| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATRDRAFT_50322 |
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| Symbol | |
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| ID | 7198981 |
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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 | Phaeodactylum tricornutum CCAP 1055/1 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_011696 |
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| Strand | + |
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| Start bp | 296710 |
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| End bp | 300457 |
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| Gene Length | 3748 bp |
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| Protein Length | 425 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | predicted protein |
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| Protein accession | XP_002185169 |
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| Protein GI | 219130012 |
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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 | 14 |
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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 | CCGTCGTTCC ATCCCTGTAC TTTGCGACGC TTAACGGGCT GCACTTTCTT TACATCATCT
AAATAATCAC GTCCGACGAA GGCTTGGACC GACTTAATCT TGAAATTACA GCCCGCACGA
TGAGCAAAAA TGGAGAAAAC AACGACGAGG AAACATGGCA AGACGAGGAC TTTCTGTCAC
TTTCGATACC TGCAGACAAC ACCGGCAATG ATTTCGATTC CCCGGAAGAA GATGTCGATG
AAGACATGGA TACTTCAACC TCGTCGGAAG ACGATCCTTT GCCCCCATGG ATTGAGCATC
ACGATATAGG TTTGCAGAAA GCGCATGCAG CTACAGCTTT ACACAACGAA ATTGTTCAAT
TTGTCCGTCT CATGGAACCA ATGCCGGAAG AGATACGACA ACGCGAGGAC CTCGTGAAGC
GGGTTGAAGA ACTGGTACAT CGGACGTTCG ATAACGCCCA AGTCCATGTG TTTGGCTCTC
AGGCAACTGG CCTCTTTTTG CCTTCCTCCG ATGTCGACCT TTTGGTAATA ACGAACGAAA
AGGCAAACGA CGAGACATCG CAACCAGACA GACAGGAGGA CTGGCAGAAA CCATCGGGGA
GTCCATTGGA TCGATTTGAG TCTGTGCTAC GAGAAGACTG GCTAATGGAA CTATCATATT
TGGAGGTTAT AGGGAACACC AAAGTGCCTT TGGTCAAGTT TACGCACGCA CCCACCAACA
TTTCGGTGGA CGTGTGTTTC GACCAAGAGA GTGGCCCAGG GGCCGCACAA CTAATGAAGA
CATATCTAGA GGCACTCCCA CCTCTGCGAC CACTAACTTT TGTTTTGAAA TACTTTTTGT
CAGCGAGAGG CCTAAACGAG CCCTATAGCG GTGGAGTTGG ATCGTATTTG CTGCAGCTCA
TGATTGTCTC GTTTCTGCAG CATCGGGAGC GCGATGCATA CAACTACCGT CGTCCGAGTT
TAAACAACCT GGGGTGCCTG TTACTCGAAT TTTTGGAACT CTATGGCATT GGCTTCAACT
ACACCACGAC GGGGATTTCC GTACGGAACG ATGGCTTTTA CTTTCCCAAG GGTTCATCGG
AGCGTAAGGA AATATTTTGG CAACCGTCCC GGGTGTTTAT GATTGGCATG GAGAATCCTC
TCGAAACGAC AATGGACGTT GGGAGATCAT CCTTCCGAAT TCGTGTAGTC CAAGGGGCAT
TTGCCGCAGC CTATCGTGTT TTGTTGACAT ACATGGCGGT TCCTTTACAG CCCACATCAT
CCATTCTGGC TTCCATTCTA CCTCCTACGC AAGAAATGCG ACAACGGCGC TTTCTCAAAC
GAAAGTCCAA GCGCATAGCT AACAGTAAAG CAAGTCCAAG CAACGATTGT GTCGTCAAGC
GGAGGAGAAT GAACTGACGT GTCTTTTTGG AGACACTTGT CACAAGGTGT GCTATTTTTA
TCATCTGGAA TATATTAACT CTAAACCAAA TCACTTACCA GTGCCGATGT ATGACGTCCC
CTGCAAAGTA GCCAAAGGAA ACAAGAACTC GAAATAAACG AGGTAAAGAA AACAATAGAC
