| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATR_18693 |
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| Symbol | |
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| ID | 7204038 |
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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_011671 |
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| Strand | + |
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| Start bp | 995612 |
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| End bp | 1000106 |
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| Gene Length | 4495 bp |
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| Protein Length | 1351 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_002186167 |
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| Protein GI | 219113167 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.749806 |
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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 | GAAGAGAAAG CTTCTTTTGC TTCCCAACTG TTTTTTCAAT ACGCTTCGCC CCTCATTCAC
AAGGCTTCGG AACGTCGATT GGAAGCTGAA GATTCATTTG AAATCTCCGA GTCACAGAAA
ATGGATCACG CTGTCTCGGG TCTGGCGTCA GTTTATCGGG AGCTGAGGAC TCGATCGAAG
ACTCGTCAAG AGCAGAAAAA TGTGGACAAA GCCGATCATG GGACGGAATC ACAATCACTG
ACATTGACCA AAGCCTTGCT GTTGCATCAA AGACGAAATC TAATTGTGAC AGGGCTGTTG
CGCCTTCTGA ATACGTCCAT TCAGGCATTT CCGGCTGTTC TGGTCTCTCG TCTCCTCAAA
CTTATCGAAG CCGGTGACAC ACACGCGCCT GCCAAGGCCC TCCAAGCTGC CGTCACTCTT
GTCGCGGTAC TTAGCATCAA AATGCTTGTG GAGAACCAGT ACTTCCACAA GGTTGTTAAA
TGCTCAACGC AAGTGCGCGG CTCATTGGCG GGGCTGATCT TTGACAAGAG TCTGCGACTG
CCTGGTGGGG GCAGCGGTGT CACGCACAAG GATGGCAACG GCGAAACGTC CGCTCTTGGT
TCCGGAGGTG TCCTCAATTT GATGCAATCC GACGCAAGTT TGATTGAAAG TGCCGCCTTA
CAGTTTCATA CCACATGGGA TGGCCCGCTG CAAATTGCCA TTTACACATA CTTGCTGTAC
CAGTATTTGG GGTCGTCTGT TTTCTGGGGG ATCAGTGTCT TATTGGCCAC AATTCCGATC
AATAGTGTCA CATTACGCAT CCTTAATCGA CTCGCCAAAT TTGAGAATGA AGCCAAAGAT
AGGCGCACCA AACGTACGGC CGAGTCTATC AGCAACATGA AGCTACTTAA ACTTCAAGGC
TGGGAGCAAC GCTTTGCGGA TGACATTCGT ATACATCGGA AGGAAGAACT TTCCCGACAC
GTTTCCCGTG GTATCGTTCG AGCTGTGAAT ACGGCTGTTT CCAACGCTGT TCCAGCCTTG
GTGTTGGTCG TAACGTTGAC TGCCTACGCC AAGACTGGAC GTCCAATCGT GGCGAGTACC
ATTTTTACAG CCATTTCACT TTTCAATCAA CTACGATTTC CACTATTTTT TTATCCAATG
CTCATTGACT CTCTCGCGAA TGGCAAAAAC GCAATGCGAC GCATTTCGAC GTATTTGTCA
TCCGAAGAAA TTACACCATA CGTGAATTTT TTCCCGACTG TCGACGGTAC GGGTGGCTCA
ATTGAAATGA CAAATGGTAA CTTTCTGTGG TCGTCGACAA GGTCCATAGA TGGAAATACT
ACGTCAATTT CTCCAGCCTT GTCCAACGTC AAACTAAAGG TATACCCTGG AGAAGTAGTT
