| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_88418 |
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| Symbol | KAP95 |
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| ID | 4837897 |
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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_009043 |
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| Strand | + |
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| Start bp | 440146 |
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| End bp | 443724 |
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| Gene Length | 3579 bp |
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| Protein Length | 870 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640389212 |
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| Product | karyopherin-beta |
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| Protein accession | XP_001383363 |
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| Protein GI | 150864519 |
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| COG category | [U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG5215] Karyopherin (importin) beta |
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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 | 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 | 17 |
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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 | ATCGTTGTTC AAACTTGTGG TTTATCTCGC TAGACATACT ATACGGCACT GTCACAGAAC
AGAACCGCGT CGTGTCTTAG TCTGCTTCGT CTCTTCATAC ATATTTGGCT GGGACTTTCA
AGAACTGTTG TGTGATCGAA CTTGATTTAG AATCAATCTA TTCATTGTCG TTTTGTACAC
CTATTGATTG GTCTTATTGA TTCTTTGTAG GCCACGATAG CTTCTTTTAT TTGATTTAAC
TACTAATATT GAATTGATTT TGTTCTTGAA TTGAGCCTAT TGGTATAAAT ATTGTCGTCT
ACCATTTCAC ACTATTGAGT ATCATTATCA CAAAAGATTA CATTCTTCAA CTTCATATCA
ACTCCTTAAT CTTCAACTCA TAGTCAACTT CATCTTTGCA ACTTCATTTA AGTAAATTTC
ATAAAGTTAA CCTTACTTTT ATTAATTTGC CCTAACTTCA ACTACTTTCC TTCTTTCACG
TACAATATCA TTATACATAT TTCACTATGG ATATCATCAA AGTGTTAGAA ACCGCGTTGT
TGGACCGCGA CCCCAACAAG AGAACTGAAG CTGAATTGCA GTTGAACCAA GCTGCAAACC
ACCACTTCGG CGAATACGTT ACATTGTTGA TCAACGCCAT GTCCAACACT GAGGCCAAAA
CAGAGCCCAG AATGTTGGCA GGAATCGCGT TGAAAAACCT GTTGACCGCC AAAGACCACA
AAACAAAGTT AAGCTTTCAC GCTCGTTGGA TCGAATTGGA CTTCCAGACC AAGTCATCCG
TAAAAACTGT TGCTTTGGAA ACTCTCAAGA CTGCTGATGA TAGAGTCGCC AGCTCGGCTG
CCCAGTTGGT AGCAGCCATT GCAGATATCG AGTTGCCCCG TAACGAATGG CCCGAGTTGA
TTACGATCAT TATGGAAAAC ACCAAACCTG AAAACCCAGA ACATGTCAAA AAAGCATCTC
TCTTGGCTAT TGGCTATATC TGTGAAAGTG CCGATCCAAA CAATCCAGCT ATCATATCTC
AGGCCAGTGG CATCTTGATT GCTATCGTAC AAGGATGTCA GAGCAGTGAG CCTTCGAATG
TCGTCAGATT GACTGCGTTG AATGCTTTGG TCAACTCGTT GGAGTTCATC AAATTCAACT
TTGAAAAGGA GGGGGAAAGA AACTACATCA TGCAAGTAGT TTGTGAAGCC ACTCAAGCTG
ATGATAGTGA TCTTCAAGCC AGTGCCTTTG GTTGTCTCGC TAAGATCATG TCCCTCTACT
ACAGGCACAT GTCACTCTAT ATGGAAAAGG CATTGTATGG CTTGACTGTC TCAGGCATGC
AAAGCTCGGA TGAAAAAGTT GCTTGTATGG CTGTAGAATT CTGGTCCACA GTCTGTGAAG
AAGAGTTGGA AATTTCTCTT CAGAGACAAG AATTGGGCTT GGATGCTGTT GAGGTGCCTG
ATTCAGCTGA TTTGATCACT TATAACTTTG CATTGGTTGC TATCCAAGAT GTCTTGCCTA
CTTTGTTGAC TTTGCTTACA AGGCAGAACG AAGACCCTGA AGATGACGAC TGGTCTGTAG
CCATGGCCGC TGGTGCTTGT TTGCAGTTGT TCTCACAGAA TATTGGAAAC TACATTGTGG
