| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_81277 |
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| Symbol | SPO14 |
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| ID | 4851787 |
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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 | Scheffersomyces stipitis CBS 6054 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_009068 |
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| Strand | - |
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| Start bp | 2827055 |
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| End bp | 2832984 |
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| Gene Length | 5930 bp |
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| Protein Length | 1783 aa |
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| Translation table | |
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| GC content | 43% |
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| IMG OID | 640393495 |
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| Product | phospholipase D |
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| Protein accession | XP_001387103 |
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| Protein GI | 126275601 |
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| COG category | [I] Lipid transport and metabolism |
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| COG ID | [COG1502] Phosphatidylserine/phosphatidylglycerophosphate/cardiolipin synthases and related enzymes |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 1 |
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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 | 15 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CTAGTTCGAG TAGCAGTGTA AATGCCAGAG TCGGTGACGT CACAGCCCCG TCCAGCGCCT
ACAGTGGACC GGTCACCCAC CAGTGGCTTC AAACGGATCT CCATACCGAG ATTTCTGAGA
CATGATCCCA ATGGGAAAGA AGTGGATATT CATGAACATC CAGAAACCAG CAATGAAAAT
AATGTGAATT TGAAAACAAA GAAGGAGAAC ACAGCACTAT CAGATGAAAA CGGCGCAGAG
GAAAAAAGCA TAAGGGAAGA AAACGACAAG GGGTATGAAA ATCAAGTTGA GCAAGAAAAC
CATAAGAATT TCCCGAATCT CCAGAATGGT GTAAATCGCC TGAATAACCA AGATTCTTCA
GAATTACAGA GAGATAATAA TCCCTCCAAT TCCAATCCTT ACTTTTCCAA TACCCACTTT
ACAGAAGGCT CTTCCAAAGG AATAGTAGTG CCAGACACTC TTCGTGCCAA CCGCCACGAC
GTCGACGACA CTAGCGAAAG CCACGATAAA CACAGATATA GCCGTAGCGG TAGAGACAGC
TCTCAGTCAG TCTCTCCACT CAGAGAAGTT ACAGATGTAG AACAGATATA CGATGCTGTA
TCTTTGCATT CAGAACAAAA GACACCACTG ACGACAAGAA GACCATCCTT TTTCGGACAA
GAGTCGCCGA AAGTAATCAC AAACCCCTGG AACTTCATAT TCAAAAACGT AGATAAGGAT
GAGCAACGGT ATGAAACTGA AGAGCAGGAA GCAAAGGATA AAGTGCCGTA TGAGCCTCAC
