| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | A9601_06451 |
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| Symbol | |
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| ID | 4717347 |
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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 | 564236 |
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| End bp | 568132 |
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| Gene Length | 3897 bp |
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| Protein Length | 1298 aa |
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| Translation table | 11 |
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| GC content | 26% |
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| IMG OID | 640078358 |
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| Product | hypothetical protein |
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| Protein accession | YP_001009038 |
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| Protein GI | 123968180 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | ATGCTTTTAC CTTTAGGTTT TTTAGGCACT TTTTTATTAA ATAATTTTTT AAAAGACACT
TATAGTTCTA GGAAATTAGA ACTAGAAAAA AGTCTTGAGA ATCTTTTAGA TAAAAATGTT
GATTTAGGTG ATTATGTTGG GATTAGATAT CTAGGTATTT CTTTGGGTAA TTCAAAAATT
AATGATAAAA ACAATTTAGA TTCTGAAATT ACAGCCAAAA ATGTATATGT TGGCATTATG
CCTTTTAGAT CTTTTTTAAA ACAAAAATGG ATTGTAAAAA TAAGTCCTAA GGAAGCTGCC
ATAAATATAG ATAGAGATTT TTTTAAAAGG GACGAATCTT ATAAAGATAA TCGAATTGCA
AAAAAATCAA AATCTAAGTA TGAGTTGATC TTTAACTTAA ATAAATATTC AGATCTGAAG
TTTAATAATG CAGGATTAAA AACAAAAGTA AAAGGTAATG TTATTTACAA GTCAAGAAAT
AGACAAATCA TTGCAAATGT AAAATCAAAT TTTGATGAAA AGGGATTTTT AAAATTTAAA
TTTAATACAA AATTAAATCA AGACTTTTTA AAACTGGATT TATTTTCTAA GGGTTTAGAT
CTTGATAATT CTGAATATAT AATTGGCAAT AGAAAAATTA GCTTTAAAAA AGGTACCTTT
AAATCTAACT TTAAATTTAA TAAATCATCA AAGCACACAT TTTGTGAAGG AAGATTTTCT
TTTACTAATT TAAAAATAAA ACCAGAAGAT TTAGCAGAGA ATATAAATTC AGATTCAACT
AGGTTTTTTT GTAAAGATAA TAATTTTATT GGTAATACAG AAAAATTAAA TTATGGAACT
TTGACTTCGA ATTTTAATCT AAATATGCCC TTTAATAGAA GCTCCAATAA TATTGATCTA
AAAGGAAGTA TTGGATACAT TAATAGCCTT AATCCAGATA TCCAATTATC GGGTAATATG
CCCTTTTGGT TTGATAGAAG AGGTATAAAT TTTGGTGATA TAGATACTAG TTTTAAAATA
AATAGAACTC AATTATCTAA TTTAAATATT TTCCGAAAAA ATGATATAAG GGGTTTCATT