AACCAACTCT TCAATTTGTT GGTGCCAATA TCAGTAGCCA AGATTGGAGA GCTAAAGAAG
CTGCTGTTAT GGCTTTTGGC TCTATCTTGG ATGGGCCAGA TCACGACCAG TTGAAGAGCA
TCATCGACCA AGCCTTGCCT CCAATTCTTG CTTTGATTGG AGACGAGTCA TTGCAAGTAA
AGGAAACTGT AGCCTGGTGT TTGGGTAGAA TAGCCGACTT GATTGTAGAC GCGATTGAAC
TCTCCAAGTT GCAGAACTTA CTAGAAGCTT TGGTAATAGG TTTGAAAGAC CATCCAATGG
TGTCTACCAA CTGTTGTTGG ACCTTGATGA ACTTGTTGGA ACAATTGTGT GCTGATGCTC
CGTACAACGA ATCCAGCGTG ATGTCCAATT ACTATCCTAC TATCATCGGC ATTTTACTTG
AGTTGTCTAA CAAGGAAGAT AACGACTTCA GTTCAAGAGC TTCTTCTTAT GAGGCCCTTT
CTACGTTCGT GACTTATAGC GCCATTGACA CGATGCCTGT TGTTCAAGGC ATTGCAACAG
AAGTATTGTC CAGATTGGAC AAGACGATCC AGTTGCAGTC GCAGGTGGCC AACAGTGAGG
ACAAGGGTAA TTTGGAGGAA TTGCAGATCA ATATTTTGTC ATTGTTGACT AACATTATCA
GAAGAATTGG CTCCGATATT GCCGCTGACG CCGACAGTTT GGTTACTTTG TTTTTGAAGT
TGTTGGAAGC CCAAGCTCCA AACTCTTTGA TTGAAGAAGA TATCTTCATT GCCATCTCTT
CTGTTGCCGG TGCCATTGGT CAGGGTTTTA TCAAGTATAT GGATGTGTTC TTCCCATACC
TAGTCAAGGC TTTAGAAAAT ACGGAATCGC CTACTTGTTC TACTGCAATT GGTCTTGTAG
CTGATTTGTC ACAATCTTTG GGTTTGCAAA TCCTACCATA CTTGGAAAAG TTGATGAACA
TCTTCTTAAT CATCTTGAAC GACGGTGAAG TGAAGCGCGA ATTGAGGCCA GCCATCATTT
CATGTTTTGG TGATATCGCA ACTTCCATTG GTGATTCTTT CCAGTTGTAT CTTGAGTTTG
TCATGGGTAT TTGTAGCCAG GCATCACAAG TGAAAGTTGA CGACTCTTCT ATGGAATCGA
TTGACTACGC TTTGAATGTG AAAGAATCAG TATTGGACTG CTACGTTGGT GTTGTTGGTG
GTATGGCCGA GCAACCTCAA GTAATTTATC CTTACTTTGG AGCTATCTTC CAGTTCATTG
AGGGAGTCGC TATGGACATC AACATGTCTT CTACTGATTC TATTGCCAGA TTAGCAACCG
GATTGTTGGG AGACCTTGCT GCTATGTATC CTAACGGTGA TTTCAAGCAA GCATACCAAC
AAGAATGGGT CACGGAGTTC ATCAAGAAAA CCAGATCCAA CCCAGTCTTT GAAGAAAAGA
CCAAGGACGC TGCTAGATGG GCCAGAGATC AACAAAAGAG ACAGTTGGCA GGCTTTTAAG
TTGACAGTTG AAGCCTACTG GTTGACATCT TCGCTTCAAG TTCATGCAGC CATCTTTGGC
CCTCATTATT TATCACAATC TTCATCATCT CTCATCTCTC ATCTCTCATC TCTCATCTCT
CATACTTTCA TGTCTCATCA TTTCTCTGTT CTCTCATCTC TAATCTCATA TTTGATGGTC
TCTTGCCAGC TCGTCATTTC TCGTCATCTC TAGTTCCTCT CATATCTCTT ATTCATCTGT
TATAAATTCT ATTTGTCTAC TTCGTTTGAT TTTCGTTTAG TTTTGCTTTC CCTCGTCATC
TCTTATACAT ACTCTATATA CGTTTACTTC ACAAAACTCT CTAACCATGG ATTCAATCCA
TCGTTATTGG ATTTGTTATT TATCACGTCT CTCATGTCCT CTAATGCCTC CTCATATAGC
CACTAATTCT AATATTGCAA TTAATATACG TATTCAAGC
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| Protein sequence | MDIIKVLETA LLDRDPNKRT EAELQLNQAA NHHFGEYVTL LINAMSNTEA KTEPRMLAGI
ALKNSLTAKD HKTKLSFHAR WIELDFQTKS SVKTVALETL KTADDRVASS AAQLVAAIAD
IELPRNEWPE LITIIMENTK PENPEHVKKA SLLAIGYICE SADPNNPAII SQASGILIAI
VQGCQSSEPS NVVRLTALNA LVNSLEFIKF NFEKEGERNY IMQVVCEATQ ADDSDLQASA
FGCLAKIMSL YYRHMSLYME KALYGLTVSG MQSSDEKVAC MAVEFWSTVC EEELEISLQR
QELGLDAVEV PDSADLITYN FALVAIQDVL PTLLTLLTRQ NEDPEDDDWS VAMAAGACLQ
LFSQNIGNYI VEPTLQFVGA NISSQDWRAK EAAVMAFGSI LDGPDHDQLK SIIDQALPPI
LALIGDESLQ VKETVAWCLG RIADLIVDAI ELSKLQNLLE ALVIGLKDHP MVSTNCCWTL
MNLLEQLCAD APYNESSVMS NYYPTIIGIL LELSNKEDND FSSRASSYEA LSTFVTYSAI
DTMPVVQGIA TEVLSRLDKT IQLQSQVANS EDKGNLEELQ INILSLLTNI IRRIGSDIAA
DADSLVTLFL KLLEAQAPNS LIEEDIFIAI SSVAGAIGQG FIKYMDVFFP YLVKALENTE
SPTCSTAIGL VADLSQSLGL QILPYLEKLM NIFLIILNDG EVKRELRPAI ISCFGDIATS
IGDSFQLYLE FVMGICSQAS QVKVDDSSME SIDYALNVKE SVLDCYVGVV GGMAEQPQVI
YPYFGAIFQF IEGVAMDINM SSTDSIARLA TGLLGDLAAM YPNGDFKQAY QQEWVTEFIK
KTRSNPVFEE KTKDAARWAR DQQKRQLAGF
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