GCAGTGGTTG GAACCGTTGG AAGCGGTAAA AGCGCACTCA TTAGGGGCTT ACTTGGCGAA
CTGAATCCAG TGCCGCGAAC AATCATACAA GAAGCGTTGA AGTCCGAGGG GCAGGAGTCA
GTCGGAGACG GCGTTCTTGA CCGAGCAACA GTGATTACGC ACGGGAACGT CGCTTATTGT
TCGCAAGAAG CATGGCTTCC GAAAGGCACG CTACGGGATG CGATTGTGTT TGGACGGGAG
TATGACAAAG ATCGATACCG AGCTGCAATT TATGATGCAG GGTTGGATAA GGATATTGTG
AATGATGCCA GCCTCGCGGA TTCGACGGAA GGTATTTTGA GCCATGACAC CGATGTAGGC
GAAGGTGGAT CCTCTCTCTC CGGTGGACAG CGAGCGCGAG TGGCTCTGGC TCGGGCCTTG
TACGCCGGTG ACGATACCAA GGTATTTCTA TTGGACGATT GCTTGTCAGC TTTGGACGCA
AGTGTTGGCT CGATGGTATT TGAACGAATC ACTGCTCGAT TGCGAAAAAC AAACGCCGCG
ACCGTTCTAG TCACCAATGA TCCGTCATTG CCAAGACGTT GTGATAGAGT GTACTTAATG
GGCAAGATTT CGAGTTTTGG CTCATGCTCA ACAATAGTGG ACAATGGAAG CTACGATGAT
CTTCTATCTC GCGGCCACAA CCTGAGAAGT ATCTCAACTG TCGAATCAAA TTTTGGAATT
GACAAAAAAA TTGATTCACA GTCAGGCAGT CGTGTTCATT CTGATGCGGG AAGCGCTGTC
GATAATATGA TTGCTGCTCA ACCGACAAGG GAGGAGAGGA GAACTCACGT AACCGGTGTT
TTGGAGGAAC CCACAAACGC AACAGATATT AAACAATGGC GCCATGCCGA TCCAGAGTGT
CAAATAACGA TGGAAAATTG CCCAGATTAT ATTGCTGATC AAAGTGCCGA TCGCACAACG
TCTGGACAAT ATCAAAGCAG AGATGAGCTG ACTGATGGCG AAAGAGAGAA AGTATTCCCT
GTATTCGCCG CAAAAGGTTC TATCGTTGGA CCGGGTCATT TCAAGGATAC CAGCGCTCTC
GCAGACGACG AGCGTCCCTT GATGTCCTCT AGTGTCACGA AGTTAACATC AGCGGATGAT
TTCATGTCAG CAGGAGCAGT TCCACGATCC ACATATGTAG CTTACTTCAA ATCGGTGAGG
AAACCAATTC TTGTTTTTGC TATGATTGCT TCCTATTTAA TGGCAAATGG CGCACAGTTT
TACCAGCAAT ATACGGTTGC GAAATGGACT GAGCTTTCTC ATGCCGATGC CATGGCGGCT
GCTCTCGGAG CCAAGTATCT GCGTTCCCTT GTGAATGCTG CGGGCGTCGT TTCTGTCTTC
TTATGGTTCC GAAGCGTTTT TACTATGCAA GTTGGTGTCC GTGCATCAGA TTTCTTTCAC
TCTCGCATGC TGTCGTCGGT TTTTTCGGCC CCAATGTCGT TCTTTGACGC AACCCCTTCG
GGTCAGATTT TGTCCAGATT TGGAAAAGAA ATTGAGACTG TGGATCGAGG AGTGCCAGAT
AGCATTGGGT CAGTTCTTTT CTGTTTCCTA CAAATCTTTA TGTCAATTGG TGCGCTATCT
GCTATCATAA CGCCTGGAAT GCTTGGTCCT CTAGGTATTG TTACATATAT GTATATCAAG
ACTATGGCGA AATTCCGCCC GGCAGCTCGA GACATGAAAC GAGCCGAAAC AAAGACTCGG
TCGCCAATTT ACACGCAATT TGGCGAGGCA CTTCGAGGTA CAGAGACGAT CCGTTCTATT
CCAGGCGCGA AGCAGACTTG GTCCTCGAAG CATCGCTCAT TGTCTGATCA AAACCTTGGA
GTATTTTACA CGGTGAAATC CTTCGATCGT TGGCTTTCAA CCCGGTTGGA ATCACTTGGC
AATACAGTCG TCTTTACGGC AGCAGTTGCC TCAGTCTTCT TAACTCGCGC TGGCCGGATG
GAAGCTGGAT CAGCAGGCTG GGGTCTCACG CAGGCTCTTG CAATTACCGG TCTACTGACA
TGGGCGGTCC GCTGCTTGAC AGATCTAGAG ACTAGTATGA TGAGTGTCAT GAGAGTCAAA
GAGCTGACAG ATTTGGACAG AGACGAAGTT GATGTACCCG GGCAAACGTC GAAACGCATG
CCAGTCGAAC CTTCCAATGC TGGTGACGCA CTGATGCCGC TTCTTCCAGA ATCTGTACAC
TTCAACTCAA CACTGGCCCC GTTGGATAGC AATGTCCTCT TGAAAGATGG ATGGCCCTGG