ACTGCTAAAG GTGAATTAAA AGGAAAAATT ACTGATCCTG ATATTTCGAT AAACTTTAAC
CTTGATTACC CGCACTTTAA AGGTATCCGC ATTAGAGAAA TATGGGAGGG AGATATTAAA
AATGAAAATA ATGAATTTCT TCTTAATATG AAAAATAGAT ATTCTCCAAT CCCTTCATTT
CTTTCAATCA ACTTTAATTC TGATCTTAAA ATAAATAATG CAAATTTCAT AAGAGTTTTC
AATTCAAATA AAGGTACTAT AGGCATACTG AAACAGGATG ATGGTTATAA TTGGCGAGCG
GATAATTTTC CTCTTGATGA GCTTGAATTA TCTATAGACA AAAATCAATT CGATAGAATT
TATGGAATTA TTAATGGTAA AGGATCAATT TCGTCAGACC AGTCATACCT TGATGGGCGA
ATTGCTTGGA GTCTAGGTAA ATATAGAAAT ATTAATCTAG CCAATTCATT ATTTGATTTC
CGCGTCAAAG ATAATTCTTT TTATATAAAC TCCTCATTGT ATCCAATTGA TGGAGGAATA
ATTGAAGTCG AATATGATTC AAGTAAAAAT AATTTTATTA ATTCAGAATT CAAGGATATA
AGCACTAGTT GGACTATCCT TACCGCTGTT GATATTTTTA ACTTTGATAA TAAAAAAGTG
ATTCCTATAA GTAAATCGAA TATTTTGGAT GATTTGGAAA TAAATAAAGA AAATAAATCA
CTTAAAGAGA GGATCGATTT TATAAATAAC TTTATTGAAA ATAGTAATTT GTTAGAGGAC
AAATTTAATT TGCAAAAATA TTTAAATAAA TTTAGAAGTA GATACAACGG AAAAATTACT
ATTCAGGGCG ATAGACCAGT AAATTATAAA TTAAATGCAA AATTAAAGGG CTATCTTGAT
GTATCTAGAG ACGTCTATAA GAATAATAAA GAGGAATTTT CTATTGATTT GGAAGGGGGA
TTATTAACAG GGAAAGGTTC TTTAAGAATT AAAAAATTTC CATTAAGTGC AGCAAATATC
TTTTTAAATA AACCAAGAGA TTTTCTTGGA GGGTTGGATA TGAACTTATT TTATGATCTC
GATACAAAAT CTTTCTCTAG CGATATTTTG TCCAATGGTT CATCAATTAA AAACAACATA
ATAATATTTG ATAAAGGACT AATTAAATTT AATAATTCTA TTTTTGATAT TGATTTTTCC
CTTTTAATAA ATGATTCTGA AATACCAATT AATATCGAAG GTTCAATACC TATAAATAAG
TCTGATAACT TAGATCTAAG ATTGATTGGG AATGGAAAAT TTATTGAGTT AATAGATATT
TTTGCTGATG AATACTTTAC ATTTAAAGAA GGAGATTTAA ATCTAAGAGT GATTCTAAAA
GGAACCTTAA ATAAACCTCT ATTAAATGGA TTTATCGTAG TTAAAGATTC TGAAATTAAT
TTTTCAAACA ATATAATAAG AGATTTTAAT AGTACAATCA TCTTTGATTT TGACTCTTTA
GAGATCAATA ATCTACAAGC GAAGACTCAA GATTCTGGTG AAATTTTTGT AAAAGGCACT
TTGCCTTTTT ATAGTCAGAA TGATTCTGAA AAGTCAGAAA TTAATTTGAT AACGAATAGA
TTTTCATTAA AGAAAGATAA TTTTAATTTT TTAATAGATT CAGATATCGA TTTAAGTGGA
TCATTTGAAA GTCCTGTTTT GGGAGGTTAT CTATCTTTTA ATAATGGATT TATTAATTTT
AATAGCACCA ATCAAAATAA TAAAAAAGAA AATAATCTTA TAAGAAAAGA GGATAAAAAA
GATTGGCCAG AACTCTATTG GAATAATAAA AAAAATATTG AAATAATATC AAATGAAACA
ATTTTGAATT CAGTTCTTTT AGGAGAAACT TTGCCTAATT ATCTAGGTAA TTTGAGTTTT
AATAATCTTA AATTAAAACT TGGACCAGAA TTTAAACTTC AATATTCAGA AATAGTTCAA
GCTTATTTAG ATACCAAATT AGACCTTACT ATAAATGGTG AGATAGGAAA TGATTTAAAT
GCTAGGGGTC TTATTTACCT TAAGAAAGGA AGAGCAAATC TATACACTAC CCCGTTTAAA
