| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATRDRAFT_43236 |
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| Symbol | |
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| ID | 7196957 |
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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_011669 |
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| Strand | + |
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| Start bp | 2407579 |
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| End bp | 2412110 |
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| Gene Length | 4532 bp |
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| Protein Length | 1452 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | predicted protein |
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| Protein accession | XP_002176974 |
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| Protein GI | 219110445 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.466991 |
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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 | CACCATCCAT CTTCCCTGGC GCGGAACAAG AGCCTTGCTT CTCCTCGTTT CATGTCACGT
AGATTACACT TGTCAAAGTA GCAAGGAAAG AACGACCGGG CCGATTGGTT GCAAAAAGAA
TACGCGGAAG CCGATCTCTC GTCGTTCGCC TTGAAAGAAC GTCTCTTGGC AGTATGGGCC
TGTTGGCTGA GCTAGACCGT CTGGTCGAGT CTGACTATCG AGTTGAGATC AATGCACTTG
AAGCGGACAA AAAACTGGCT GAGATCGCTC TGGTAACAGG ACTATCTGTG CGGGATTTGA
ACATCAAGAA CGGGAAACCT GTATTTCGAC CTCCGACGTC GAAACTCGAA GTATTGGCTT
CCTGGAAGAA GCTCATGGCA GTGTTGAAGA AACACGAAGT CTTTCTGGAA TACCTTAAGT
CACTGCGGGA AGCATTTGTC CAGTTTTCAG CCATACAGTC CCTCGAGTTC CGCCATTTGA
AAACGCTGAT TTCGCTGTTA TCACATACCG CCGAGAATTC ACAACGCGAC AACTCGACCG
AATGCCGATT CGTCACGTTA CTGGAGGTGC TCCTATCCTA CGGCAACGGC TGGCAGCCAT
CCGAGCAAAT CACAAGGTTC TGGGTGCGAC TCATGCAACG GATACCCGCA GATGTTCCAA
AGGTTAACTT TCGCCGCAAA GCTTACCGAG TCTTGGTATC CCTCTCTTGG GTACCCAGTT
CGAAAGGACT GCTCGGTGCC TGCTCGTTCG AAGACAATCG ACAAATACTC GACTCCGAAA
AGGCCCCTGC TGCCGTCCGA GGCCATCTAA AGCGAATACG CAATACACCG TTGCCGCGTT
ACGACTGCGT CAATCAACTT TTGGATCGAC TCAAAGATGA GACGGACGTT TGCGTTGCCA
TTCGATCCGA ACTGGAAGGA ACGGGCAAAA CAACCTTGGC AGCACTTGTG GCATCACATC
CTTCAATTTT GAGAGTTTTT CGGGTACTGT GGTTGCCGAT GGATCAGCGT GATGTGACCT
ACACGGCGTA CGCCAAACTC CTGAGCAATT TGTGCGATCA ATTGGGCGTA GCGCCATCTT
GGCCAGAGTA CGTGACGCGA TTCGAAGAGC CGGCACTACG TCAACTGCGC GAAAAAGAAT
ATATGGAAGA AGCTCGGGCG CAAATGTCGG AAATTTTGCT AAATGTAGAC GAAAACATTC
TGCTGATTCT GGACGATGTA CAAAATGCCA GCCAAATAAA GAATTTTCGC TTCAACGACC
GACAGTCAAT TATTGTTACG ACGCCGGATC CCAACCTGGC TGGAGTAGAT TGGACCGTAG
AATTGGACCC AATGAGTGAG GAGGAAGCAA TTGAGCTATT CTTAGCCGAA GCCGATCTCC