AATCCCGAAG ATGAAACTGT GGAAAGTCCC GAATTTTTAG ATGCTCGTCA TCACTCACAG
TCTTTTTCGA ATTTTATCCC TTCTATGTTC AGTGGAAAAC ATGAAAGAGA TGCAAACACA
AATCTTCAGG CTGCAGGGTC TCCTGAGAAT GACTTCCAGG TGACAGAAGA ATTGAAAAGA
CAGCAAACTT TCATGAAGAA GTTTCTGATT TTCAACAGAC GTAGAAACAA AGACAGTAGC
CGAAAGCAAA GTATAGCAGC CGCAGATTTG GCTGAGCCTC TACTTGAAGA CCCAGACAAA
CCTACCGGAG AAAGAGCTCT GAAGTTGATT GGTAGTTTGG CAATGGGTGC TCCCGCGATT
AATTTACTTG CTTCGTGTTT ACTAGAAGAT GAGCACGGTA TTTCTCGGGC TCCACTTGTG
CTTACATTGA TTGGATTGAA AGTCACAGAC ATATCTGCTG GCATTTCAAC TAGGATCAGA
AAGTTCAAGA TCGAGTTAGA GTACGGCTTG GGACCTCAGA GATTGAAATG GTCTGTAGAC
AAAACCGCCA AGGATCTCTT GTATTTGCAC TCCAAGTTCA AATTCGAAAG ATGGAGAAAT
GAAGTCGTTA GAAACAAGAA CTCTGAGTTG CCCAAATGCC CCATTCCGCC AATCAGAGGA
GCTGATTTGA ACAGAGGAAG AAGGAGAAAG AGTCTTCCTT CAAATGCACT TCATAATCAA
GAATTGCATA GAGTTTCTGT AGGTGAAGAA TTGGGCAATG TTGTACGGTT GTCTCGATCT
CGGTCTCGAT CACGTACTCG TTCACGCTCT AGATCTCGAT CTCATTCTCG TTCTTCTAGC
CGTTCAAGTG CGAGAAGTGA AAATGACGAG GACAACAACT CTATTAGCAG TACACACAGT
TTCCGCGACC ATTTGACGAG ATTGAGGCTG CATCTCAGTC TCTCATCAGC TTCAACACAC
GACCAATCAC CAGAGCAGAT CAGAACCAGA ATCCAGAAGA ACCAGGACTA CATTCGCGAC
GTGGAAAAGT ACTTGAACAG TATGATTGAG ATGTATGCTT TGAAGCCACA GTCTAATAGA
CTCTTCCACT TCTTTGAAAT CTCCCCTATC TCATCATTGT TGAGCTACGA AACCGGGTAT
CTGGGGAAGC AAGGTATTGT ACATGTGGGT GGTTCGACCA AGTCGCAGGG CTGGAGAGTG
GGCCATTTTA GAGCCAACGA TTTGAAAGGG ATGATTGATC GAAGATCAGA GAAGTGGCTC
TTGGTGAGAA ACTCATATGT GATGTATGTT TCCGACATCA ATTCCACTCT ACCATTAGAA
GTATTCTTGG TTGATTCTAA GTTCAAAATA TCCTACAAAA GAGACGTAGA ACAGAGCAGG
GAAGATGAAG AATCCGATTA TGATGATTCT TCTATCATCC AGAAACAGAT AGCTGATAAT
GATATCAAAG ATGCTGCCAG AAGTGTTTTC AACCAGCTCA AGATTACCTT GGAAAATAGC
GAGAGAAAAC TACAGATTAA TCCCAAGTCG CAGAAGGAAC AGAAGTTGTG GATCAAATCG
CTCACGGAAA TGAAAATATC CACTGATTGG TCACAAACTC ATCGTTTTGG CTCCTTTGCA
CCTGTAAGAG AGAATTGTTA TGCTCAATGG TTTGTAGATG GCAGAGATTA CTTCTGGGCT
GTGTCTTCAG CTTTGGAGAT GGCCAAGGAT GTGATTTTCA TTCACGACTG GTGGCTTTCT
CCAGAAATAT ATTTGCGTAG GCCCGCCAAC GGTAACCAGC AATGGCGTTT GGATAGAATC
TTGCAAAGAA AAGCTCAACA GGGAGTTAAG ATTTTTGTGA TTGTTTACAG AAATGTTGGA
TCTACTGTTT CTACGGATTC TCTCTATTCC AAGCACTCTA TTCTATCATT GAACGAAGAA
AATATCCATG TAATCCGTTC TCCCAACCAG CTCTTGCAGA ACACGTATTT CTGGGCTCAC
CATGAAAAGC TCTGTATTAT AGATCAAACT GTAGCCTTTG TGGGAGGCAT CGATTTGTGC
TATGGTCGTT ACGATACCCC TGACCATGTG CTTGTGGACG ACTCAGATAT CAATTTCCAA
ACTCTCTCAA GTGATGATAG ACCAACCGCT GAAGAGTTCA TAAAGTTTCA AACCTTCCCT
GGTAAGGACT ACTCTAACCC TAGAGTAAAA GATTTCTTTG GTCTAGAACG TCCCTACGAG
TCTATGTATG ATAGAAACGT CGTTCCCAGA ATGCCATGGC ACGATGTTCA CATGGTAACA
TCTGGTAAAG TGGCTAGAGA TTTGGCTAGG CACTTTGTAC AACGTTGGAA CTATTTGCTT
