| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PHATRDRAFT_50019 |
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| Symbol | |
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| ID | 7198717 |
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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_011694 |
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| Strand | - |
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| Start bp | 154552 |
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| End bp | 158225 |
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| Gene Length | 3674 bp |
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| Protein Length | 722 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_002184903 |
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| Protein GI | 219129453 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.352902 |
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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 | GATATTTTGC ATTCTCGGTT ACATAATTTC TTTGCCGTAG TTGACTGTGA ATACCACTGC
TCCTACTGCT TCTTCTTCTG TAGCGGACCC ACTTTCAAAG TGTCCAACAG TCCTCACATT
TCACGTCGCT GTCGATAACG CTCTAGCCTC TCTGTCCGAT CGGTACATTT CCTTCCTCTT
GCATCAGTAC GATGAAGTAC GGTGAACACC TAAAAGCGAA CATTGCTCCG GAATACGGTG
AGGAAAACTA CCTGCATTAT GAACGACTCG ATCAGATCAT TACGCAGCTG ACGGAGACTA
AGCCTTCGCG GTAAGTTACC ATTCAAAGGC TGGAACGGTA GGAGGACACC GTGCGAGCTG
CCAGCGAACG ACTTTCGGAA AGTAGGGTCC GGAAGGAGGC GTGCTGATAT CAACCCGATA
GCAAGTCTCA CCCACACACT TGTCTCAAAT ACATCTCTTC ATCGCTGCCT TTGACACATT
TACCAGTGCC GTGGAAACCT CCCGCGTGGT ATCAATGACT GCTCCACCGC AAACGAACGC
ACAAGGGTTG GATACATCCA AGATAAACAT TACGGAAGAA GATTTTCTCA AGCTCCTCGA
ATCGGACATG CAGAAGGTGG AAGTATTTAC GTTGTCGCAA GTGACAGATC TTCGCCATAA
GATTCTCGGA ACCGAGGCTT TGTTGAAGCA GACGGACGGG AAGGGTGATC CGACCTGGGA
TCCAATCGTG CTGGAAGAGA ACGCGGACGA AATCGCGGAA GACTTTTTGC GGTTGGAAAA
ATATGTCAAC ATCAATTTCA TGGGCTTTCA CAAGATTCTC AAGAAACACG ATAAGCGCTT
GCCCAATCTT GCCTGCAAGG AGTTCTACGT CAACCGTTTG CACGCCCAGG CCTGGGTCCG
GGGTGATTAC AGTGATGTTG TCGTGCGTCT TTCCAATATT TACGCCGCCC TGCGCAACGA
CAATCAAGCC GAGGAAAACC AAGACGCTTC GCAAAGCTTT TTGCGATCCA CCACAAAATA
CTGGGTCAAA ACGGAAGACG TTTCGAGAGT CAAGTACGCA ATTCTGAGAC ATTTGCCCGT
ATTCTTACAA AAAACTAGTA CGGGTGAGTC GGATTCGCAA TTTACCAACT CGGTCTATTT
GGACAACGAC CAACTCGAAC TGTATCACGG TCGTCTGGAC AAGACTCCAG GTGCGATTGC
CTTGCGTTTG CGTTGGTACG GACCGGGTGA CCCTAAGTTG GTCTTTTTCG AACGAAAGAC
TCACAATGAA ACCTGGACCG GAGACGTTTC GGTGAAGGAG CGCTTCACGG TAAGTTTTTC
TTTGGCTGGT AGGATTACCG GAGACACTTG GCACGAGTAC TATTGTACTC ATTCTATCTA
TTTGTTATAG GTCGACGAGT CCGAGGTCCA ACAGGTGTTA ACCAACACTT ACCCAATTGC
GGAAAAAAAG CAAGCTATGC TTGAATCGGG CACGTCCCAA AAGGAAGCCG ACGAGTGGGA
AACCCTAGTC CGTGAAATCA CCCAGGTCAT TGTTTCCAAA CAACTTGTGC CTACCATGCG
TACACAGTGC ATGCGGACCG CCTTTCAGAT TCCTTTCGAT GCAACAGTTC GTGTCAGTTT
GGATACCAAC TTATGTATGA TATCGGAGCG TGGCTACGAG TTGGAGGATA TGAAGGTCTG
GCATCGTGAT TCTTCATGGG TATTGGAACC AAACGAAATT CATCGTTTCC CGCACGCTGT
TCTGGAAATC AAACTCGAAC TCGGTGGTGG TAGTCTCACG CCGCCAAAGT GGGTAACGGA
