| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_80995 |
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| Symbol | PTP2 |
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| ID | 4851988 |
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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 | 3364644 |
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| End bp | 3367953 |
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| Gene Length | 3310 bp |
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| Protein Length | 849 aa |
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| Translation table | |
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| GC content | 42% |
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| IMG OID | 640393696 |
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| Product | protein tyrosine phosphatase |
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| Protein accession | XP_001386969 |
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| Protein GI | 126276226 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5599] Protein tyrosine phosphatase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.627351 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.211446 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAAGCTTA GCGTAGATTT TCCGTCTTTC TTCATTCCAC TTGCCATTTT ATCCTTGACT
CTGAGTCTAC AATAAAGATA CCCGTAACAT CATTACATCA TTACATCATA GCAACATACA
TACTGCTCAA TCAGCCACAT CATACACATC ATACATATCC ACTTGCTTGT CTGACACTCA
CATCACTCAA CAGAAGCGTA GAACCACCTG ACTTTTATCA CTGACATTGC CATATAATCA
TTTCAAATCA CATCCGATCA TCTTTGCCAT TTCTCTTGCC ATAACATACC CACGCAATTC
ACAACAAATT CAATACCTCA CGTAACTTAG AATGGAGACG ATGAGTTCCT CTCCGTCAAT
ATGTGCCTCG CCTAACTTCA CGTTTCCCTC CACGCCGTCT AAGCAGCCGG AATCCACAGA
CTACTTCAAC AAATCAAAGC CGTCGGCCTC GCCTAAATAT ACCAGCACAT CCACAGCACG
ACAGCCAGAT TACTTTCGGT TCGCCGGAAC CATGTCGTCG CCCACATCCA CACCCGTAGC
ATCCAAACCT TCATCAAACG CAAGTCCTAA TACTAATCCG CATACAAATA CAAGTTTAAC
CAATTCAATT TTAAGTGGGA ATTCAAGCGT AAATAGCAGT TCCACTTCAG CATCACATCC
AAAGTTCACT AGTTCAAATT CAAATTCAAA TTCAAATACA AACCCATTAG ACACTTGCGC
TGCAACATCA TCCAATCCAG TTCCATGCAC TGTCACCAAG ACGTTTTCGC CAGTTTCTTC
TTCCGCTCCT TCACACAAAG CGGTCAACGA CTCCATCGGC TCAATAACCT CCAACACTTC
TGACCTCACA ATCTACGAAA CCTCATCGAG AAGGACCAAC GATTCGCGTG AGACTCTTGT
AGATGAGGAA AATGCAGAAA CACGCAAAAT TCCCAAGTAT AAACACAACC ACACAGCCTC
AGCTTCGGGA GGCGAGTGCC ACCACACACT TTTGAGCTTT AACGAAGTAG ACGAGTATGC
CGTTCCCAAA ATGGCTTCGG CTATCGAGTC TTCATTTCCT TCTGCTTATC GTTCAGGAAG
AGCCGCCACT CTGGCTCCTC TCACTGTAGC TGTACCTCCT TCAATGTCTG CACGTTTTGC
CAATCCTCCA TCTCCACTGA CTCTCAAGAA ACAGATCACG TTACCTTCTC TTTCCCTAAA
TGGCAGCAGT CTTTCCCTTG ATTCTGTTAA GTCGGAGCAA ATGAAAAGAC TTAGCTATTT
GCCTTCACAG AACTACAAAC AGCAGATAGA GAAGTTGAAT CCAGATCGTA TTAAGTACTT
TTCTCTAAAC GATATAACGA TTCCTACCAA CGATGAGCAT GTCTTGGTTA TCGATATCAG
ACCGTTTACT GACTTTGCCA AGCTGCACAT TACTAATGCG TTGAACATCT GTCTTCCTTC
GACATTGTTG AAACGTCCTA ACTTCACACT TATCAGATGT ATCAATTCTT TGCCTAATGC
CGAAAAGGTA AGGTTCAACC AGTTTCTTCT GGAGCTGTTC AACGGTATAA TAGTTCTTTA
