| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATRDRAFT_22629 |
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| Symbol | |
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| ID | 7194859 |
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| Type | CDS |
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| Is gene spliced | Yes |
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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_011686 |
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| Strand | + |
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| Start bp | 540174 |
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| End bp | 544682 |
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| Gene Length | 4509 bp |
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| Protein Length | 1367 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | predicted protein |
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| Protein accession | XP_002183120 |
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| Protein GI | 219125716 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.125908 |
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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 | AATTTTGATT TTCTCTATGA CACAGCTGGA AACCTTGTGA TTCTAGGCAG CTTCCCCATA
ATTCGTCCGT ATTGGATTTC ATCCATTTTG TGCGAAGACA TAGTGAAAAG AAAAGAAGAA
GCTCACTGGC GACCGTGGAT CTCCCAGGGA TCGGGAAAGG TCGACGCTTG CCTAGACGGA
ACCTGATAAA TGGCGACTTT TCAAAATGAC ACTCAAAGCG AGAAAGAAGT CTCGAGCATT
CCGTGCTCCT CTCAGGCCTC CATTGACATC GTCACGCCCG TAACTTCGAG TCGACAAGGT
CGACCTTCTT ACATGCGGAG CATTATTCAG AAGCGTCATT CGGAGCTTCG TTTTGTGCTC
GGCGAACACT ATGACGAAGA AGCCCTGATC GACGACGAGG CACCCGATTT TGAAGATCCA
GCGGAACCTA TCACGAACGA TCCGCGTTTG GAAGGAGAAT TTGATCCAGA CGACAGTCCT
AGACGACGTC GACAAATGCT TCATAGAGTT TCGGTACAAG CAGTGACGGA TCCCAAGCAA
CTGGTGCAGG TCAAAATAAA GGACCTGTGT TACTTCGTGG CGGTCCAGAC GGATGCGCCT
ACCAAGCAAA CCGTATTAAA TCAGTCTCTT TGCTACTTTA CGTACGAGTT CTTTGCGCGG
TTGCGCAATT TAGCTTGTCG TCCACACGAC GAAGTACAAC GCAAGTATGT GGCCCGGCAA
GCCTCGGATC TATTCCTACC CTACACGAAA AAGCCCATCT TGCAGAACGT GAACCTAATT
TTTCAACCAG GTAAGACATA TCTCGTCTTG GGACCGCCAC AGTCCGGGAA AACAACCTTG
CTCAAGGCCA TTTCTGGACG CCTTCCGCAT ACCGTAGATC TACACGGTGA ACCCATTAAG
AGCAAGCCTC ATCGATCCGG GCGTATCGAA TACAACGGTA TTGCAATCGA GGTAGGTTGA
ACTCCCAAAG GGAACAGATT CTGAATAGGT TGCCTTGTTT CTTACATCAT CCACTCATTG
CACATTTTAC ATGAAGGACG ACTCGAGGTT AGTGTTGCCC AATGTTGTTT CTTTCGTCGG
GCAGCTTGAC GTGCACGCAC CCTACTTGAC CGTCAAGGAG ACGTTCGATT TTGCATTTCG
GTCACGCAAT GGTGATCCGA CGGAAGCTTC ACCATGTAAA GTTCCCTCCC CTGACGGTAC
CAAGACTGAA AACCTAACAA TTGCTGGTCT CGGGCTAGGC CATGTACAAG ACACCTTTGT
