| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9303_20801 |
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| Symbol | |
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| ID | 4776659 |
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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. MIT 9303 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008820 |
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| Strand | + |
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| Start bp | 1832358 |
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| End bp | 1836815 |
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| Gene Length | 4458 bp |
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| Protein Length | 1485 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640087589 |
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| Product | hypothetical protein |
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| Protein accession | YP_001018081 |
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| Protein GI | 124023774 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG2132] Putative multicopper oxidases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 12 |
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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 | GTGAGCAAAG TCAATTACAT CATCGGAGGT CTTTTCCCTA AAAAGGCAAA TGGCGAGCTC
AATCTAATTT TGTCTGATGG GCTCTATATC GACGCAAATA ACAGGGTTTC TGCGAGTAGT
GTAGATCTTG ATAAAGGAGA TCTTAATACA AAGCTAGACA TAACGACTAA TAATATTCGC
ATACCAGGCA TGGATAATTT CTTAAAAAAT TGGCTAGTAC CACAAATCAC AAATACTAAG
GCTACGACTT TTAAGAAGGG TGTAATAAGT GGTGGAACTC TTTTCGGAAG CATTGCTGCC
GGCGCAATAG GTAATTGGTC TAAGCAGGCA AGAAATAGAA CAATGTCTAC TCTTGTCAAG
CTAGGATATA TAGGGCCAGG CTCAGATAAT GATGCGACAA ACAATGCATT TTGGAATGCC
AACGGAACTA AATCTGATGA GCTAGACGGG CAAAATTTGT ATGACGCGAT CAACAATGTA
GATAATTACA ATCCATCAGC CCTTTGGGGA ACTTACAACG GCAGCATCGA GCTTGAATCA
AATTTCGATA CCGATTCACT CCTAGCCAAT CTTCACGGTG GAATGCATGA AGAAGGGATG
GATATGCCAG ACCTTTGGTA TCCAAGCCTT TTATACAGCT ATAGCGAGAA GGGGCAAGGA
ACCAGTTTCC CAGGCCCTGT GCTAATGCTA CGGCCTGGCA ATGACCTTAA TATTGATTTC
AACAACAAGT TGACAATTCC TGGCTTAACA GTAGAGCAAG CTCAAAAAGC AACATTAATT
CAAAACTCAA CGTATGGGAA CACTGCCAGT GATGGACTTG GTGGTACGAC AAGTGTCAAT
TACCATTTCC ATGGCTCACA TACAAACTCA ACTGGATTTG GAGACAATGT CGTATCTAGA
TACACAACTG GACAAGAGTG GACTACCCAT ATCCAATTGC CAGAAGATCA CGGACAAGGT
TCATATTGGT ATCATCCCCA TTACCATCCA TCTGTTAACC AACAAGTCTA TGGAGGTCTC
TCTGGTTTTA TCCAGATAGG AGATCCTTTA AGCAAAATCC CAGATTTTAA AGATATTCCT
CGAAATCTGG CGGTCATGAA GCAGGTTGGC ATTGGTATTG ACTCATCAAC TGGCAATCCG
CTCCTTTCAG GATTTGACCA TGGGTCTGGG AATACTCCAT ACATGGTGAC AGTCAATGGA