AGACAGAAGA GACCCAGCAG ATTTACTCCA TTGCTTACTC CTCCTCCAGA CATGTCCGAC
GAAGAAGCCA AGGTAATGGG ATTAGATGGA ACTTGTGAAG TTCAATTGCT TAGATCAGCT
TGTAACTGGT CATTAGGCAT AAAGGAACAC GAGCAGAGTA TCCAGAATGC CTATTTGAAA
CTCATTGAGA CTTCTGAGCA CTTCATCTAT ATTGAAAATC AATTCTTTGT AACGTCTTGT
ATTATTGAAG GTACAGAGAT AGAGAACAGA ATTGGTGATG CTATCGTTGA CAGAATTATC
AGAGCGTATA AGGAGAAGAA GGTATGGAAG GCTATAATTG TCATTCCACT TATGCCAGGC
TTTGAATCTC AAGTTGACGA GCCAGATGGA TCTTCAGTTA GAGTCATCAT GCAATGTCAG
TACTTGTCGA TTTCCAGAGG ATTATATTCG ATTTTCTCCA AGTTGCGGAA GTTTGGCGTT
GATCCAGACA ACTACATTCA ATTCTTTTCT TTGAGAAAAT GGGGTAGAAT AGGTCCTGAT
AGGACTTTGG TTACCGAGCA GTTATACATT CACGCCAAAA CCATGATCGT GGATGATAGA
GCGGTTATCA TAGGCAGTGC TAACATTAAT GAGAGATCTA TGAGAGGTAT CAGGGACTCC
GAGGTAGCCG CTATTGTGCG TGATAAGGAA ACTGTACGTA CTCACATGAA TGGCGAGCCA
TACTTGGCTT GTAGATTTGC TCACACGTTG AGAATGAGAT TGATGAGAGA ACATCTCGGA
ATCGATGTGG ATATCTTGGA TATTGTTGAG AGAAGATTTA AACGTTTTGA AGAGTACGCG
AGAACTCAGG AAGGTATTCA ATCTGCTACT AGTGTGTTCA GAAAGCTGGA AAATATAGTT
CTTTCAGCTA TGGTTGAAAT AGCATCCAGG GATATATTAG ATCAGCCAGA AGGCACATTC
AGGTGGAAGA ACTTTCAAAA GCTGAAGAAA GTAGATGGAG AACCTGATGT TATAGCTCAG
AACTTAAGCT GCCAAGAAGA CAACGATACT GAAAAACCTT CTCCATTGGC GTTACCCATT
TCGTTCAACA ATAGAACTGG TCCTCACGAA GCCAATAAAG GTATCAGAGA TAAGAAGAAG
CACTCTTACG ATACAAGAGT ACAGAACAAC GAGTTTCATA AGCAAGATGT TTATGGAGAC
GGGCTCGATA AATATAGAAG TAAGCTAGCC AAGAGGGCCA GGCTCAACAG CAGTAGGTTC
CTCAAAGAAA AAGCTACACA ATACATGCAT GAGAATCCAT TGATGACATA CTTGCCTGAT
GTGGAAAGTG TGCATGAATT CTTGGAGTGT GACGACTACG ATATGATTGA AGAAATGGAC
GAGACCTCTG AGGAAGTTAT TTCGACTAGA AACAGAGAAA GATGGCAGTT GTTGAAGAAG
CTATCATATA TGCAAAGAGT TGCTGCTAGA GAAATGAAGG AAGACGATGA AGAAAGAAAA
AAGAGAGTAA ATGCTGGACT CAGTGCTGGT ATTGGAGGAA AGTCACCAGG AAACGAGGGT
TCTCCTGTTT CGTTTAGTGA TAAGAATAGT TCTCCTGAAG CTGTTGCTAA CAATAATGGT
AGTAATACAA ACCACGGCGA TTTGAATGGC ACAACACTTG ACAATGTTTC GCTTCCTTCA
GTAGAAAGGA AGCATGAAGG AATGAATGAA ATGGTCACTG AGATTCCGAT TATTACGCTT
AGCGAACAAG AAGCCCAAGA TATCATTCAG AGCTTGGCTC CAGCAGGAGA TCGTGAATTC
AACAAATTCC TTGATCCATA CGGTTTTGAA GATCCGCTCG ATGTGGAGTT TTATGAGGAT
ATCTGGTTTG AGTACGCTCG TAGAAACACA GAAATCTACA GAATGACTTT CCATACGCAG
CCAGATGATA CCGTAGATAC CTGGAAGGAC TACAAACAGT TTTCCAAGCT CCAGAAGGCA
TTCGTTGTTT CACAGCAGCA AGAGGCCAAG TTCAGAAAAC AACATAGAGG TCGAAAGGAA
GAAGAACTGG AGTCTGAATC TGAGAGCGAA GACGAATCGG AAGGATTCCA GTATCGCCCA
ACAATGGCAC ATCGTCCTAG TCAAGCAACT ATCAACGTCA GGAAGTTCAA TCAAGTTGGT
TTGTTGGGTA ATGCACCACC TTCAGCTGAT GGGGTAGTAC CAAACGAAGT CAAGAGCCTG
CCTTCTAGCG CTCATAAGCT AAGATTGAGA CGTCGGATGA ACAAGACTAC TATTCAGGAA
GACGACGAAG AAAACGGTGG CGATAATGAC GAGACTGAAG TTGTTGACGA TGTGGCACTT
