATTT
GCTCAAGATC TTGAAAAAAT TATTCAACTT ATACCGAAAA AAGATCTTCC AGCAGGGGTA
ATCCAATCAG ATTATGTTTC TGGTGCTATG AAAACAAAAG AACGTAATGA CAAAATTGAG
AAACTAAAAA ATCTTGATAA AGGAGAAATA AGAATACTCA CAAATGCAAA ATGTCTATCA
GAAGGAGTTG ATGTTCCCAC TTTAGATGGA GTTGGATTTA TTGATCCTAG ATATAGTCAA
ATTGATATTA TCCAAGCAGT TGGAAGAGCA ATACGAAAAA GTGATGATAA ATCAAGCGGG
ACAATTCTCA TTCCTGTCTT TATAGGAAAT AGTTTTAATA CAGAGGATGA AATTCTAAAA
AGTAGATTTA AAAGCGTTTG GCAAGTAATC CTTGCACTTA AATCACAAGA TGACACATTA
ATGGAATACA TCGATCAATT AAGAGTCAAT TTAGGTAAAA GAAAATTCAA AGCAGAAGAA
AGAGAAGGAT TAGGAAAAAT TAAATTAGAT TTTCCAGCAA GAATTAAACC TGAATTCGTA
AATTCGATCC AAACCTTATT AGTCAGAAAT ACTTCTGAAG ATTGGATGGA AAATTATGGA
AAATTATTAG ATTTCAAAGA AAAGCATGGG CATACGAAAG TACCATCAAA AGAACCAATT
CTTGGGACTT GGGTAAATAG AATGAGAACA AGAAAACATA AGTTATCACA AGAAAAGATA
AAAAAACTAA ATGATATGGG GTTTATTTGG GATATCTTGT CTTATGAATG GAACGAAAAA
ATAACTCTTC TTAAAAAATT TAAAGAAAAA CATGGTCATA CAAAAGTTCC TCAAAAAGAA
CCCATTTTTG GACTGTGGGT ATCTACTCTC AGAAGAAGGA AAAATGATCT TCCTTCAGAA
AGGATACAGG AGTTAGATGA TATCGGATTT ATTTGGGATA TCTTGTCTTA TGAATGGAAC
GAAAAAATAA CTCTTCTTAA AAAATTTAAA GAAAAACATG GTCATACAAA AGTTCCCGTT
CAAACCCCAA TAATAGGTAG GTGGATTATT GATATGCGGC AAAGGAAAAA TGATCTTCCT
TCAGAAAGGA TACAGGAGTT AGATGATATC GGGTTTATTT GGGATATCTT GTCTTATGAA
TGGAACGAAA AAATAACTCT TCTTAAAAAA TTTAAAGAAA AACATGGTCA TACAAAAGTT
CCACAAAAAG AACCTATTCT TGGACTGTGG GTAACGAATC TTAGAAGCAA TAAAAATAAT
TTTTCTTCAG AAAAGATACA GGAGTTAAAT GATATTGGGT TTATTTGGGA TATTGCATCT
CATGAATGGA AAGAAAGAAT TAGTCTTTTA AAGCAATTCA AAGAAAGACA CGGGCATACA
AAAGTTCCGC AAAAAGAACC TATTCTTGGA CAGTGGGTGT CAAATATAAG GCAAAAGAAA
AATAGTCTTC CTTTAGAAAA GATACAGGAG TTAGATAATT TTGGGTTTAT TTGGGATGTC
CCATCTTATG AATGGAACCA AAATATCATT CTTCATAAGG AGTTCAAAGA AAAGCATGGA
CATACAAAAG TGCCACGAAA AGAACCTATT CTTGGACAGT GGGTGCAAAA TATAAGGCAA
AAGAGAAATA GTCTTCCTTC AGAAAAGATA CAGGAGTTAG ATGATATCGG TTTTAGTTGG
GATAATCATC ATGCCGATTC ATGGAAAAAA AATATTATTC TTCTAAAGGA GTTCAAAGAA
AAGCATGGAC ATACAAAAGT GCGACATAAA GAACCTGTTA TTGGAGAATG GGTTGCACGT
TTGAGATCAA AAAAAATTGA TCTTTCTCCA GAAATGATAC AGGAATTAAA TGATATCGGG
TTTATTTGGG ATATCTTGTC TTATGAATGG AACGAAAAAA TAACTCTTCT TAAAAAATTT
AAAGAAAAAC ATGGTCATAC AAAAGTTCCA CAAAAAGAAC CAATTCTTGG GACTTGGACA
AATAGTATAA GAACAAGAAA ACATAAACTA TCGCATGAAA AGATACAGGA ATTAAATGAT