CCTGCAAAAT TCGGGATTTT TGTACGAGTG CCATAAGTAC TCCAAGTTCG TTCACGGCTG
CGCTGTCCTT CTTCCGGAAG ACGTGCGTGC CGTCCCGTAC TGGATCGACG ATGTATCGCT
TCGCCAATCC ATTGTGGATA GTCAAGCTCA ACGCATTTTG GCAGACGCCA CTGTTGGTGT
CGGGCCTGGT GCCAACCAAG TGTACAATCA TTTGCTGCCG TTTGGAACAA CTGTCAACGA
TCGATCACTA ACCGCTGTGG GACGCACGAA CGCCGACCGC AACGCCTCCA AAGGGTTGGT
GGGTGATAAG GCACCCCTAT TAGGTGCCAT TACCACGGGA GCAAATTTCT ATGCTGACGA
GGATGGCGAC GACTATGGAG AAGACGAGGA GGACATTTCG TGCTGGCCCT TTCCCTTTTG
CTCTCGGCAG AATTACGTTC TGGATGGCCC ATTGGCGCCC ACTTCAATTC AAAAGATTGA
ACCCAAAGTC TTCTTTGCCA ACGAACGTAC ATTCCTACAT TGGCTGCATC ACGGTGTTAT
TTTGTCAACC ATCGCTTCGG GAATTCTATC CTTTTCGCAT GAAACTGGTG CCGGCTGGGG
CCAATGGTAC GCCTTGGCTC TGCTGCCAAT TTCGCTCAGT TTTTGCGTGT ACGCCGTCCA
CATCTTTCTG TGGCGAGCGG ATCGTATCAA AACACGCATT CCAGGACGTT GGGATGATCC
CTGGGGTCCG CTCATGCTGG GATCAACGGT GGCTATAGTT CTTTTCTGCA ACTTCATTGT
GAAACTGGTG GCCATTTCGA AAATGGACCT AATGTAATTG GGGAGACGTA GAAGAGGAGA
CAACTCCGGA ATGATGTACG ACCATAAGCA ATTAAAGTTA GTATGTGCGA CTAAAATTGA
GAGGCAATTT CATAGATAAA TGTTGTTACA CAATATGTTG GTTTGCCGAG GTAGAAAATA
GCACCGAGGG CTTTGAATCG AAGGAATAGA GTGGCGTAGT AGAGAATTTC TTCCAGTCGG
ACAAGCCCGG ATCCTCCAAA CTCTCTTCCT CGCCACGAAA ATAAATTGCC TGTTTAATAC
GGCTATGCCT TCCGATACAA GGTGGAGAGT GTCAAAATAT AGTGCTGTGT ATTGAGAAAA
TTCGCGGATC CCTTCATGCA GCTTGATGAG GCACGTGGAC AATGTGTTCG CTTCCTTGCA
TAATCAGGTT TTCCACGTCA TCGACGTAGA TGAAGCGCTC ATTCCCTTCT TCCTGCCCTA
ATTCCAGCAT CAAATTGGTA ATGTCGTCTG TGGTCAAACA ATCGTCCGCT CCTATGTTGT
GAAAAAATCG GCAGAGTTCG TTTCGCGAGA TTTTGCCGTC GCAGTTGGTG TCCGCGGCTA
CGAGAATTTC CTTAACGAAT CGGCTGAACA AGGTCTGTCC AAAACTATTG CAAAAAAGGA
TGAATGGCAG AAAAGGGCAG GAGAGTGAGT TCGCTGCTCA ATCGTCTGAT ACATGTTTTG
TTTTTTGGAT ATTCGGAGTG CTTGCTTACT TTTTCTGTCG GTACTCATTG AGAATGGACC
GCATCTTGAG GCGTGCTGGA CTGAGTTCAT TATCTTTGGG CAAGTTCCGT TCGTAAAACA
CGGTCCGCGC GGTCGTTTCG TGTGGGAAAG AAAAGTCTTG TACGGTAGAA AGGGTGCGCG
TCGAAGACGC GCCCCCCACC ATCAGGGAAG AACGTACGGT GAGACTCGTA ACGGCACACC
GGAGTCCAGA AGTGGACAAG AGGAGTCGAG TAGAAAACAT TCGGAAAGAA AGGAAGCAAA
AGAAAATGAT ACAATGATCG CTGTGTACGG TTTTTTTCAC AGTAGGTGGA GTAGCAACTT
TAGGGAGGAG CGAG
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| Protein sequence | MKYGEHLKAN IAPEYGEENY LHYERLDQII TQLTETKPSR AVETSRVVSM TAPPQTNAQG
LDTSKINITE EDFLKLLESD MQKVEVFTLS QVTDLRHKIL GTEALLKQTD GKGDPTWDPI
VLEENADEIA EDFLRLEKYV NINFMGFHKI LKKHDKRLPN LACKEFYVNR LHAQAWVRGD
YSDVVVRLSN IYAALRNDNQ AEENQDASQS FLRSTTKYWV KTEDVSRVKY AILRHLPVFL
QKTSTGESDS QFTNSVYLDN DQLELYHGRL DKTPGAIALR LRWYGPGDPK LVFFERKTHN
ETWTGDVSVK ERFTVDESEV QQVLTNTYPI AEKKQAMLES GTSQKEADEW ETLVREITQV
IVSKQLVPTM RTQCMRTAFQ IPFDATVRVS LDTNLCMISE RGYELEDMKV WHRDSSWVLE
PNEIHRFPHA VLEIKLELGG GSLTPPKWVT DLQNSGFLYE CHKYSKFVHG CAVLLPEDVR
AVPYWIDDVS LRQSIVDSQA QRILADATVG VGPGANQVYN HLLPFGTTVN DRSLTAVGRT
NADRNASKGL VGDKAPLLGA ITTGANFYAD EDGDDYGEDE EDISCWPFPF CSRQNYVLDG
PLAPTSIQKI EPKVFFANER TFLHWLHHGV ILSTIASGIL SFSHETGAGW GQWYALALLP
ISLSFCVYAV HIFLWRADRI KTRIPGRWDD PWGPLMLGST VAIVLFCNFI VKLVAISKMD
LM
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