GATGCAGATC TAACAGAATT CATTTGACAT TAACGCTGAA GAACAATGAA TGCGACAACA
GACACGACGC TTGGATTGTT ATGTACGTGG AAGGCACATT ATCAAAACAT AAATCGAAAT
CACCAACACA CGAGACTGCC ACCTTTTGTT TCCAACGTCA CAAACATTCA CCACTGACCC
ACAACATTTG CATTGCAAAA ATAGACGGCA CGCGGCAAAG TGCAGGCACG CAACACATTT
GACGAAAAGC TCATGGCATT CCAGCAGGCT TATCCCATTG AGTCTCACCT GTGCGCTCAT
TGTAGTAGTA TATCTGACCA CCAGGGGCTG TTGTTGATTT CCAGAATGAC GGAGGTGGAG
GGGGTGGTAG AGAAGCAGCT GTTGGTGCAG CCGGCATCAC ATTCGAATAC TGTTGAGCAT
ACCCTCCTAC CTGAGCTGGT CCTCCATAGC CACTAGCTGC CTGGTTGTAG CCTTGCTGCC
CTGTGTACGG TTGCTGATAC GCTGAGTAAG CTTGCTGCAG CGGTGGCTGC TGATACCCGT
AAGATTGTTG AGGCTGCTGT TGGTAGCCGC CATACTGACC ACCTCCTGTT CCATATCCAC
TACTATCCAT ACCGCCGGCG TATGGATGCT GTGGTCCAAC CTCAATAATC TCAGCAATCA
TTTGTTTCGC CATTTCAATG CCTTGCCGAC TTCCCTTGAT TGTAATCTGG CAGTCTTGAC
CAGCAGTCAC ATCCTGATTT ATTTGAATAT CTGTGCCGGA ACGGCGTTGC AAATCATTAA
TGGTGACACC TTTTTGACCG ATAACTCTAC CCATGAACTG TTTTTGAGCA TACGTGACAT
CCACTTCGAT CCCAAAGGCC CCGCCGTGCG TCGCCTGCTG TGGTGGATAT GTAGTAGCGA
CAGGCTGTTG GGGAGCGCCG TACATGGCAC CCCCACCACC GTTGTTGTAA ACCGGCTGCT
GTTGGTAGCC TTGCTGCGTA TAAGCTCCTC CTCCTCCATA GCCGCCATCA TGAGCTGCCA
TCTGGGGTTG CATGTTGATC CCTTGATTTG GCATGTTAGT GTAGGGTGGA CCGCTTCCCC
AAGCGCTGCC ACGAAGTTTT TCTTCGATCA ACATATCCAG CGCCTGCGAC GCATCCATCG
CCGGGTTAGT CGTCAGGAAC AAGACCATTT CCGTACCCTT ATCAACAGCC TGTACAGTTC
CAGTAATTGT GACTTGCTTT TGCCCAGGGG GAGCAGCGCC TCCATGATGC TCAACCTGGA
TTTTCGACTG AGACTTGGCT TGCAGCTTGC GAATCATTTC GCCGCCGTAC CCAATAATTT
TGCCAACCGT GTTATCAGGA ACGTAAAAAA TTTCGCGCTT TGCTTCTCCC AGGGGCAAGT
CAGCATCACT GACCCCTTCT TGTGTAATCA TGCGAACCAA GGATTTGGCA AAGTCTACCG
CTTTTCTCGT TCCGCGGTAC GTAATGCGGC GTGGTTGGCC CGTGGGTACC TTTTGATCAA
CGTCGATTCT AGCTCCCGAA CGCGCTTGTA AATCACGGAT CATGTCGCCA CCTTTGCCAA
TGACACGTGC CACATAAACA GGAGTGAGTT CGCCGTATTC TTCGACAATT TGTTCCGGGT
TCACTACCGT GGGCTGCACC ATTGGATCCA TTGGAGCCGG TGCCGCCGGT CCAGGAATAC
CGGAATATGA AACTCCCGGA CCTTCGGAGG GCGCATTACA AGAAACTGGA AGCGACACGT
TTTCTTGCGG CGAAACAGAT GAGAAAAACG TGGCCTCGGG TTCTACTAAT GGTTCGTCGG
GCGCTGTGCC TGTTTCGGGG AGATCCTTAT CCCCCGTTCG ATCAATAACA ATGGCAACCT
CGTCTTGGGT AGTCGTTGTT GGAAGGGTCT TTTGATCCGG TAGCATTTCT TCAGCATTCT
CCGCCGCAAT ATTTCCTGCC TCCGTTCCGT TAGTAAGTTC GTGTCCTTCG CCTACGTTGT
CGTCGGCTTT CTTAGGTTCC GCAAGCGTAG TGTCTTCCGG AGTTTCCACG GCATTCGAAT
GGTTGTCGTC CGTTTTTGTC GCCTTGGCTG ACGGCTCGTC GCTGGCATCT GCTTCGTCTC
TTTCTCGTTT CGATCCGCTA TTCACTTCTT CTTCCGCCAT GGTAAAGAGC CCTTTGACTT
TCACCAAAAA CCGTACGAGT ACTGGATG
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| Protein sequence | MSKNGENNDE ETWQDEDFLS LSIPADNTGN DFDSPEEDVD EDMDTSTSSE DDPLPPWIEH
HDIGLQKAHA ATALHNEIVQ FVRLMEPMPE EIRQREDLVK RVEELVHRTF DNAQVHVFGS
QATGLFLPSS DVDLLVITNE KANDETSQPD RQEDWQKPSG SPLDRFESVL REDWLMELSY
LEVIGNTKVP LVKFTHAPTN ISVDVCFDQE SGPGAAQLMK TYLEALPPLR PLTFVLKYFL
SARGLNEPYS GGVGSYLLQL MIVSFLQHRE RDAYNYRRPS LNNLGCLLLE FLELYGIGFN
YTTTGISVRN DGFYFPKGSS ERKEIFWQPS RVFMIGMENP LETTMDVGRS SFRIRVVQGA
FAAAYRVLLT YMAVPLQPTS SILASILPPT QEMRQRRFLK RKSKRIANSK ASPSNDCVVK
RRRMN
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