| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_33080 |
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| Symbol | |
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| ID | 4840253 |
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| Type | CDS |
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| Is gene spliced | No |
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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_009046 |
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| Strand | - |
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| Start bp | 1386486 |
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| End bp | 1389467 |
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| Gene Length | 2982 bp |
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| Protein Length | 993 aa |
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| Translation table | 12 |
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| GC content | 44% |
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| IMG OID | 640391568 |
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| Product | predicted protein |
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| Protein accession | XP_001385963 |
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| Protein GI | 150866385 |
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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 | 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 | 12 |
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| Fosmid unclonability p-value | 0.343186 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCGACC TACGACCCAT CAATCAGCCA GAGGGACCTC TAGGGGTTTT CTCTGGTGAA
AGCTCTTCAA ATCAAGCCTT AAACGAGCCA AAACCACCGG ATATTGACCG AAATCCACAC
GACCATGTCG CACCCCCTGA TCTGATGGAC CTCGATGGCG AGTCCACAGA TGCCGATGAA
AACGGCGATT TAGAGCCATC TTTCGAGACA GCATTGTCAA CTACTTCCGA GGAACCAGCC
CAACTACGGG ATAATCCCAT GGACGGACTG GTTAGTCAGA ACCAGACCCA ATTAAGCTCC
ACTATGGACA GTTTTGAAAC TTCGGTTTCG AAAAATTTTC ACGATCACGT GATCGGACAG
GTACACGACC AGGAAATGGC TGCAAATGAT GAAAATGAAA TGGTTTCCAC TTCTTTAGAA
TCTACCAGCA GATCAACTGA TTTACCAGAA CAAGAAGACT CTCTTCTTAT TCACCATCAA
CATGAAAACG CCAAAACCCA AAAAAACAAA GAAAATTTAC AAAACTCCCA AAAAAATACA
GGAAACTTAC AAAACTCAAA AAAAAACTCA AAAAACTCAA AAAATTCAAA AACAACTCAA
CCAAATGTTG ATCAGATCTT CCCTATCTTA GGAACTGCCA GCAAATCAGC CAAAACAGGT
TTACGTACCT TCAATATTGC CAAACAAGTA CCAATCCCAA TACTCAATCC AAAAAATGGC
CCATCTGCTA GCCAACTCCA AAAGGTAATT GTGGACAGAG ACTCCTCACC TATTCTTCAA
GACGCAAAAA CTAGACGTAA GCAATTGACC GAACTACACG AAACTACCGG TCACCTTTCA
GAAGAACAAT ACCGTCAATT AGCAAACACC TACTATCTCC AAAAATATGC CAACTCCCTT
TCAGATCTCA ATTGGGCGGG ACAAGAAGAA AGACTTAAGG CATGGAATGT GCCCCAAGAT
TTCTGCCTTA CCGCACTCGG TGAGATTGCT CGAAATTCAA ACGAGAAAAG ATACGTACGT
CTTCAAATAG ACGCTTTCTA TAACAAAAAT GACCATCTCG ACCAAAGGCA TTCAATGCGG
GCCGAGGAAA TGGCCAAAAT AATTGAAAAA CACCTTACAG AGACTATCCC AAACAAATGG
CCCATGGTCT CCCAAAACAA TAACAAAACT TTAAATGAAC TCCATAAATC CTTGGAGTTC
TTAAAAAGTC AATTCGACCC CGGCTCAAAT GACGAATTTG AAGCCACTAA GGACATAAAA
GACAAAATGC AGCAATTGTC TAGAGAAATA AGTTTCAGCG CTACAATGAG AGATGTTAAA