ATCGGGTTTA GTTGGGATAA TCATCATGCC GATTCATGGA AAAAAAATAT TATTCTTCTA
AAGGAATTCA AAGAAAAGCA TGGGCATACA AAAGTTCCAC AAAAAGAACC AATTCTTGGG
ACTTGGGCAA ATAGAATGAG AACAAGAAAA CATAAGTTAT CACAAGAAAA GATACAGGAG
TTAAATGATA TCGGGTTTAG TTGGGATAAT CATCATGCCG ATTCATGGAA AAAAAATATT
ATTCTTCTAA AGGAATTCAA AGAAAAGCAT GGGCATACGA AAGTACCATC AAAAGAATCT
ATTCTTGGAC CGTGGGTGTC AAATATAAGG CAAAAGAGAA ATAGTCTTCC TTTAGAAAAG
ATACAGGAGT TAGATGATAT CGGATTTATT TGGGATATCT TGTCTTATGA ATGGAACGAA
AAAATAACTC TTCTTAAAAA ATTTAAAGAA AAACATGGTC ATACAAAAGT GCCACGAAAA
GAACCTATTC TTGGACAGTG GGTGTCAAAA ATAAGGCAAA GGAAAAATGA TCTTCCTTCA
GAAAGGATAC AGGAGTTAAA TGATATCGGG TTTATTTGGG TTACTAGCAA TAAAAAAAAT
CTTTGA
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| Protein sequence | MATFDEFYSS LDSDPRIRGK QFEKFIKWFL KNDPVWESQV KNIWLWDEHP KRSEWGPDCG
IDLVFEDFQN KTWAVQAKCF APESSIKKED MDSFISESSD SRFQGRLLVA STDRIGNNAD
RLLHRHKVIR YLLNDFRNSQ IIFPNHIKDL SNGKRKKIKD PRKHQKKAIN AVIQGLKTAN
RGQVLMACGT GKTLTSLWIK EALKAKNVLV LLPSLSLLSQ TLKEWNANAS EPFKWICVCS
DKSVAKKNKT NDEWITNTSE IGVPVTSEIK EINNFLKERG SKVIFSTYQS SHLIEKVHLD
EKAHKFDLIF ADEAHRCTGI VSDAYGCVLD EVRIRGDKRL FLTATPRVLS NQIKSKANIN
DIEIASMDDT NIFGEILYQL KFSEAIKKEI LSDYQVVVIG VDNEMIKEKI INRDFVSTDG
EDLLDAETLA SKIALTKAIK DFGLKRVITF HSRVESSERF AQDLEKIIQL IPKKDLPAGV
IQSDYVSGAM KTKERNDKIE KLKNLDKGEI RILTNAKCLS EGVDVPTLDG VGFIDPRYSQ
IDIIQAVGRA IRKSDDKSSG TILIPVFIGN SFNTEDEILK SRFKSVWQVI LALKSQDDTL
MEYIDQLRVN LGKRKFKAEE REGLGKIKLD FPARIKPEFV NSIQTLLVRN TSEDWMENYG
KLLDFKEKHG HTKVPSKEPI LGTWVNRMRT RKHKLSQEKI KKLNDMGFIW DILSYEWNEK
ITLLKKFKEK HGHTKVPQKE PIFGLWVSTL RRRKNDLPSE RIQELDDIGF IWDILSYEWN
EKITLLKKFK EKHGHTKVPV QTPIIGRWII DMRQRKNDLP SERIQELDDI GFIWDILSYE
WNEKITLLKK FKEKHGHTKV PQKEPILGLW VTNLRSNKNN FSSEKIQELN DIGFIWDIAS
HEWKERISLL KQFKERHGHT KVPQKEPILG QWVSNIRQKK NSLPLEKIQE LDNFGFIWDV
PSYEWNQNII LHKEFKEKHG HTKVPRKEPI LGQWVQNIRQ KRNSLPSEKI QELDDIGFSW
DNHHADSWKK NIILLKEFKE KHGHTKVRHK EPVIGEWVAR LRSKKIDLSP EMIQELNDIG
FIWDILSYEW NEKITLLKKF KEKHGHTKVP QKEPILGTWT NSIRTRKHKL SHEKIQELND
IGFSWDNHHA DSWKKNIILL KEFKEKHGHT KVPQKEPILG TWANRMRTRK HKLSQEKIQE
LNDIGFSWDN HHADSWKKNI ILLKEFKEKH GHTKVPSKES ILGPWVSNIR QKRNSLPLEK
IQELDDIGFI WDILSYEWNE KITLLKKFKE KHGHTKVPRK EPILGQWVSK IRQRKNDLPS
ERIQELNDIG FIWVTSNKKN L
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