AGGGAACTCG GAGGTTCGTG GTGTATCGGG AGGACAGCGC CGTCGCGTAA CGATTGGCGA
AATGATGCAA GGAGATACCC CGGTCGCTTG TGCTGACGAA ATTTCGACCG GTCTTGACGC
GGCAGTGACG TACGATATTT GCAAGTCCAT CGTTGATTTT AGCAAGGCGG CCAAAACTAC
TCGTGTTGTA TCGCTCTTAC AACCGGGACC GGAAACATTT GCCTTGTTTG ATGAGGTAAT
TGTTCTTTCA GAAGGCAATT GCGTTTACGC AGGCCCGATC AGTGATGTCA TTGGGTATTT
TGATTCGCTG GGTTATGCTC TCCCCGCGAC AGTGGACGCA GCTGACTTTT TGCAGTCCGT
GACAACACCG GATGGAGCGC TCTTGTTCGA CCCCGACCGA TCGTCCTACA CTCAACACTT
GAGCTCTGAA CAGTTTGCTA CTGCATTTGC ATCCAGTGAT CATGGAAAAC GAATTGAGAG
TTTGCTTGAA AATCCTTCGC CACATGACTG GCTACTCGCG AAAGGCAATG ACATAGAAAC
GACAGGTGGC ACTCACCCAA AAGTGTCTGG CGTCCACACC AATATTCCTG AGCGCTTTCG
GAACAGCTTT CAAAACTCAT GGATTCGATC CTTCCAGCTC AACTTCAATC GCCACCTGTT
GTTGTGGTGG CGTGACAAGG GCTTTATTAT CGGTAAGACA TTCGAGAACA TGGGGATGGC
CGTTGCTACC GGGGGCATTC TTTTTGGACA AGCAAATCTC CCCAGAGACC TAAGAAATGG
CTTTATATCG GGGGAGGCGG ACGCCCAGGC GCTGCAAGAA GTGGTGGACG GAGTTTTCTC
TGCTCTCTTT ATGACATGTC TTCATATATT GTTGGGCACG ACAACGTCAA CCCCAGACGA
CATAGATGGA CGTCCGATTC ACTATAAGCA TGCAGACGCC AACTTCTATC AAACGGCAGC
TTTTGCCATT GGCCGCACTA TTTCCACGTT GCCACAACGC GCAATAGAAA TTGTGGCCTT
TGGCATTCCG GTTTACTGGA TGGTTGGGCT TGATGCGTCC GCTAAAAGCT TCTTCATCTA
TCTTGCCGTT GTCCTGAGTT ACACGTTCAC CTTGAAGATT ATGTACGGTA TCATTGCTCA
GATTCTTCCG AACAAGCAGA ACGTTTTGAG CTTTGGGACT TTTCTGGTTT TAGTTTTCTC
GCTGTTCGGT GGTTTTATTG TATATCCGAC CGAGATCCCA TGGTATTTTA CATGGATTCG
ATACCTTAAT CCCATGGCTT GGGCGCTACA AGCTGTCTTG ATCAACGAAT TTACAAGTCA
AAAGTACCCC GATGATATTA GCCTCAGTGT TCTGAGATCT CGGGGCTTCG AGACATCTCG
TGACTGGATA GGATATACGT TCGTCTTCCT TTTTGGCTAC GTTGTTTTTT GGAATGCACT
TCTCGCACTG GTGCTTCGTG TGGTTCGAAT AGAACCAAAA AAGGCAGGGA GCCCGATGCC
GCTCTCACAA GAATCGCAAC CAAAAATCCT CGAGGATTTC AACCTCCCCT TTACTCCAGT
TGATTTAGCT TTCGAGGATA TGACTTATGA GGTGAAGCCT TCAACAGGTG ACGGTAGCTT
GCGTCTATTG AACAAAGTCA ACGGCATTTT TCGGTCAGGG CGTCTCGTTG CGTTGATGGG
TAGCAGCGGT GCTGGTACGT TGGCACCTAT TTAGTGGTAA ATTCTGGTAG ACTCTGCATT
AACAGTTTTT CTCTGCCGAT GGTGTCAGGG AAAACCACTT TGATGGACGT GATTGCATTG
CGCAAAACCT CTGGCACCCT TTCCGGGGAT GTCCGCATGA ATGGATTCCC GCAAGAAAGA
ACTTCTTTCC TCCGCAGTTC CGGGTATGTA GAACAGTTTG ATGTGCAGCA AGCTGAACTG
ACTGTAAGGG AAACAGTCGT ATTTTCGGCC CGACTTCGGC TAAGCCGAAA CAATCCAGTT
ACTGGGACAG ACGCAGGTCG TATGAAGTTT GTTGACTATG TTCTGGACGC CATGGAGCTG
ACCAACATTT CGCACCTTCA AGTTGGAAGC TACGAGGAAG GCGGACTTTC ATTCGAACAG
CGAAAGCGCC TGGCCATCGC GGTGGAGTTA GCTGCTTCGC CCTCGGTGAT CTTTCTGGAC
GAACCGACAT CTGGCTTGGA CGCACGGGGC GCTCTCGTAA TTATGCGTGC AATGAAGAGA
ATTGCCGATA CTGGTCGCAC GGTGGTTTCC ACAATTCACC AACCCAGTTC TGCAGTGTTT
GAAATGTTTG ATGATTTACT GCTTTTGCAG CGGGGTGGGG AGGTTGTATT TTTCGGCGAA