GACAAGTTCC ATACAATTGT AAGAGATAAC ACTCATGTGG ATTTTCGTTT CGGAAGCATA
GTAACTCAGG ATCGGATCCC AGAACTGGCT CAACAGAAAT CAACACCCAT GACAACTTGG
CTTGAAAGAT TTCAACAACT TTTCCACTCA CCTTACGTGG GCAGTGAAGA CACCTTTGAA
TTTCAGCTCA GTCTTGTAAG GCCAAAGCAA CTATCCAACA TGTATCTAGT TGGCATAAAA
GCTTCGTCGG ACTTCCCAGA TCCGCGAGAC ATCCTAGACA TCATGTTCCA CACAAAAGAT
TTTGAAATTC CTCAATACAT CGATACATCC TTACCTTCTC GTAAACCCTC GAGACGACAG
GACCGAATCC CGTACGAAAT TCTACATCAA TTCATAAGAA AGGCACCAAT CTTAAATTAC
ACTGACAAAA AAGCAGACTT TACACACGTC CTGTTCTTCT TGATTGGCAG CAACTCAGAC
AATATTCCCA ACAGAAAGAG TATCTTCTTG GAAAACGTCC AACTTGACAT CATCTCTTCA
TACCAATTCT GTTTCAGATG CCACAACAAC AAGCACACTA CCAAAAGATG TCCAGTTCCC
AAATCAACCA CATTGTTCCA AAGTCGGCCC TTAACACAAT GGCCCACTAA GGTACCATCC
CCAAACAAAC AGAACCATCC AATAACCCTC ACCACGGGTC CCAGAACTAC AAATCAAGAC
GGGGATGGCT TTAGTCGACC CACGAAAAGA TCTAGACAAA AGACAACCCC CAGTCCACCA
ACTATCCCAC AACAACAGAA TAGCTTCGAG GTGCTCCCGA TAGAGGACCT CACAACACAA
GAGGTTACAG CAGAGGAGAC CGAAGCCACA CGCAACCGGC CAAACACTGT TTCATCTACA
CCACAAGCAC CATCACGTCA CGAAACCCCG AAAGCCATTA ACAAGAACAA CGATAAAGCC
CCTGAAATTT CAACACAAGA CGATGAAATG GTGTACTACA CCGATGACGA AGAACCCTCG
ACTATAAATG ACGAGGACAC CCAACTCGCT CCATCTACAT TGATTGAGCA ACAACAAAAA
AATTCAAAAG TGGATACCAC CCCAAATACT CCACAATACA CTACTGACAT GCTCCCTCTG
AAGCATGCAC CTAAATCAAA TTCAAGATCT CAACCGGTAA CTCCCTCCCG GCCTACTAGC
ATGCTCCCTC TGAAGCATGC TCCCATAACT AGTTCCAAAT CTCAACCGGT AACCCCTGCC
CGGCTTGGAT CCAAGGTCCT CAAACCTGCG TCAACAGGTA AGAAACCCTG GACACCGACA
CCCACTCCCA GGACCACGAA TGGCCCTAGT GGGTCCCCCG CAAGGACTCC GACCACGTCA
ATACGACTAC CTTCTCTCCT AAACAACAGT AGAACAAACT ATAGTGAATT AAGGGAATCA
CAAATGGGAT CGACCATTAG TTTTCCTGAG TCTATGAGGA CATCCAACCT CAACATCCCC
GACTCTTCAC TAATTCTACA AACTCAAATT GAGGAAGCAA CTCAAGTAGA TTCTCCAGGC
CAACAACAGG CACCAGGTCA CAATCCATTA ACAGATGACA ACCTGGACCT AAGTATGGAC
ATAGAGGACA TCAACGTTCA TTCTGATAAT ACTAATTATT AA
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| Protein sequence | MADLRPINQP EGPLGVFSGE SSSNQALNEP KPPDIDRNPH DHVAPPDSMD LDGESTDADE
NGDLEPSFET ALSTTSEEPA QLRDNPMDGS VSQNQTQLSS TMDSFETSVS KNFHDHVIGQ
VHDQEMAAND ENEMVSTSLE STSRSTDLPE QEDSLLIHHQ HENAKTQKNK ENLQNSQKNT
GNLQNSKKNS KNSKNSKTTQ PNVDQIFPIL GTASKSAKTG LRTFNIAKQV PIPILNPKNG
PSASQLQKVI VDRDSSPILQ DAKTRRKQLT ELHETTGHLS EEQYRQLANT YYLQKYANSL
SDLNWAGQEE RLKAWNVPQD FCLTALGEIA RNSNEKRYVR LQIDAFYNKN DHLDQRHSMR
AEEMAKIIEK HLTETIPNKW PMVSQNNNKT LNELHKSLEF LKSQFDPGSN DEFEATKDIK
DKMQQLSREI SFSATMRDVK DKFHTIVRDN THVDFRFGSI VTQDRIPESA QQKSTPMTTW
LERFQQLFHS PYVGSEDTFE FQLSLVRPKQ LSNMYLVGIK ASSDFPDPRD ILDIMFHTKD
FEIPQYIDTS LPSRKPSRRQ DRIPYEILHQ FIRKAPILNY TDKKADFTHV SFFLIGSNSD
NIPNRKSIFL ENVQLDIISS YQFCFRCHNN KHTTKRCPVP KSTTLFQSRP LTQWPTKVPS
PNKQNHPITL TTGPRTTNQD GDGFSRPTKR SRQKTTPSPP TIPQQQNSFE VLPIEDLTTQ
EVTAEETEAT RNRPNTVSST PQAPSRHETP KAINKNNDKA PEISTQDDEM VYYTDDEEPS
TINDEDTQLA PSTLIEQQQK NSKVDTTPNT PQYTTDMLPS KHAPKSNSRS QPVTPSRPTS
MLPSKHAPIT SSKSQPVTPA RLGSKVLKPA STGKKPWTPT PTPRTTNGPS GSPARTPTTS
IRLPSLLNNS RTNYSELRES QMGSTISFPE SMRTSNLNIP DSSLILQTQI EEATQVDSPG
QQQAPGHNPL TDDNSDLSMD IEDINVHSDN TNY
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