CGCCTGCTCA TATTTTAGGT TGCACCGACG AAATGAAGGC AATTGTTCGC AAATGCAACT
GTCATCCGCT AACTGTCAGA ACAACCGCGC GATGGTACCA CTTGAAGCAG GTAACGGCAG
GACTCCCAAA AGCTATGGAA GAGCTAGTGA TTGATGTCAA TAGAATCTCA ATGCTGACAT
CGGTCGCGGC TTCTAAATAT GTCGGAAACT ATCAGATTCT GTTCGGCATT CTTAGCCAAA
TGCTATCGCC AGCACGGAAC GATGGCCAAG GATCATCGTC ATTGTTTATA CTGTGCTTGG
CAGCAATGGT GGTTGTCTTT CCAGATCGTG TCCCCTTGGA TTCTGTTTTA CTACTTTGGA
ACCAGCTGAT GCAGAATAAG CCCCAGGCGG TTGCCGAACT AGGCCTTGAA GGCGAACCCC
TACCGATTGA GATCCAGAAA CATGCATGGC TGATTGCCGA AGGGCTAACC CATTTGGGAA
TTGTATCCGT AATCGACTAC CAAAATACAG CCTGGGTGGA GGCTCATCAC AACTTATACT
CACGACTTGC CGTGCACCTG GCCGAAGAAA TGAACTTCGG AGTCTCAGAA GCGTTCGAGG
ACATAGCTGA AGAGTGGAAC CGCGCATTTG TGACATCGTA TTTTGTGCAC CGGATCCAGA
GCGGCGATCC AACAGACGAT GATAGTATGG CTTACGCAAT TGATAAGCTC CCAGATCACA
TGTTTCGAGC AAAACTGTTC ACGGTTGGTG AAACTATTCT TGTGGACGAA AACTTCTTCC
ACGCCAGAAT CGATGCTTTA GGTTGGGACG AGGCAATTGA AATTCACGTG AAAGATTGTG
TCAGATTGCA ACGAGCCATC GAAGCAGATG ATGAGACTGG GTCAGCAGTG ATCATCGCAT
CGCCCGTTTT CGCCAGATTG TCAGCATTGG TGGAGGCTAC AGCCATGGGA GATCAAAGTC
CCAACAACAG TACGATTATA GACGTATCAA GTGCCCTATT TCAAGTTGCC TTCGCTCTGG
CAGAAACGGG TTTTTTTGAA GAGGCTTTAA TGCAGTTCGA CAGAGCTCAA AGACTGCTAC
CCCATTCACA ACCACTTTGT GCCAGCATCC TGTACGGAGC TAGTTGGACA CTTCTCGCCA
GTGGGGAAAT TGAGCAAGCT TCAAAGAAAA TCAAAGCTTG CAGGAAAGCT ATGAACGATT
GCCCTGGCAT TCATGTGCTT TTTACCGAAA CGCTTCAGTT AATGGCAGAC ATTTGGGTTG
CGGACTGCGA GTACAAACCA GCACTTGAAT GTCTCGACGA ACTGATCGAG GTGTTGATGG
GGAGTTTGCC ACGAAGCCGG ATTGAACTGG GGACAGCTCT GTACAAGAAA GGACGTCTGC
TTTTCTCGAT GGGTGACCTG GAGCTAGCAA GGGCTACTCT TCATGACAGC TTGAATTGGA
AAGTAGAGAT TGGCGAGTTC AGCAAGAATC GAGCCGCCGC ATACAGTACT TTAGGGGATT
TGTTGATGGA AACACGCCAA CTGACGGTTG CAAAGGAAAT GTTCGAGAAT GCAATTGTCA
CTTTCGATGC GCTCGAAACG TCCTCGGATT CGCTTGATCG CTTACTTGTC ACTGGAAAAT
TACGCTTTCT CCAAGGCAAT ACTCAGGGAG GTTTAAAATT TCTCAAGGAT GCCCATAAAT
CGATTCAGAA GCTCCCTATC CTATTAATGG ACCAGTCAGC GTATTACCTG CGATCCATTG
CTCGTGTATA TCAAGACAGT GGAGAAACTG CCGAGGCTAT TGGAATTCTG TATGAAAGTT
TGTCACTGAC AGACAGTCGG CCTTTGTCCA TCGAGCGTTC CGCCGCACTT TTTGATCTTG
GCAACTGTTC GCTCGACCAA GAGAAGACGA GCGAAGGTCT GACATACCTT GAGGAATCCT
TGAAGATTCG CGTCTTGAAG CTGGGCGAGT GTGTACAAGT CCTTGACACG CTGAAATTGA
TTGGTAGTGT GTATATGTCT CTTGATGACT ATGATCAATC TTTAAAGATA TTCAGAAAAG
TTCACGAAGT CTGCGAGAGA ATTGCAGGAA GCGAGATCGA AAGGATTGCG GGCGCGCTGT
ACTCTATTGG TGAAGTATAC GATTGTTTAG GACTTTTTGA CCTTGCGATG GACAACTTCA
CCGAATGCAA GCTCGTGCTT GAACGTGGTC GTGAAAAGGA TCATCCAGAT ATTGCGAAGG
CCCTTCACAG GCTTGGAGAC TTGGTTGCGT CTCAAAATAA TCTTGATAAA GCAGAGGACT
ACTTTTCGGA GGCTTTGAGG ATTCGGAGGA TGAATTTCGA TGACGTATTG TTAGCGGAAT
