| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9303_25821 |
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| Symbol | |
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| ID | 4778988 |
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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 | 2275451 |
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| End bp | 2278786 |
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| Gene Length | 3336 bp |
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| Protein Length | 1111 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640088103 |
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| Product | hypothetical protein |
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| Protein accession | YP_001018578 |
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| Protein GI | 124024271 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG2931] RTX toxins and related Ca2+-binding proteins |
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| TIGRFAM ID | |
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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 | 16 |
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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 | ATGAATAATC CGCTGTTGAT GTATGAAATG ATCACCAATC CATTTAACTT TTTTGGTGAT
TTCGAAGATC CAACATACCG CGACAACAAC ATAGAATTCA AAAAAGAATG GATACAATCA
GACTTTGATC TAAACGATGG AGACTCGACA TGGAATAAAT ATACCAACAA TGACCTGATC
AAATTACTAG CAGACATTCA AAGTCTGGGT TCCAATGAAT TCACGCCAAT AGCCGGCAAT
TTTGGAATTC AAAAACACCT GATAACTTCA ACTTACCAGA TATCAGACTC GGACTATGTG
ATAGACAAAC CTGATACCAG CAGATTTAAT CCTAAGGGTC CGTATAATCC ATCTGGTTGG
GGATACAGAG GGAACCCTGC CGGAATAGCT CAAGAGGGAG TATGGGGAGT GCTATGTGAC
GATATCTGGA GGCAAATCAT TACAACTGCA AATTCACTTG AAACCGAGGA ACGCAAACAA
AAGCTGATCA ACACCTATGC ATTCAATAAA GAAGATGGCG AAGAATACAA TATCATCATT
CCTGACTTGC GGAAGGGGGT AACATTCGGA AACAAACATA TTATCACGGA TCAATATGTA
ATTTCAAACC CATTAAGCTT TTCAAGCCTA CGATCCAACG TAAATGCGTG GGCTAGATCT
CTTGATACTG TTACTCATTC CGATCATTTC ATAACAAAAA AACCCGAGGA AGTTCCGAAT
TGGAGAACAG GATACCTGGC AGGACATGGC CAACTTGGTT TGCCCGGGGT AGACCAAGAC
GGCAATTTAA GCCAAGGAAT AGAATGGAGA AAAGTTATGT TTCGTGGAGC TGGCGACAAT
ATTATTCGAA CACGATATTT TTATCCGATA GGCAACGGAT TTGATAGCGC GATACATCAA
AAAAACAATA TAAATACTGG GGGTGGTTCA GATTATGTCA TTTACGATAA TTCGCAGCAC
GAGGTAATAC TTGGTGATGG TGACGACTTA GCCTTTCCCT CTATTAAAGC TTTCGCTCCT
TCCATTAGCT TCGGGCAGCA TGCCCAAAAT AAGCTGCTGG AAGAACCCGA CGGAGATCCT
GGCTCTATAC TAATAAATAG TGTACGTTAT AAAGATGATT GCGATTGGTT GGGGGATTGT
ACGACTACTC ACGTAGGTAA ACAGCTCCCT TTTGTCAATG CAAACAACGA AGGGCAGCTA
AAATATTCAA GCAATCGCTT ATTGCCACAA CCAGATCAAA ATACATTGGT GCCAACGGTT
ATTGAAAACC CTCTGATTAG CAATCCAATA AATAGCGTTA ATCATGGTCC GGTTTCCAGT
GATGAAGCGT GGTACTACAC AAATAAAGCA CAGATCCTTG ATGGTGTTCA GCCAAGACAG
GCGATCGAGA TTGGTGGCCA AAAAATTTAT GGCGGTAAAG GCCACGACAC ATTGCACGGC
TTTGACCCAC TGATATACGC CTCAGAAGGA GCAAAAGAAT ATAATCACGT GCAACGCAAA
GGAGACAATC CCTGGAAATA TGGAAGGCCA GTGCCGCATG TAATTCAAAA TAAACTCAAC
TTTTTGGGAG ACAAAGATAT CGATTTCAAG TGGGATCCCA TTCTCTTATC CGGAGGAGAA
GGATCAGACA GAATTAATCT GGGCGATCTC AAACGAATTA ATCTTGGCTT GAAGGGTGAC
