| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATRDRAFT_42567 |
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| Symbol | BGER1 |
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| ID | 7196267 |
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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_011669 |
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| Strand | + |
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| Start bp | 451849 |
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| End bp | 456264 |
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| Gene Length | 4416 bp |
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| Protein Length | 1208 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 | beta-glucan elicitor receptor |
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| Protein accession | XP_002176587 |
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| Protein GI | 219109666 |
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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 | 0.453891 |
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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 | GAATCTAAGA GCCTCCTTGT CCTGATCGAC GAAGAACACG TAGAATACCC TTCCGAGGTT
GCAAACGCAC TACGAGACGC TCGGAATTAG AAATAGAGAG CTTCTTCGCT CATAATTGCC
AAAAGCAATC GTCGGAAACA TCGAGTTTTG GTAGCGCAAG TTTTCCACTT CCAACCGCCA
ATCCGCTTCC ATGGCGCCTC CAAACTACGG AAGTGCTTCG CCATCCACAT CCTCGGCCAC
GAAAGCTGAA ACGATGGACT TTCAGCCTTC GCCGAGTTCC ACCGAACGTC CTTCTACAGA
AAACCTTGAC GATTCCAACA TAAAGGAGAC GGAACAGCGC CGCCTCATCC AGCATCAGGA
ATCTTCCTAC GAGATCCAAT TGCAAAGCTT CCAGCGCACT GAAAAGGGAG AAACTTACAC
CGAACCCACA AAGAATCAGA TCCGGAACCT CACCTGTTGG TTGGCATCTC TCCTCTTCCT
CGTGGCCGGA CTTGTGTGGT TGACGGTGGT TGCAAGGTCG CATTCAACAT CCGCGTCGCC
GTCCTCTTCC AGCAACGATG CACATGCAGA TGTTCCTTCA ACACGTGTCC CTCTCTCGAC
CTTGCATCCG GTGAAGGATC TAGGACTTTT TGATTTTCAA AGACCTGAAA GCTCTCGTCC
TTCAAGTGGA CTCATGAGTA GTACTGGAGA TAGTGACAAC TCCCAAAAGT CGATTCCAAC
CAATTCTTGG TACCAAAGTT TTCTCATGCT CGACGATGAA CCTACGGACC TGCATCGTGC
GTATACAATT CCGTATGTGA TCGACGCGGT TGGTCCGATT GCTGGACTTC GAGCTCATCC
GAACCATATT CTTGCGTCGT CGACGGTTGT GCAGCTGAAC GTTGTCGAGC AGTACGGTCT
CACAATCGGT GCCTCCATTG ACGCCACACA ACAGGTTGAC GACGAGCCCA CACGTCGTTA
CAAGGTCGGG AAAATGTCAA ACCTTGGTGT CACGCTACAC TGGGTATGTA CTGTTGTGCA
GCTAAGTGGG ATGTTGCCGC AACCATATTC TTACAAATAG TGCCCTTCTT TGGTTGTAGA
CCCACTTTCC AATGTCTTCA CCGATCGTTC GGGGTATGCC ATATACAACG ATGCGGTACG
AAAAAATCGA GAAGACAAAC AAAGCCGGCC ATATGTTATA TCCAACTATC GCGTCCGATA
