| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATRDRAFT_45165 |
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| Symbol | |
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| ID | 7200209 |
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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_011674 |
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| Strand | - |
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| Start bp | 376679 |
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| End bp | 380104 |
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| Gene Length | 3426 bp |
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| Protein Length | 381 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_002179414 |
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| Protein GI | 219117239 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.00000792411 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | CCAGGACTAT GAAACACTTC GACCGTGCTT AGGTTGGGTC TCTGCCGAAA CCGTCCGAAA
AACCCTCATG GTCACCACGC AGCATGCCCG AGAAGTCTAC AACGTCCCGC TACGCAAGCA
TTTCAAGTCA CGTTTCCCAG CCTTAGACGT GCATCGTCGC AACGAGCCCG TCGCCACTGA
TACAATCTGG TCTGACACAC CCGCTGTGGA TAATGGCGCC AAGTTTGCAC AACTCTTTGT
CGGCCACCGA TCTCTTGTCA CTGATGTGTA CCCGATGAAA ACCGATAAAG AATTTGTCAA
CACCCTCGAA GATCACATTA GATACCGTGG CGCAATGGAT AAACTGATCA GTGATCGTGC
TCAGGTTGAA ATCAGCAAAA AGGTCACTGA CATTACACGG GCTTATAACA TCGACCAATG
GCAGAGCGAA CCCAACCATC AGCATCAGAA TTTTGCCGAA CGTCGTATTG CCACTATTGA
AGCAAACACC AACAATATTC TCAATCGTAC CGGTGCCCCT GATTCCACTT GGCTTCTTTG
CGTCACGTAC GTTTGTTGCG TTTTTAACCA TTTGGCGCAT GAGTCCCTCG ACAACCGTAC
ACCCCTCGAG ATCTTATCTG GTTCCACACC TGATATCAGT GTTCTCCTTC AGTTTCATTT
TTGGGAACCC ATTTATTATC GCCTCGAAGA TGCGACATTC CCTTCTGATG GTACTGAGCA
ACGAGGACAT TTTGTTGGCA TCGCGGATTC CGTGGGAGAT GCACTTACTT ATAAGATCCT
CACTGACGGC ACCAACAAAA TTCTGTACCG TTCTAGTGTT CGTTCTGCAA CCATCCCAGG
AGAAACCAAC CTACGCCTTA CACCACAGGA TGGGGAGCGT GGTCCCAAGC CCATTAACTT
TATCAAGTCG CGTAGAACCG AAAATCAAAA TTCCTATGCC ATAAAGGAGT TGCCTGGTTT
CACACCCGAT GACCTCATTG GTCGTACGTT CCTCACCGAT ACTCGTGATG ATGGGGAGCG
TCTGCGGGCA CGAATCACTC GAAAAATACT TGATCCAGAC AAACCTTCGG ATATCAAGTT
TCTCGTCGAA ATCAACGATG GCGAACACGA CGAAATTCTA GCTTACAACG AAATCCTAGA
CAAAATCGAG ACGAATCTAG ATCAAGAACT TCATGATGTG GATCGACAGT GGCGTTTTAA
AGACATTGTT GCACATGAAG GCCCACTCTT ACCACGTGAC AAGAACTACA AGGGATCTAG
ATACAACGTA CTTGTCAATT GGGAGACTGG GGAGTCCACT TATGAACCAC TAGATGTTAT
CGGTGCTGAT GATCCGGTTA CCTGTGCTAT CTATGCCAAG AGTCAAGGGT TACTAGATAC
ACCTGGGTGG AAGCAGTTCA AGCGGTTGGC GTCTAGAGAT AAACAGGTCC AGAGGTTTGT
AAACCAAGCA CGCCAGCATT ATAGCAAGGC TACACCGGTT CACAAATTTG GATACCAGAT