ATCATCAACA AAAACTTCGC CAACACATTG TATTTGGTTT TTGGTGACAA AGAAAAATCT
GATGAATGCA CGGTAATCGC GAGAAAGAGT AAGAAGTGGG CTGACAATAT GAGTCCTGAT
GTCTTTTCTC TCGATGCTTC TTATGATTTC AGAGAAGAAA TCATTGTCGA AGGATTGAAT
ATTGACAACC GCATAGCTGG AGATGATCCA AAATCAGATT GGACGACACA GGCTGCGACA
GTTCAAAAAT CAGTGACGGC AGCCGCTTTG ACTGCTGCAG CCTATCTTGG AACGGCATTT
CCGGTTATTG GAGCAGCTTC GGCAATAGCT GCCGTAGGAA TAGATATTGC CAAACAATTA
CAACAACACG ATTCGTCTGC CTCACAAAGT GAAGCCACGG ACTTTTACGA ACGAGATGAG
GTGAAGGAAA AAATTGTTCC CTTGGGTTCT TGGACTAAAG CCGTCACCAT TCCTGATTTT
GATCCAAGCG ACAATATAAC AATCAATTTG ATTCCAATTG AGGATCCTAG CGTTGATCAG
AGTGAAGACA AATGGAGCAA TATTAATTTC AGCATGTCAT ATGGACAAAA CCAAATGCAT
AGAACAACTA ACTATGGACA TACAGTTTAT TTGGAAACAC CTACTGACCC TCAACCGAAT
CCCATTGCTT ATCTTTCTGG GCTGTCGAAT GCTGATCAAA GTGCGGAGTA TGGCTGGAAG
ACCTGGGATT TCATGAGTGG GAACCAGAGT ATTCTCGACC CTGTAAAACA CATGGCTTGG
TTCGGTGTTT TATCCAATAC CGAAAACACC CAAAACATGA AACTTGACTC ATACAAGGAA
GCGCATTGGA ACAACCTGGA AATCGAAAAA GACTCCCCGT ATTCAGACAT ATTCCGATGG
AATAGTGATT CGCTTGGAAC TGCTGAAAAA TTGGACAACT ACAGATCTGG ATCGTCCTCC
ATGAGATTGA TGTATGATAA TTTCGAAAAA GGCTGGTACT GGGATACACG ATTTTACGGG
GAAGGGGAGA GCAAAGGTGA TGTAAAAGTC ATAGATCCAC ATTTTTCATT TCTGCACTAT
TACAACAAAG CCAATAAAGC TTGGGATAAA ATTTCTTATC AAGACCTTCT AGACAAGCCC
ACTACTGTTG ATGAAAATGG AATCGAATAC CAAGAGATCG CGAAAAGAGC CCAATTTGAA
TACTGGACAA AAGATGAAGA TCACATTGTT GGAGGACCAG ATGATGACTG GTTAACAGGA
GGTGATGGAG GCGACTATAT GCATGCAGGT CATGGTCGGG ATACGCTTCT GGGTGGTGAT
GGTGATGATG TTTTGATTGG TGGCGAAGGC CGTGATCTCC TTAAAGGAGG GCAAGGCTCA
GATGTTTTTA TGTATAAAGA TGCATCTCAC TCCGGCTATG GGATAAAACG TGATGTGATT
GGAGACTTTA GATCACATCA AAAGGACAAA ATAGATTTAT CTGGAATCCA AGCTGGCCTG
ATCTTTATTG GTTCAGACGG CTTTAGTGGC CAGGCAGGCC AAGTTCGATT TGAGAATGGT
CTGCTTCAGG TCAACATAGA TCGAGGTTGG CGAGCAGAAT TTGAGATCCA GTTGCTTGGT
GTTGATAGCC TTGATCTTGA TGATCTAATC TTGTAG
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| Protein sequence | MNNPLLMYEM ITNPFNFFGD FEDPTYRDNN IEFKKEWIQS DFDLNDGDST WNKYTNNDLI
KLLADIQSLG SNEFTPIAGN FGIQKHLITS TYQISDSDYV IDKPDTSRFN PKGPYNPSGW
GYRGNPAGIA QEGVWGVLCD DIWRQIITTA NSLETEERKQ KLINTYAFNK EDGEEYNIII
PDLRKGVTFG NKHIITDQYV ISNPLSFSSL RSNVNAWARS LDTVTHSDHF ITKKPEEVPN
WRTGYLAGHG QLGLPGVDQD GNLSQGIEWR KVMFRGAGDN IIRTRYFYPI GNGFDSAIHQ
KNNINTGGGS DYVIYDNSQH EVILGDGDDL AFPSIKAFAP SISFGQHAQN KLLEEPDGDP
GSILINSVRY KDDCDWLGDC TTTHVGKQLP FVNANNEGQL KYSSNRLLPQ PDQNTLVPTV
IENPLISNPI NSVNHGPVSS DEAWYYTNKA QILDGVQPRQ AIEIGGQKIY GGKGHDTLHG
FDPLIYASEG AKEYNHVQRK GDNPWKYGRP VPHVIQNKLN FLGDKDIDFK WDPILLSGGE
GSDRINLGDL KRINLGLKGD IINKNFANTL YLVFGDKEKS DECTVIARKS KKWADNMSPD
VFSLDASYDF REEIIVEGLN IDNRIAGDDP KSDWTTQAAT VQKSVTAAAL TAAAYLGTAF
PVIGAASAIA AVGIDIAKQL QQHDSSASQS EATDFYERDE VKEKIVPLGS WTKAVTIPDF
DPSDNITINL IPIEDPSVDQ SEDKWSNINF SMSYGQNQMH RTTNYGHTVY LETPTDPQPN
PIAYLSGLSN ADQSAEYGWK TWDFMSGNQS ILDPVKHMAW FGVLSNTENT QNMKLDSYKE
AHWNNLEIEK DSPYSDIFRW NSDSLGTAEK LDNYRSGSSS MRLMYDNFEK GWYWDTRFYG
EGESKGDVKV IDPHFSFLHY YNKANKAWDK ISYQDLLDKP TTVDENGIEY QEIAKRAQFE
YWTKDEDHIV GGPDDDWLTG GDGGDYMHAG HGRDTLLGGD GDDVLIGGEG RDLLKGGQGS
DVFMYKDASH SGYGIKRDVI GDFRSHQKDK IDLSGIQAGL IFIGSDGFSG QAGQVRFENG
LLQVNIDRGW RAEFEIQLLG VDSLDLDDLI L
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