TTCCACCAAA GGGTGACTTG AAGGTCGATG GCGATGGAAT GCTTTCTTGT GGAACCTCGA
CGAAGCCTAT CAAGGTCGAG CGCGAAATCG AGATTCTCTT TGAGCAGAGT GACTTCAGTT
GGCTTGTCTT TGTCTCAGAG CCGGCATTTG TGCAATGCGT GACCGAGGAT AACGGCAAAA
TGCAGCTGCA AGTGGTTGGT AGGGTGAAAC CCCAAAGTGA GGGCCACGAC ATGTCCCGGC
CGTTTTACAT TCGTGCCGCG ATCTACCAAG TATGTACAAC AGGCCGCGAT CCGATATATT
GTCATCAGAA ACAAATGCAT CCTACAGCTC TGCACATTGG ACAAGGAGAG TATGGGGATC
TGCTGCGAAA GAACGGGCAC TTGTTCCCTG GTGAAGACAC TTCATTTGAC TACGAAGTCG
GACCAAGTAA AGAAGTCGCA GTTATGAAGT TCAATTGGGA TTGTCAAGAC ATGACGAATG
GTACTTATCA GTGGAACGGA AATGGCACGG AACCAGACCT CATGGTTTTC GCTCTTCCTC
ATCATTGGGA CATGATGCAC GATGTCGTGA ATTCTCCAGG TGATTCTATT TACTGTGCGC
ATTCTATCAT TGGCCCAGCA TGTCTTGTTG CCGGGGGAAA CTGGGCCCTA GTCGAGGCTC
TACCAAATAT AACTTTACGA GCTAACCGAC GACCTGCTCC CTGGTCGATT GAGCTTCTCG
CGAACAGCCT TGAGAAAGAT ATCCTGTATA CTTTACCTCA TTTCTTCCAG CGCGGAGCAG
GAGATACCTA TTTCTCCGGC AAGATGCTCG CTAAGCTTGG TAGGATCCTT TTGATAAATG
AAGAACTTTC GGAAATGTGC AAGTCTATTG CGAGTAACAA GCAGAAATTA ACCTTCGATG
ACGCTTACAC ACTTGAACAG TACTCTGATG CATGTGAAGG AGCCTCATTT CCTACGGAGG
ATGTTACGTC TAACGCGATA TCGTCCTTGC GAAGTTCGGT TGAGATATGG ATCAATGGTA
CAGCAGAAAC TCCATTTGTT TTTGACAGTT CTTGTAAGTT GTTGAACTTT TTTTGAACTT
TTTTTCCTTC AGCCGCTGTG AGCTCTTCTC TTACTGTACA CGTATTTTTT TTAAAATGAA
AGGGGGCGGT GTTGTGAGTT GCGGGTGCTT GTTCGATGGT AAAGTATGCA AGAACGAGTT
TCCTGACTGC CCATCTTTCT CTGATCCCGG TTTGAATTTC GGAAACGGTA TGTAAAGCAA
ATTCAAATAC GTAAAACAAC GGTCGATGCA ACTAACCTGA TTCTTCTGTC GGATTGTCTC
ATACAGCATT CTACAATGAC ATGCACTTTC ACTATGGTAC GGTCTTCAGC AACCCTCTGT
TGGTAGACAC CAGAGTTACA CTAATCTGTT TCCTGTTCCA TTACAGGCTA TCATATTTAT
GCTGCCGCTG TCGTGGCCCA TTTCGATTCG GAGTGGGGAA GGTACGTTGT TGTTGTTGTT
GTTCGGAGGA TTTCGGTGCA ACATCAGCTG GAGATTCTGA TCATTTCCAT TGCTGCTCCA
CAGTGAGTTT TTTGAACGGG TTCTGCTCCT AGTCCGCAGT ATTGCAAACC CCACAGACGA
TGACGGCGCA TTTCCGAAAT GCAGGCATAA GGACTGGTAT CAGGGGCATT CTTGGGCGAG
TGGTATCGTT AACCCTCCTT TTCGAAATGG AAGAAATCAA GAGTCTTCGA GCGAAGCTAT
TGCTGCCTAT GAATCAGTCG CCTTGTTTGG AACCGTAATG GTGAGTCTTT TGTACCTGCT
TCTCAAACAC CCACCATAGG ACTGTAACTC AATCCACTTC ATCGCACCAG GCCAATATTT
TCAGAACTGA CTCATCAACT GAGCAGCTGC GTTCTGCGCT GGAAGTAGAA AATATTGGAC
GCCTACTTAC GGCGACTGAA ATTCGTTCAA CAAACCGATA CTGGCACGTG TCTTTGGATG
ATAAGGTCAA AATTTTTCCG TCTGAGTTCA CGGCTCGCGT TGTCGGAATA CTTTGGCAGG
CTATGGCACA GTTCCAGACC TGGTTCGGTA GCAAACCCTT CCTCGTTTAT GGCATTCAGC
TTCTACCGTT GACTCCCATA TCTGATTATC GTGATAGTAT TAAATGGATG AAATCAATTT
ACTATCCTTT GGCCCAGAGC TGCGATTCTG ATTCTGACTG CGAAAAATCG GGCTGGTCCA
TCCTGGAGCT GGCCGTACTG GCAACTGTTG GTCACCAGAA TCTTGCTACT GAACGAGCGT