CCCTCGCGAC CACAAGGATG CAATTGATAT TGACAAGTCT AATGGCAACA GTAAGTGGCA
AGACGCGGAG AGCACGGAAA GAGCTCAGTT ACACAAATAT GATACTTTTG TTGACATTGG
TAAGGCCATC ACAATTGGTA AGACTATAAC AAATGCACCC ATGGGCTACA AGAAGATTCG
TGTTCATACC GTGTACGATG TGAAACATGA CGGCAGACAC AAGGCCAGGA TGGTTGCTGG
AGGGCATCTA ACACCTGTCC CAACCGAAAG TGTGTACTCC GGAGTGGTCT CGCTGCGTAG
CCTTCGAATC GTTGTCTTCC TTGCCGAATT AAACGGACTC AAGTTATGGG GAGCCGACAT
AGGCAACGCG TACCTCGAGG CCAAGACCAG GGAGAAGGTA TACATTGTTG CAGGACCTGA
GTTTGCCGAA CTTGAAGGAC ATGTGTTGAT CATTAACAAG GCTTTGTATG GATTACGGAG
CAGTGGCTTA CGTTGGCATG AACGTTTCGC GGACACCCTA CGCGATCTCG GTTTTATCTC
TAGCAAGGCG GATCCTGATG TTTGGATGAG AGAAGATACT GGTGTCTATG AATACATTGC
AGTTTATGTG GACAATATTG CTGTTGCCGC CCATAACCCC GAGGGAATTA TAAACCAGCT
CAAGGAAAGA TACAAATACA AACTCAAGGG TGTGGGTCCA TTGGTGTACC ATCTTGGGTG
CACTTTCGAA CGAGACAAGG ATGGCACCCA TTCTTACCAC CCAAGGAAGT ATATATCTCG
TATGATGGAA CAATATGAAC GAATGTACCA GGAGCACCCG AAAAGTACGT ATCTCCCTTG
GAAAAAGGTG ACCACCCAGA CTTGGATTCA ACACCGGAAC TCGACATGAA TGGTATCAAG
CAGTACCAAT CCCTCATTGG TAGTCTGCAG TGGTTGATCA CGCTTGGACG TTTCGACATA
GCTACAGCGG TCATGAGTAT GTCTAGATTC AGGGTTGCAC CTCGTGAGGG CCACCTTGAT
CGGCTTAAAA GGATGTATGG TTATATCAAG AAGATGAAGA ATGGGGCAAT CAGAATTCGA
ACCGACGAAC CCGATTACTC AGGGCTTCCA GACAACTCTC GCGACTGGGC AACTTCTGTT
TACGGGAACG TTAAGGAACT ACTTCCTCAA AACGCTCCGA CGCCCCTTGG AAGACATGTT
AAGTTGACCA CCTATGTCGA CGCGAACCTT TACCACGATA TGATAACAGG ACGCTCAGTC
ACAGGGGTGT TGCATCTCAT CAACCAGACT CCAATTGAGT GGTACTCCAA ACGTCAGGCT
ACAGTTGAGA CTGCTACGTA CGGTTCTGAA TTTGTTGCGG CAAGGATTGC GGTCGAACAG
ATTATGGACA TCCGTACCAC TCTACGTTTC CTTGGAGTAC CCATCCTAGG CAAGTCCATA
CTGTTTGGTG ATAACCAATC AGTTATCATC AGCTCCACGG AGCCACAGTC ACCAATCAAC
AAGCGACATA ATGCACTGTC TTATCACAGG GTACGAGAGG CCATTGCCGC CGGTATTGTT
GACTTCCAGA AAGTCTTGGG CGCCGAGAAC ATTGCCAATA TACTCAGTAA GCATTGGGGT
TTCCAACAGG CATGGCCTGT TCTAAAGCCT ATGCTGTTCT GGCAAGGAGA TACTTCAAAA
TGTGAGGTAA AGTCTTCCAA TTCATCAAAG CAGGCCGGTG GGGAGTGTCA CGATATACAC
CAAGGCGACA TGTCTCTGGG ACAAGAGACG CCTAACACTG TCTATGGAAG TGTGAGTCAA
GGTGGGAATC GTGGTGGGAT TGTTTCCTTT ATGTCGGCCT TATTGTACGA CCCGATGTAT
ACGTGGTATG ACCAGAGTCG TCCCACATCG GAAGCCACGG AAATTGAACC CAAGGATGGA
GAATAG
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| Protein sequence | MVTTQHAREV YNVPLRKHFK SRFPALDVHR RNEPVATDTI WSDTPAVDNG AKFAQLFVGH
RSLVTDVYPM KTDKEFVNTL EDHIRYRGAM DKLISDRAQV EISKKVTDIT RAYNIDQWQS
EPNHQHQNFA ERRIATIEAN TNNILNRTGA PDSTWLLCVT YVCCVFNHLA HESLDNRTPL
EILSGSTPDI SVLLQFHFWE PIYYRLEDAT FPSDGTEQRG HFVGIADSVG DALTYKILTD
GTNKILYRSS VRSATIPGET NLRLTPQDGE RGPKPINFIK SRRTENQNSY AIKELPGFTP
DDLIGRTFLT DTRDDGERLR ARITRKILDP DKPSDINVSQ GGNRGGIVSF MSALLYDPMY
TWYDQSRPTS EATEIEPKDG E
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