CTTGGGAAAG AGAGCTGCGA GCTTGTGGAA TACTTTGAAT CAAACGGTGC AGATCCGATC
CAATACGGTG AGAATCCAGC GGCGTGGATG CTCCGTGCGT ACACCCGCGA GGCGAATGAT
TTCGACTGGA AGGAAGCTTT CGAACAATCC AGACAATTCG CTACTCTCAA AGAATCGCTG
GCTGCGTTGA AAGAATCGCC GGACGATTCC AAGAAGATTG TCTACGAACA CATATTTGCC
TCTAGCAATC AGACCCAGCA CACTTTGATG ATGCGCCGTA TTTTTCGAAT CATGATGAGA
TCTCCCTCGT ACAACTTGGC TCGACTAATG ATTGCTATAT TCTACTCGCT ACTGATCGGC
ACTGTGTTCG TACGCTCGAA AAGCACGAAC AAAGTGTTTC GTCAGTATCA GGTAGACGGG
GTTCTTTCCA CAATATTTCT GGCCCTCATC ATAATTGGAG TGGTGTCCAT TAGCATGTCG
GTTCCGGTGA TGAAACAGAT CCGGGACGTC TTTTACAAGC ATCGGGCTTC GGGTATGTTG
TCCCACAACT CTGTGACCTT GGCGGTAACC TTGGGTGAAT TACCGTACAT TATAACGGTG
TCCGCTATTT TCAGTGCTGT CTACTACAGT TTGGTTGGGC TTTTCGGCAC CGCCGACAAG
TGGTTGTACT TTTTTCTCTT TTTCGGTCTG AACGTCGCGA CATACACTTA CTTTGGACAA
GCCTTTATTT GCTTAGTCAA GGATATACCC ACGGCGGGTG CCTTGGTGGG GGCTCTCATC
GGCTACAACG TGTTCTTTTC TGGCCTGGTG GTTCGTCCGC AGTACTTTTC CGGTCCGTTC
CAGTTGGGGT ACTGGACGGC TCCGGGTCGC TTTGCCTTCG AAGGCATCGT CACGACGCAA
TTCAAAGAC
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| Protein sequence | MATFQNDTQS EKEVSSIPCS SQASIDIVTP VTSSRQGRPS YMRSIIQKRH SELRFVLGEH
YDEEALIDDE APDFEDPAEP ITNDPRLEGE FDPDDSPRRR RQMLHRVSVQ AVTDPKQLVQ
VKIKDLCYFV AVQTDAPTKQ TVLNQSLCYF TYEFFARLRN LACRPHDEVQ RKYVARQASD
LFLPYTKKPI LQNVNLIFQP GKTYLVLGPP QSGKTTLLKA ISGRLPHTVD LHGEPIKSKP
HRSGRIEYNG IAIEVVLPNV VSFVGQLDVH APYLTVKETF DFAFRSRNGD PTEASPCKVP
SPDGTKTENL TIAGLGLGHV QDTFVGNSEV RGVSGGQRRR VTIGEMMQGD TPVACADEIS
TGLDAAVTYD ICKSIVDFSK AAKTTRVVSL LQPGPETFAL FDEVIVLSEG NCVYAGPISD
VIGYFDSLGY ALPATVDAAD FLQSVTTPDG ALLFDPDRSS YTQHLSSEQF ATAFASSDHG
KRIESLLENP SPHDWLLAKG NDIETTGGTH PKVSGVHTNI PERFRNSFQN SWIRSFQLNF
NRHLLLWWRD KGFIIGKTFE NMGMAVATGG ILFGQANLPR DLRNGFISGE ADAQALQEVV
DGVFSALFMT YGRPIHYKHA DANFYQTAAF AIGRTISTLP QRAIEIVAFG IPVYWMVGLD
ASAKSFFIYL AVVLSYTFTL KIMYGIIAQI LPNKQNVLSF GTFLVLVFSL FGGFIVYPTE
IPWYFTWIRY LNPMAWALQA VLINEFTSQK YPDDISLSVL RSRGFETSRD WIGYTFVFLF
GYVVFWNALL ALVLRVVRIE PKKAGSPMPL SQESQPKILE DFNLPFTPVD LAFEDMTYEV
KPSTGDGSLR LLNKVNGIFR SGRLVALMGS SGAGKTTLMD VIALRKTSGT LSGDVRMNGF
PQERTSFLRS SGYVEQFDVQ QAELTVRETV VFSARLRLSR NNPVTGTDAG RMKFVDYVLD
AMELTNISHL QVGSYEEGGL SFEQRKRLAI AVELAASPSV IFLDEPTSGL DARGALVIMR
AMKRIADTGR TVVSTIHQPS SAVFEMFDDL LLLQRGGEVV FFGELGKESC ELVEYFESNG
ADPIQYGENP AAWMLRAYTR EANDFDWKEA FEQSRQFATL KESLAALKES PDDSKKIVYE
HIFASSNQTQ HTLMMRRIFR IMMRSPSYNL ARLMIAIFYS LLIGTVFVRS KSTNKVFRQY
QVDGVLSTIF LALIIIGVVS ISMSVPVMKQ IRDVFYKHRA SGMLSHNSVT LAVTLGELPY
IITVSAIFSA VYYSLVGLFG TADKWLYFFL FFGLNVATYT YFGQAFICLV KDIPTAGALV
GALIGYNVFF SGLVVRPQYF SGPFQLGYWT APGRFAFEGI VTTQFKD
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