TGAAAGTTCC CTCGACAGTT TTCGAAAGCG CTGGAGGAAA TGGTCATTCT CTGACAAACA
CACTGTGGTT TATTGCAACT CGAGAGCAGC TCACAGAGCC TCTTCCACTG AAGGAGGGAC
AGACTGCGCC GGATACCGAA AATGACAATC TTCCTGTCGA GTTTGACTTG GTTGATTGTT
ACAAACCGGA AAGCTGTACG GAGTACGTTT TAGATACGAT CGTCGATAGC TACACTTGTC
GTCAGCGTAT CCAATGGCTT ATGAATAATC TCGGGAAGTC ACAGAAAGAC GCATGCGTTC
AAGTCGCGTC TCTCGAGTAT TATGACGTTT GCGGAAAATG CAATCCTTAC GCTGAGACTA
AACCCAAAGA GGATTCTGGC TCAGAAAGCT CTATTTGCCC ACCTTGCTCT CTGGAAGAGT
GCAGCAGTGA TCTGAATCGA TGTCCAACAT ACGAGCACAC TTATGTCTGC TCAGCAGGTA
TGAATCGCGG CGGCTGTTTG AGTTATAATT GGGATCTCGA GAGTGGCGAA TGCAATGCTT
GCTGCGAGCT AACGAATTGC CTATCCGTGA AACCTGTCGT GCTCGAGATG AAAGACAAGG
TCAATGAAAA AAGCGACGAT CGCTGCCCCT CCTGTTCCGC TGAAGTATGT CGCAATTCAA
AGATCCAGTG CCCTTCGGAC TTTTCGGCGC CATATGTCTG TTCTGAGGGC GAAAGTTTCG
GTGGATGCTC GCCTAGACCT TGGTCGCTTG AGAATAAGCA ATGCAAGAAA TGTTGCAAGC
TGTTCCCTGC CTGCGATGAG TAAAGTAGTG ATTCTCTCAC ATCAGTCAAG CTTCGGCCCT
TGGCATGCTG TGGAAAATGG GTGTTTGGGA CGAAGATTTC TACAGCATAT TTTTGGAAGT
AAGAACAACT CTATAATACC TGCACTTCAA ACAACG
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| Protein sequence | MAPPNYGSAS PSTSSATKAE TMDFQPSPSS TERPSTENLD DSNIKETEQR RLIQHQESSY
EIQLQSFQRT EKGETYTEPT KNQIRNLTCW LASLLFLVAG LVWLTVVARS HSTSASPSSS
SNDAHADVPS TRVPLSTLHP VKDLGLFDFQ RPESSRPSSG LMSSTGDSDN SQKSIPTNSW
YQSFLMLDDE PTDLHRAYTI PYVIDAVGPI AGLRAHPNHI LASSTVVQLN VVEQYGLTIG
ASIDATQQVD DEPTRRYKVG KMSNLGVTLH WTHFPMSSPI VRGMPYTTMR YEKIEKTNKA
GHMLYPTIAS DIPPKGDLKV DGDGMLSCGT STKPIKVERE IEILFEQSDF SWLVFVSEPA
FVQCVTEDNG KMQLQVVGRV KPQSEGHDMS RPFYIRAAIY QVCTTGRDPI YCHQKQMHPT
ALHIGQGEYG DLLRKNGHLF PGEDTSFDYE VGPSKEVAVM KFNWDCQDMT NGTYQWNGNG
TEPDLMVFAL PHHWDMMHDV VNSPGDSIYC AHSIIGPACL VAGGNWALVE ALPNITLRAN
RRPAPWSIEL LANSLEKDIL YTLPHFFQRG AGDTYFSGKM LAKLGRILLI NEELSEMCKS
IASNKQKLTF DDAYTLEQYS DACEGASFPT EDVTSNAISS LRSSVEIWIN GTAETPFVFD
SSWGGVVSCG CLFDGKVCKN EFPDCPSFSD PGLNFGNAFY NDMHFHYGYH IYAAAVVAHF
DSEWGSEFFE RVLLLVRSIA NPTDDDGAFP KCRHKDWYQG HSWASGIVNP PFRNGRNQES
SSEAIAAYES VALFGTVMAN IFRTDSSTEQ LRSALEVENI GRLLTATEIR STNRYWHVSL
DDKVKIFPSE FTARVVGILW QAMAQFQTWF GSKPFLVYGI QLLPLTPISD YRDSIKWMKS
IYYPLAQSCD SDSDCEKSGW SILELAVLAT VGHQNLATER ALKVPSTVFE SAGGNGHSLT
NTLWFIATRE QLTEPLPLKE GQTAPDTEND NLPVEFDLVD CYKPESCTEY VLDTIVDSYT
CRQRIQWLMN NLGKSQKDAC VQVASLEYYD VCGKCNPYAE TKPKEDSGSE SSICPPCSLE
ECSSDLNRCP TYEHTYVCSA GMNRGGCLSY NWDLESGECN ACCELTNCLS VKPVVLEMKD
KVNEKSDDRC PSCSAEVCRN SKIQCPSDFS APYVCSEGES FGGCSPRPWS LENKQCKKCC
KLFPACDE
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