TCAGAAGTAG ACCCTCTTCA GGTTGGAGAC GATGAGTCTG AGGCCATCCT AGTCTTCCCC
AACGACGAAG AAGCAGCGAA TGACGAGAAA GAGTATGAAG CTGTAGTAGA ATCGTCTGAC
GCTTCACCGG AGGCCTCTAG TACACCCGTT CTTAACGGTA CCGCTGCTTC TGGTGCTCCT
GTAAGACGCA AACGGAGAAG AGCTGGTACT TTCTCTGCCA GAAGAAGAGC ATATATGGGG
GAACGTATCT TTGACAGAGA CTCCGCAGAA AGATTATTGC TTGAAGTACA AGGTAACCTT
GTTCTTTTCC CTACTGAATG GTTGCTGAGA GAGTTGGACG GAGGCAACTG GTTCTACAAC
ACCGATAGAC TTCCACCTAT CGATATCTAT GATTGATTGC AAACGTGATT ATCTGGAAGT
TAATAATTTA ATATTAATAC CAAAATTAAT GTAAATATAA TTGTACATAC
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| Protein sequence | MPESVTSQPR PAPTVDRSPT SGFKRISIPR FLRHDPNGKE VDIHEHPETS NENNNFPNLQ
NGSVSPLREV TDVEQIYDAV SLHSEQKTPL TTRRPSFFGQ ESPKVITNPW NFIFKNVDKD
EQRYETEEQE AKDKVPYEPH NPEDETVESP EFLDARHHSQ SFSNFIPSMF SGKHERDANT
NLQAAGSPEN DFQVTEELKR QQTFMKKFLI FNRRRNKDSS RKQSIAAADL AEPLLEDPDK
PTGERALKLI GSLAMGAPAI NLLASCLLED EHGISRAPLV LTLIGLKVTD ISAGISTRIR
KFKIELEYGL GPQRLKWSVD KTAKDLLYLH SKFKFERWRN EVVRNKNSEL PKCPIPPIRG
ADLNRGRRRK SLPSNALHNQ ELHRVSVGEE LGNVVRARSE NDEDNNSISS THSFRDHLTR
LRLHLSLSSA STHDQSPEQI RTRIQKNQDY IRDVEKYLNS MIEMYALKPQ SNRLFHFFEI
SPISSLLSYE TGYLGKQGIV HVGGSTKSQG WRVGHFRAND LKGMIDRRSE KWLLVRNSYV
MYVSDINSTL PLEVFLVDSK FKISYKRDVE QSREDEESDY DDSSIIQKQI ADNDIKDAAR
SVFNQLKITL ENSERKLQIN PKSQKEQKLW IKSLTEMKIS TDWSQTHRFG SFAPVRENCY
AQWFVDGRDY FWAVSSALEM AKDVIFIHDW WLSPEIYLRR PANGNQQWRL DRILQRKAQQ
GVKIFVIVYR NVGSTVSTDS LYSKHSILSL NEENIHVIRS PNQLLQNTYF WAHHEKLCII
DQTVAFVGGI DLCYGRYDTP DHVLVDDSDI NFQTLSSDDR PTAEEFIKFQ TFPGKDYSNP
RVKDFFGLER PYESMYDRNV VPRMPWHDVH MVTSGKVARD LARHFVQRWN YLLRQKRPSR
FTPLLTPPPD MSDEEAKVMG LDGTCEVQLL RSACNWSLGI KEHEQSIQNA YLKLIETSEH
FIYIENQFFV TSCIIEGTEI ENRIGDAIVD RIIRAYKEKK VWKAIIVIPL MPGFESQVDE
PDGSSVRVIM QCQYLSISRG LYSIFSKLRK FGVDPDNYIQ FFSLRKWGRI GPDRTLVTEQ
LYIHAKTMIV DDRAVIIGSA NINERSMRGI RDSEVAAIVR DKETVRTHMN GEPYLACRFA
HTLRMRLMRE HLGIDVDILD IVERRFKRFE EYARTQEGIQ SATSVFRKLE NIVLSAMVEI
ASRDILDQPE GTFRWKNFQK LKKVDGEPDV IAQNLSCQED NDTEKPSPLA LPISFNNRTG
PHEANKGIRD KKKHSYDTRV QNNEFHKQDV YGDGLDKYRS KLAKRARLNS SRFLKEKATQ
YMHENPLMTY LPDVESVHEF LECDDYDMIE EMDETSEEVI STRNRERWQL LKKLSYMQRV
AAREMKEDDE ERKKRVNAGL SAGIGGKSPG NEGSPVSFSD KNSSPEAVAN NNGSNTNHGD
LNGTTLDNVS LPSVERKHEG MNEMVTEIPI ITLSEQEAQD IIQSLAPAGD REFNKFLDPY
GFEDPLDVEF YEDIWFEYAR RNTEIYRMTF HTQPDDTVDT WKDYKQFSKL QKAFVVSQQQ
EAKFRKQHRG RKEEELESES ESEDESEGFQ YRPTMAHRPS QATINVRKFN QVGLLGNAPP
SADGVVPNEV KSLPSSAHKL RLRRRMNKTT IQEDDEENGG DNDETEAILV FPNDEEAAND
EKEYEAVVES SDASPEASST PVLNGTAASG APVRRKRRRA GTFSARRRAY MGERIFDRDS
AERLLLEVQG NLVLFPTEWL LRELDGGNWF YNTDRLPPID IYD
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