CTTAATAAAA ATAAAGACAA TTATATTTTA TTTGCATCAA GAAGTGGTGT GGTTCCTTTT
ATAAATTTTT CTTTAGTCAG TAAAGTTCCA GATTCTATAA TACCTATAAG TGAAAACAAT
CAGGATTTAA ATGTATCAGG TGATGTTGCT GTCGACGCTA GTTCAAGCGG TTATGGTGCA
TTTGGAATTG GTAATACTAG GCTTATCAAA ATTGAAGCAT CTTATGAAGG ATTTTTAGAT
CAATTATCTT TCGCTGATGA AAATAGAAGA ATCCAATTAA GGAGTACGCC AAGTTACAAC
AGATCACAAA TAATTGGTTT AATTGGAGGT AACTCTGCAA ATTTAATAAA TAGAGCATTT
ATTTCTCAAA TTAATAATGC TGATGCATTT AGTGAAAGAT TTCAGTTTTC TTTATATCCA
GCGTTAATAG AAAATAATGA TTCATTAAAT AATATTTTTT CCAATGAAAA TTTAGATATA
GAAAATGATG ATCAATCCTC TTCTAATGAG GAATTTTCTT CTCAAGCTTG GGTAGCCGAA
ATAGGGCTTG ATATTACTGA TGCGATAAAT TTTGCCTTTC AAACAGTTCC AGGTAGAGAT
GATATTTCAC CTTTAGGAAT TTTGACTTTT CAGGCAAATC CAAACTTAGA ATTATTAGGT
TCTTATGATT CCAATGGGGA TTGGAAAAGT CAAGTTCAGT TATTTTTTAG ATATTAA
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| Protein sequence | MLLPLGFLGT FLLNNFLKDT YSSRKLELEK SLENLLDKNV DLGDYVGIRY LGISLGNSKI
NDKNNLDSEI TAKNVYVGIM PFRSFLKQKW IVKISPKEAA INIDRDFFKR DESYKDNRIA
KKSKSKYELI FNLNKYSDLK FNNAGLKTKV KGNVIYKSRN RQIIANVKSN FDEKGFLKFK
FNTKLNQDFL KLDLFSKGLD LDNSEYIIGN RKISFKKGTF KSNFKFNKSS KHTFCEGRFS
FTNLKIKPED LAENINSDST RFFCKDNNFI GNTEKLNYGT LTSNFNLNMP FNRSSNNIDL
KGSIGYINSL NPDIQLSGNM PFWFDRRGIN FGDIDTSFKI NRTQLSNLNI FRKNDIRGFI
TAKGELKGKI TDPDISINFN LDYPHFKGIR IREIWEGDIK NENNEFLLNM KNRYSPIPSF
LSINFNSDLK INNANFIRVF NSNKGTIGIL KQDDGYNWRA DNFPLDELEL SIDKNQFDRI
YGIINGKGSI SSDQSYLDGR IAWSLGKYRN INLANSLFDF RVKDNSFYIN SSLYPIDGGI
IEVEYDSSKN NFINSEFKDI STSWTILTAV DIFNFDNKKV IPISKSNILD DLEINKENKS
LKERIDFINN FIENSNLLED KFNLQKYLNK FRSRYNGKIT IQGDRPVNYK LNAKLKGYLD
VSRDVYKNNK EEFSIDLEGG LLTGKGSLRI KKFPLSAANI FLNKPRDFLG GLDMNLFYDL
DTKSFSSDIL SNGSSIKNNI IIFDKGLIKF NNSIFDIDFS LLINDSEIPI NIEGSIPINK
SDNLDLRLIG NGKFIELIDI FADEYFTFKE GDLNLRVILK GTLNKPLLNG FIVVKDSEIN
FSNNIIRDFN STIIFDFDSL EINNLQAKTQ DSGEIFVKGT LPFYSQNDSE KSEINLITNR
FSLKKDNFNF LIDSDIDLSG SFESPVLGGY LSFNNGFINF NSTNQNNKKE NNLIRKEDKK
DWPELYWNNK KNIEIISNET ILNSVLLGET LPNYLGNLSF NNLKLKLGPE FKLQYSEIVQ
AYLDTKLDLT INGEIGNDLN ARGLIYLKKG RANLYTTPFK LNKNKDNYIL FASRSGVVPF
INFSLVSKVP DSIIPISENN QDLNVSGDVA VDASSSGYGA FGIGNTRLIK IEASYEGFLD
QLSFADENRR IQLRSTPSYN RSQIIGLIGG NSANLINRAF ISQINNADAF SERFQFSLYP
ALIENNDSLN NIFSNENLDI ENDDQSSSNE EFSSQAWVAE IGLDITDAIN FAFQTVPGRD
DISPLGILTF QANPNLELLG SYDSNGDWKS QVQLFFRY
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