TGATTCGATG CCCAACTCGT CCAACTTGTT CCACATGGTT AACAAATTTA TCAACTGTAA
CGTCTTCATG GAGTCTAAGC ACCAGATCCA TCTTGTAGAC TCTTCCATCC ATCAGTTTGC
TGAGCAGTAT CCCAGTTTGT TTGACACTGA TGTGACGTCA GCATCATCAG CAAATGTAGA
TTCTTTGAAT AATTACTTGC CGCCCATCAT TGTCACGGAG AAGTACCGGT CTCATTCGGT
ATCAGACCTT CTGCCCTGCC AGAGATCTAC ACCTACTTCT TCTTCTATAG ATAAGACGAG
TACGCCAATC CTCAGCAACT TCTCTTTGCC AAAGCCGAAG GCTAATATCT TCAAGTTGAG
ACACAACGAA GATTTGGCTA ACTCAGCCGT TTCTTCAGCG ACTTCCTCTG CATCTGAGGC
TTTGAGCAAA AACGCTATTA GTTTGTTCAA GTTGAAGAAC TTGCCTGACG ACAGAACGAC
ATTGCCCAAA TGGATTCGGT CTACGGTTGT GGATGTGAAG ACGAATCAGC AGGGAACTAA
GATCAACGAC GACTTCTACT CTTTGGAGAA GTTTGAGCAG AAGAGATTGA TTTCAGCATT
AACTTTGCAA AGACCAAACT CGTCCAACAA CGTTGTTTTA TCACCTTTGG CAGAAGGAGA
AGTTGCACCA ACAATCAGTT GCGGAATTGA GTATGGCCAC AAGAACAGAT ATAAGGATAT
TTTCTTGTAC GAGCATTCGC GTGTGAAATT GAATGACAGT GTCAAGGAAG ACAGTAAGGA
GCTTGAGGAA GAGGAACGTG ATACTGAAGA TTACATCAAC GCCTCGTATT TGAATCCTAT
TCAGACTGTA GAAGGATTGA CGGGTCTAAC TCCTAAGTTT CTTAAGCATC TCAAGTATAT
TGCAACTCAG GGACCTATGG AGGAGACAAT GGGAGATTTC TGGAAGGTCA TTATCAATTT
GCAGATTCCA ATTATCATTT CATTGACAGA TGAGATAGAA AACGGCGTAA TGAAGTGCTC
GCCATTCTGG AAGAGCGGAG TATACAAATC TAACAAAAGT TCTATAACTT TAAGATTGCA
GAACAGTAAA ACTGTCAACG ATTACTTGAT TATGCGTTCG TTTGACATGA CTATGACAGA
TGGTTACAAT TCAGCAGTAC ACCACAAAGT GTTACAACTT CAGTTGTTGT CGTGGCCGGA
TATGGGCACA GTTCTGACTC CTGTAGATAT TATCCAATTG ATCCAGTTGA AGAGTTATCT
TTTGGACCAT TTGAAGTTGG GTGAGAATTG CGAGTACCCA ACTGCTATTC ATTGTTCAGC
AGGATGCGGC AGAACAGGAA CTTTGTGTAC CATTGACACT ATCATCAACA TCTTGAAAAA
CAACCACAGC ACAGAGTTGC TATACGATCC AGTTTATAAC ATAGTCAACA ACTTCAGGAA
GCAGCGTATC TCAATGGTGC AGAACTTAAG ACAGTACTTC TTGATCTACG AAGTGTTGCT
CCACTACTTA AACAACGGGA AATTTAACGA CAGTCCAAGT ACGATGAAGT CTTGGAACGA
GCTTATTGAT TTGGATATTA TCCAGGAGTT TATTTCAGGG TATTAGAGGA AAAGGTTTGA
CAAAACAAAA TACATGAACA TGTATAATGC GTTTTGATTT TTTTGATTTT GCCAGTCTGG
CGTTGTAGCC GACCTTTTAT AATTTCAGTT CACTTTTATA CAATTTAATA AAATGGGTTT
TCGGTTCACA
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| Protein sequence | METMSSSPSI CASPNFTFPS TPSKQPESTD YFNKSKPSAS PKYTSTSTAR QPDYFRFAGT
MSSPTSTPVA SKPSSNATVN DSIGSITSNT SDLTIYETSS RRTNDSRETL VDEENAETRK
IPKYKHNHTA SASGGECHHT LLSFNEVDEY AVPKMASAIE SSFPSAYRSG RAATLAPLTV
AVPPSMSARF ANPPSPLTLK KQITLPSLSL NGSSLSLDSV KSEQMKRLSY LPSQNYKQQI
EKLNPDRIKY FSLNDITIPT NDEHVLVIDI RPFTDFAKLH ITNALNICLP STLLKRPNFT
LIRCINSLPN AEKVRFNQFL LELFNGIIVL YDSMPNSSNL FHMVNKFINC NVFMESKHQI
HLVDSSIHQF AEQYPSLFDT DVTSASSANV DSLNNYLPPI IVTEKYRSHS VSDLLPCQRS
TPTSSSIDKT STPILSNFSL PKPKANIFKL RHNEDLANSA VSSATSSASE ALSKNAISLF
KLKNLPDDRT TLPKWIRSTV VDGTKINDDF YSLEKFEQKR LISALTLQRP NSSNNVVLSP
LAEGEVAPTI SCGIEYGHKN RYKDIFLYEH SRVKLNDSEL EEEERDTEDY INASYLNPIQ
TVEGLTGLTP KFLKHLKYIA TQGPMEETMG DFWKVIINLQ IPIIISLTDE IENGVMKCSP
FWKSGVYKSN KSSITLRLQN SKTVNDYLIM RSFDMTMTDA VHHKVLQLQL LSWPDMGTVL
TPVDIIQLIQ LKSYLLDHLK LGENCEYPTA IHCSAGCGRT GTLCTIDTII NILKNNHSTE
LLYDPVYNIV NNFRKQRISM VQNLRQYFLI YEVLLHYLNN GKFNDSPSTM KSWNELIDLD
IIQEFISGY
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