AAGGGCAATG TTATTTTTCG AAATGTTTCA ATGAAGTACA ATCCGTCATC GCCACTTGTT
CTTCGTTCTG TAACGGTCGC AATACCGGCA GGAACGACAC TCGGGGTGGT CGGACGAACG
GGATCAGGAA AGAGTTCCCT TCTTTTAACT TTGTTCCGAC TAGCTGAGAT AGAGAGTAAC
GGCTCAATTG AAATTGATGG TGTGGATATT CGATCAGTCA GTTTGGAAAC GCTGCGAAGT
TCGCTTGCGA TAATTCCTCA GGATCCTGTT CTATTTGCTG GTAGTATATC ATATAATCTG
GATGCCAGTG GTAACGCAGA GCCGTCAGAA ATGTGGAATG CCTTAAAGGC TGCCTCGCCA
AGTCTCGCAC GCCAATTTAT GTCGACAGGT GGTCTCGAGT CCCCAATTTC AGAAGGTGGA
AAAAATTTAA GCCTAGGACA ACGACAGCTC ATCTGCCTAG CACGGGCCTT GCTCCGGCAA
AGTAAGATTC TCGTCTTGGA CGAGGCTACC AGCAGCGTGG ATTCGAAAAC AGACCAAGAC
GTCCAGGAGA CCATCCGTCG AGAATTCGTT GAGAAGGGCG TGACAGTAAT CACCGTAGCT
CATCGTTTGG ATACGGTGCT GGGTTACGAC AAGATTGCTG TACTTGGAGC GGGAAGAATG
CTAGAATATG GAGCACCAAA CGAGCTTTTG CAGAAAACCA GCGGCGAGCT TCGACGCTTG
GTCGATGCTG ATAGACTCAG CAAAGAAAAA GGTTCCAAGC AACAAGCATC AACTAACAAT
AAGGTCCCGG CGGGGCTTAT GTAAAGGGAG ATAATACAAA AAAATTTCGA AATAC
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| Protein sequence | MDHAVSGLAS VYRELRTRSK TRQEQKNVDK ADHGTESQSL TLTKALLLHQ RRNLIVTGLL
RLLNTSIQAF PAVLVSRLLK LIEAGDTHAP AKALQAAVTL VAVLSIKMLV ENQYFHKVVK
CSTQVRGSLA GLIFDKSLRL PGGGSGVTHK DGNGETSALG SGGVLNLMQS DASLIESAAL
QFHTTWDGPL QIAIYTYLLY QYLGSSVFWG ISVLLATIPI NSVTLRILNR LAKFENEAKD
RRTKRTAESI SNMKLLKLQG WEQRFADDIR IHRKEELSRH VSRGIVRAVN TAVSNAVPAL
VLVVTLTAYA KTGRPIVAST IFTAISLFNQ LRFPLFFYPM LIDSLANGKN AMRRISTYLS
SEEITPYVNF FPTVDGTGGS IEMTNGNFLW SSTRSIDGNT TSISPALSNV KLKVYPGEVV
AVVGTVGSGK SALIRGLLGE LNPSVGDGVL DRATVITHGN VAYCSQEAWL PKGTLRDAIV
FGREYDKDRY RAAIYDAGLD KDIVNDASLA DSTEGILSHD TDVGEGGSSL SGGQRARVAL
ARALYAGDDT KVFLLDDCLS ALDASVGSMV FERITARLRK TNAATVLVTN DPSLPRRCDR
VYLMGKISSF GSCSTIVDNG SYDDLLSRGH NLRSISTVES NFGIDKKIDS QSGSRVHSDA
GSAVDNMIAA QPTREERRTH VTGVLEEPTN ATDIKQWRHA DPECSIVGPG HFKDTSALAD
DERPLMSSSV TKLTSADDFM SAGAVPRSTY VAYFKSVRKP ILVFAMIASY LMANGAQFYQ
QYTVAKWTEL SHADAMAAAL GAKYLRSLVN AAGVVSVFLW FRSVFTMQVG VRASDFFHSR
MLSSVFSAPM SFFDATPSGQ ILSRFGKEIE TVDRGVPDSI GSVLFCFLQI FMSIGALSAI
ITPGMLGPLG IVTYMYIKTM AKFRPAARDM KRAETKTRSP IYTQFGEALR GTETIRSIPG
AKQTWSSKHR SLSDQNLGVF YTVKSFDRWL STRLESLGNT VVFTAAVASV FLTRAGRMEA
GSAGWGLTQA LAITGLLTWA VRCLTDLETS MMSVMRVKEL TDLDRDEVDV PGQTNVLLKD
GWPWKGNVIF RNVSMKYNPS SPLVLRSVTV AIPAGTTLGV VGRTGSGKSS LLLTLFRLAE
IESNGSIEID GVDIRSVSLE TLRSSLAIIP QDPVLFAGSI SYNLDASGNA EPSEMWNALK
AASPSLARQF MSTGGLESPI SEGGKNLSLG QRQLICLARA LLRQSKILVL DEATSSVDSK
TDQDVQETIR REFVEKGVTV ITVAHRLDTV LGYDKIAVLG AGRMLEYGAP NELLQKTSGE
LRRLVDADRL SKEKGSKQQA STNNKVPAGL M
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