CGCAATACAG TATGGGGGTT ATACTGCGCA AATTGGGTCG CTTGGAAGAA TCAGAGGGAT
TTCTGGTCGA CGCGCTCGAG ACCAGAAACA AATTAGAATG CAACAGGGAA ACTGGCCAGA
CTTTGCTAGA GATCGGAAAC CTGTATCGCC TACAAGGGGA ACCTGCCAAT GCCGTAAGCC
TTTACGAGAA AGGAAAGGAA GTGCTGGGCA ACGAAAGCGA TCTTCTCGGC AGTGTCTACC
TCGCTTCAGG CCACGCAATG GTTTCTCTGG AACGTGATGA AGAGGCTTTG CTTTGCTATT
TGAAAGCACG CGAAATACGG CTCGGGGCCT ATGGAAAGGA TAGCGCCAAG TACGGCAACG
CGTGTCGAAG CCTCGGTTAC ATAAACTATC TCTTGAGAAA CGTCGACGAA GCGATTGTTT
GCCTCAATGA GTTTGTTCGA ATTTATGAAG CCTGTGCCGA GGACGAACGC GAAGACTCGA
GCGAGAACTT CGACTATGCT TTGGGAATTG TCTTACTCGG CGACCTAAAC ATTGCCAGAG
GGAAGCCAGA TCAAGCACGT AAACTTTGGA TTGTCGCAAA AGAAATCTAC GAAGAAGATG
AAGGACTTAC GACGCAACTT CCTGCTTTGG TTGACATGGT TCAACGTCGC TTGAAAGGAA
AAGAATTGAC ACCATCATCA CCGGGAAAAG GCTTGCTGTC GAGATTCCAT GGGGCTGTAC
GGCTTTCGGA AGAATCCACT TTGAAGAGCA CACTCGAGTT GGACCCCAAG GAAGTTGGCA
TTCTTCGGAA CATAGCTTTT ATCGATGACT AA
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| Protein sequence | MGLLAELDRL VESDYRVEIN ALEADKKLAE IALVTGLSVR DLNIKNGKPV FRPPTSKLEV
LASWKKLMAV LKKHEVFLEY LKSLREAFVQ FSAIQSLEFR HLKTLISLLS HTAENSQRDN
STECRFVTLL EVLLSYGNGW QPSEQITRFW VRLMQRIPAD VPKVNFRRKA YRVLVSLSWV
PSSKGLLGAC SFEDNRQILD SEKAPAAVRG HLKRIRNTPL PRYDCVNQLL DRLKDETDVC
VAIRSELEGT GKTTLAALVA SHPSILRVFR VLWLPMDQRD VTYTAYAKLL SNLCDQLGVA
PSWPEYVTRF EEPALRQLRE KEYMEEARAQ MSEILLNVDE NILLILDDVQ NASQIKNFRF
NDRQSIIVTT PDPNLAGVDW TVELDPMSEE EAIELFLAEA DLPPAHILGC TDEMKAIVRK
CNCHPLTVRT TARWYHLKQV TAGLPKAMEE LVIDVNRISM LTSVAASKYV GNYQILFGIL
SQMLSPARND GQGSSSLFIL CLAAMVVVFP DRVPLDSVLL LWNQLMQNKP QAVAELGLEG
EPLPIEIQKH AWLIAEGLTH LGIVSVIDYQ NTAWVEAHHN LYSRLAVHLA EEMNFGVSEA
FEDIAEEWNR AFVTSYFVHR IQSGDPTDDD SMAYAIDKLP DHMFRAKLFT VGETILVDEN
FFHARIDALG WDEAIEIHVK DCVRLQRAIE ADDETGSAVI IASPVFARLS ALVEATAMGD
QSPNNSTIID VSSALFQVAF ALAETGFFEE ALMQFDRAQR LLPHSQPLCA SILYGASWTL
LASGEIEQAS KKIKACRKAM NDCPGIHVLF TETLQLMADI WVADCEYKPA LECLDELIEV
LMGSLPRSRI ELGTALYKKG RLLFSMGDLE LARATLHDSL NWKVEIGEFS KNRAAAYSTL
GDLLMETRQL TVAKEMFENA IVTFDALETS SDSLDRLLVT GKLRFLQGNT QGGLKFLKDA
HKSIQKLPIL LMDQSAYYLR SIARVYQDSG ETAEAIGILY ESLSLTDSRP LSIERSAALF
DLGNCSLDQE KTSEGLTYLE ESLKIRVLKL GECVQVLDTL KLIGSVYMSL DDYDQSLKIF
RKVHEVCERI AGSEIERIAG ALYSIGEVYD CLGLFDLAMD NFTECKLVLE RGREKDHPDI
AKALHRLGDL VASQNNLDKA EDYFSEALRI RRMNFDDVLL AESQYSMGVI LRKLGRLEES
EGFLVDALET RNKLECNRET GQTLLEIGNL YRLQGEPANA VSLYEKGKEV LGNESDLLGS
VYLASGHAMV SLERDEEALL CYLKAREIRL GAYGKDSAKY GNACRSLGYI NYLLRNVDEA
IVCLNEFVRI YEACAEDERE DSSENFDYAL GIVLLGDLNI ARGKPDQARK LWIVAKEIYE
EDEGLTTQLP ALVDMVQRRL KGKELTPSSP GKGLLSRFHG AVRLSEESTL KSTLELDPKE
VGILRNIAFI DD
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