GAATTTCAAC CAACTGCAGA TGCTGGCAAA GGCGGTTGGC AGTCAATCAC ATTAAGCAAT
CAGTCCAACA AAGATTTTTA CAATATTGGA CTAAAAAACC AAGCTTCGGA TGGGAGCTGG
GTAGATTTGC CTTTGTATAT CTATGGTGAA GATGGGCACC AATATCCTCA AATAAAGGCA
GCGAAAGGAA CATTAGGCCG TTATGACACA AAGGCGGTAG ACGGAAGCAC AACATCAATA
TACAGCCAAG CCGATAATAT TCTCTCTCTA GCACCGGCTA AAAGATTAGA CGTGTTAGTA
TATCTACCTG AAGGAACATC TCAATTAGTC TCACATCCAA CCAAAAATAC ATTTACAAAA
GATGGTAAGC AATACTCAAT ACAAAACACA GCTGGTTTCC CGGACTTATC GGAGACGGCC
CAAGGCCTTA CCAGTGCTGG GCCTTTGGCT TACTTTGAAG TTAATGATGG AACTCCTGCT
CTTTCAACTA ATGAATTAAA CAGCCAGATC AATACAGCGA ACAAAGGAAT AGATATACAA
AACATACAAC CAACCACTAA AGAGTCAGAC TATGACTCAT CAAAAATTCC AAGTGTTAAT
CTATTTGCCG ATCAGTGGGA TCCAATCAGA AAAAGGGAAT ACAACTGGTC AAAAGCTGTT
CTTGTTGGAC CAGAGGATGA ACAGGATGCT GCAACTCAAG CAGCCATTAA AGACTATGAG
GCCGCTAATC CAGGTAAAAC AATTGAACGA TATCATCAAT TACCGGTTAT AACAGCATTC
AACCAAGCCA CAAAACCAAC AGCTGGAATT GAAAACTGGC TGGGCTATGA CAACCCATTT
CTAATTAATG ACCATGTCTT TCCTAATGGC AGCCTGACGA TCGCACAATT AGGTACCATT
GAAGAATGGC GACTGAGAAA CTGGAGTATC GGACCAAATG GTCCAACTAA ATATATTGGC
CATCCTTTCC ATATTCACAT CAATGATTAT CAAACGAAAG ACAGTGATAC TGAGCTAATC
AACAAAAATG TTCTAGAAGA TGTAACAATG GTCAATTCTT CTGGGTATAA AGCGTATAAC
AATAAAACTG GTTTAATCGA CCAGGCTGAT CCATTTCGCG GAGAGTTTCA CAGTATTGAG
GAAGCAACCA GCCCAGAACT AATAGAGAGT AAGGGTATTG GATACAACAA AAATGGCTAT
GCAGATCTTG GCACCTGGGG TGCAAATGAT CAAACCGTAA GGATGTTATT TCAGGATTAC
ATCGGTACTT ATGTATTTCA CTGCCATATC CTTCCTCATG AAGATGCAGG AATGATGCAG
GTGGTGACAG TGGTTGAGAA TACCGATTCT AGCTGGCTAG TACCTGCTGA AGGTTTCAAT
ATAACGTCTG ATTTGGATAG CTTCGATCAG AATCGAAATA TTGAAATAAG GCTTGCACAG
GACTTAAGCA CCAGATATCT AAACCCTGAG CTGGGTATTT CCGAGAACGC AGTAAGAATG
CAAGTTGGAG ACCTCAGTGA TGATTTTGTT CAAGATGTAG TGCTAACAAC AAGCTCTAAA
GCTACAGGTG GCGAAGTAAG AGTCTATGAT GGTAGTTCAT TATTAGATGG CAAAACAAAG
GAGCTATCCT CAATCAAGCC TTATGAAGCA AGTATTGCTC CATGGGCATT TGTAGAAGAC
TTCACAGGTG ATGGTCGTCG AGAGTTATTT ACAGCAGGCT TTGATAAAGA GAAAAAAGAT
GGGACCATCA ACATCAATGA TCTAAAGGTC AATGGATGGG CTTCAGCAAA TAACGACGGT
AAAGGCTGGA AGGATGTTTT CGACTTCTCT CCTTTTGAGA GCATAGAGAA AGACGTTCAG
CATGGAGGAC ACCACTACGA GGTCTCAGAA GATATCTCGA GCGATCAGGT TAGCGTTGCA
ATCGCTGATA TGAATTTAGA TAATTTTCAA GATGTTATTG TTGCCTATAA AGTTAAAGTC
AGTGAGGGGG AGCATAAAAG TCACACTAAT AGCAAAGATG GATTAAGGGT GGTTGTACTT
GATGGCGCTG CTCTCAGCCT CAATTACCAA ACAGGCAAGA TGGAAGGTGG ATACTTGCCC
GACTCGAATG TCTTGGCTGA TGCACTGTTC CTTGACAGCA GCCTTTCAGA TCTAAGCAAT
CTTGTTTTGA CTGCAGGCTT TAATAGCTAT GCCCAATCAG CTCTTGAAAA TATAGTCATT
ACTGCTCAAT CAGGTTCTAA ATCACAACAA TTCACGCTGC AGCTACAAGC TGGTCATTTT
CTGGCCACAT CAGAACCTGA TGCGCATGGT GGGCATGGTG GGCATGGTGG GTCACAAACA
CAGGACGATC GTATAATCAA TCTTCGAAAT GACTCGATGC CTCTCTATTT AGTTGAGGAG
CTTGATCTTC CAGATGAGAC AGTAACAGCG AATCCTGTCC TTACTGGTGG TTTGGGTAAT
GGAGCTCTCT TATCAGGTGA CTACCTGATG ATTGCTCAGG GTAATTCGGC AAATGGGAAT
CATTCCAGTA GTGATAGAGG TATAAATACA ACACAACAGC TTGTAATCAA CCTACCCGGT
TTGCTAGAAG TTAATGACTT AGACCTTATA GGCGCAACTG ATTCTAATCT TTCAAGTACT
TTCAAAGGTA AGCAAGTCGA ACAACGAGGT AATTTAGCCA ATCTCACCTA CCTCGCTTAT
GCAGGCACAT CATTATGGCC ATCACACCAA GCTAGTCTAT CTGCAGGAAT TCTTGGAAAG
GGTGGAACCG CAGAAGAATT AGCAGAATCT ATACTTTTAG GATACAGCAG TGACATTATT
GACTATTACG GGGAAGATTT AGATGGTCTT TCTACTAAAG ATGTCGTTAC TGGCGCTACT
GAAAGTCTCT ATGGGCGAAA GGCAGAGAAG AGTGAGATCA AGCACTGGAA CAAAGAAGTC
AAGGATGGCT TAGACAAGTC ACTAATCCCT TTGAGAATAC TACAAACCAC CTCTGGGATA
GATTTATATC GTGTAGCATT CTTATCTGCA GGCTCACAAT GGAGTCAATT CCAATGGGCA
ACGAATGACA ATGTAGAAGG ATCATTTGGC CAAGGCCTTC AAGGAGATAG CTCAGGCTTT
AACAACTTGT CTAATGCTAT GATGTCTGTA GGCGAGATTG CATCTTGGGA TGATGCTCAA
AAAGAATATG ACGCCTATAG AGAAAGTTTC CTGACTGCAT TTGTAGGCTC CACGGTTGAG
AAGTCAGGAT TCTTCTGA
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| Protein sequence | MSKVNYIIGG LFPKKANGEL NLILSDGLYI DANNRVSASS VDLDKGDLNT KLDITTNNIR
IPGMDNFLKN WLVPQITNTK ATTFKKGVIS GGTLFGSIAA GAIGNWSKQA RNRTMSTLVK
LGYIGPGSDN DATNNAFWNA NGTKSDELDG QNLYDAINNV DNYNPSALWG TYNGSIELES
NFDTDSLLAN LHGGMHEEGM DMPDLWYPSL LYSYSEKGQG TSFPGPVLML RPGNDLNIDF
NNKLTIPGLT VEQAQKATLI QNSTYGNTAS DGLGGTTSVN YHFHGSHTNS TGFGDNVVSR
YTTGQEWTTH IQLPEDHGQG SYWYHPHYHP SVNQQVYGGL SGFIQIGDPL SKIPDFKDIP
RNLAVMKQVG IGIDSSTGNP LLSGFDHGSG NTPYMVTVNG EFQPTADAGK GGWQSITLSN
QSNKDFYNIG LKNQASDGSW VDLPLYIYGE DGHQYPQIKA AKGTLGRYDT KAVDGSTTSI
YSQADNILSL APAKRLDVLV YLPEGTSQLV SHPTKNTFTK DGKQYSIQNT AGFPDLSETA
QGLTSAGPLA YFEVNDGTPA LSTNELNSQI NTANKGIDIQ NIQPTTKESD YDSSKIPSVN
LFADQWDPIR KREYNWSKAV LVGPEDEQDA ATQAAIKDYE AANPGKTIER YHQLPVITAF
NQATKPTAGI ENWLGYDNPF LINDHVFPNG SLTIAQLGTI EEWRLRNWSI GPNGPTKYIG
HPFHIHINDY QTKDSDTELI NKNVLEDVTM VNSSGYKAYN NKTGLIDQAD PFRGEFHSIE
EATSPELIES KGIGYNKNGY ADLGTWGAND QTVRMLFQDY IGTYVFHCHI LPHEDAGMMQ
VVTVVENTDS SWLVPAEGFN ITSDLDSFDQ NRNIEIRLAQ DLSTRYLNPE LGISENAVRM
QVGDLSDDFV QDVVLTTSSK ATGGEVRVYD GSSLLDGKTK ELSSIKPYEA SIAPWAFVED
FTGDGRRELF TAGFDKEKKD GTININDLKV NGWASANNDG KGWKDVFDFS PFESIEKDVQ
HGGHHYEVSE DISSDQVSVA IADMNLDNFQ DVIVAYKVKV SEGEHKSHTN SKDGLRVVVL
DGAALSLNYQ TGKMEGGYLP DSNVLADALF LDSSLSDLSN LVLTAGFNSY AQSALENIVI
TAQSGSKSQQ FTLQLQAGHF LATSEPDAHG GHGGHGGSQT QDDRIINLRN DSMPLYLVEE
LDLPDETVTA NPVLTGGLGN GALLSGDYLM IAQGNSANGN HSSSDRGINT TQQLVINLPG
LLEVNDLDLI GATDSNLSST FKGKQVEQRG NLANLTYLAY AGTSLWPSHQ ASLSAGILGK
GGTAEELAES ILLGYSSDII DYYGEDLDGL STKDVVTGAT ESLYGRKAEK SEIKHWNKEV
KDGLDKSLIP LRILQTTSGI DLYRVAFLSA GSQWSQFQWA TNDNVEGSFG QGLQGDSSGF
NNLSNAMMSV GEIASWDDAQ KEYDAYRESF LTAFVGSTVE KSGFF
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