| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_32617 |
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| Symbol | CSE1 |
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| ID | 4840329 |
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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 | 235086 |
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| End bp | 238049 |
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| Gene Length | 2964 bp |
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| Protein Length | 987 aa |
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| Translation table | 12 |
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| GC content | 37% |
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| IMG OID | 640391644 |
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| Product | CAS specific exportin for Srp1p required for accurate mitotic chromosome segregation |
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| Protein accession | XP_001385735 |
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| Protein GI | 150866217 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG5657] CAS/CSE protein involved in chromosome segregation |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.127348 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.079976 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTGAAA ACTCATTAGA AGCCATATCC AAGTATTTGG AGCAATCACT TTTGCCACAG
CATGCTAAGT TGGCCGAAGG ACAATTGAAG TCAGTTGAAA CTCAACCTGG ATTCTCCATA
AACTTGTTGC ATGTCATCGC CTCTACCAAC TTGCAACCAT CTGTCAGATT GGCTGGTGCT
CTTTTCTTCA AGAACTTAGT CAAGAGAAAG TGGTTGGATG CAGATGGGTC TAACTATTTG
TTGCCTGTTG AAGATGTGAA CAAGATTAAG TCAGAAATTT TAGACGTCAT GATAAAACTT
CCAAATCAAC TCCAGATCCA GATCGGAGAA GCTATCACTC TCATCGCCGA ATCTGACTTT
CCACATAATT GGCCCAACCT TATAGACAAT TTAGTTGGAA AGTTGTCCCT GGATGATTTT
GTCAGTAACA AGGCAATTTT GTTAGTATCG CACTCGATTT TCAAGAAATG GCGCCCCCTT
TTCAGATCTG ATGAGTTGTT CTTGGAAATC AAATTAGTAT TGGACAAGTT CACCGATCCA
TTCTTGAAAC TCTTCGTAGG ATTGGATCAC TTAATTGAGA CTAATAGCGA CAATGGTGCA
CTTTTGAACA TATACTTCGA AAACTTATTG CTTTTAATGC AAATCTATTA CGACTTCAAC
TCTCAGGATA TTCCTGAATT CTTTGAAGAT AACATGAATG TCTTAATGAA CATAGTTCAT
AAGTACCTTA AATACCAGTC GACTTTGATA ACTAAAGAAG ACGAGGACGA AGAAATCGAC
ATATTAATTA AAGTGAAAAC TTCGATCATT GAGTTGACAT CCCTCTATGT TACAAGATAT
GCCGATGTAT TTGAACCTTT GATCCAGCCA TTCATGACAT CAGTTTGGGA ATTGATAACG
ACTTATTTAT CAAAGCAACA GAAGTATGAT TTGTTGGTAG TCAAGGCATT ACATTTCTTG
ACTTCTGTAG TTAAAATACC TAATTTCCAG TCATACTTCC AGTCGGAAAG TTCAATCAAT
GAAATTATTG AAAAAATTAT TTTGCCTAAT ATTTACTTCA GGGAAGTCGA AGAAGAGATG
TTTGAAGATG AACCGATAAA CTTCGTCAGA TCAGATTTGG AGGGATCAGA TTTTGATTCA
AGAAGAAAGT CTGCCACCGA CTTCTTGAGA GAATTGAAGG AATTGAACAG TGAACTCTTG
ACAAACACAG TGATGAAATA TGTGAACCAG TTCTTGTCGT TGAGCACTAA TCAAGATTGG
AAGAATAAGG ATATTGCCGT TTACTTATTT TCTTCGTTAG CTACCAAGGG GTCTGTTACC
AATATCGGTG TCACTTCTAC AAATGTTTTA GTTGACGTTG TTAGATTCTT CAGTGAGAAT
ATTGCCAACG ACTTGGTTAA CCCTAATGCT CATCCAATCT TGAAGGTTGA CTCTATTAAG
TACATTTTCA CATTCAGGAA CCAATTGACA AAAGAGCAAT TAATAACGAC AATTCCCTTG
TTAATCAACC ATTTGAGTTC AAATGAAAAC CCAGTAGTCT ACACGTACTC TGCTATAACG
ATCGAGAAAT TATTAGCAAT GACTGATTTC CACCAAAACC ACGAACCTGT TTTTAACAAA
CATGATATTC AACCTTTCTT CACGGAATTA ATTACAAAGT TGTTCAACTT GATCTTGTTG
AATGATTCAT CTCCAGAAAA GCTTGCCGAG AACGAATTCC TTGTTAAAGC CATAATGAGA
ATCTTGAACA CTGCCGAAGA TTCACTCACG CAAAGATTGC CCATTATTGA TCAATTGTTA
AAAATCTTGA AAATTACGGC CAAAAATCCT TCTAATCCAA AATTCTCCCA TTATGTTTTC
GAGTCTTTGG GTTTGTTGAT CAAATTTGAT CTAAATGAAA TCAATAAATT TATTGAATTG
ATTATCCCTG CATTATGGGA CATCTTGAGT GAAGATGTTC AAGAATTTGT ACCATATACA
TTCCAAATTT TAGCCTTTTT GTTGGAAAAT TACCCAAGAT CTAACGGTTT ACCAGAGGCC
TACAAGTCAT TGGTTAAGCC ATTGATGGCT CCCACTGTAT GGGAGTTCAG AGGTAATATT
CCTGGTATCA CTAGATTGTT GGTAGCTATT CTTGAACACG ATCCCAGTGT GTTCGCTGTT
AGTCAGGAAA GCTTAACTCC ACTCTTGGGT GTATTCCAAA AGTTAATTGC TTCAAAATTG
AACGATGCTT ATGGTTTTGA CATCTTACAA TCGATCTTGT TGAACATTCC GTTGAATGCA
CTTCAGCCAT TTTTGAATCA AATTGGTATT TTGTTGTTAA CTAGATTGAA GAATTCGAGA
ACTGACAAGT TTGTCAAGAG ATTCACATTG TTCATAAGCA CTTTAAATTG TATTTCTTTG
GATCCAGAAT TAAACAAATT TGTCAACTCA TCTGCAATCA ATGGTGATTT TGTTATTGGG
TTCATCGACT CTGTTCAACC TGGTGTTTTC AAGCAGCTTT ACAGCAACAT GATTCTTCCA
ACAACGAGTA CTATTATCAA TTTACAGGAG AAGAAGATTG TCAACTTAGG TGTATCTCAA
TTCTTAGCAA CCGAATCCTT TGCTAGCACT TATCAGTCTC TTGCTGTTCC TACTATTGAA
AAAATGACTC AAAATATCAA TTCATATGCT GGTATTGCCA AAGAAAGTGG TACGGCTGCT
GGGAGTATGG GAGGAAATGG GTCCATCGCC TTGTCCAATG CCCCTTTAAG TGACTTAGAT
TTGGATTCAA CGTCTTTTGG CTCTCAGTTT TCCAAGATTG CTTCCATTAG TATCAAGCCT
TTTGATCCCG TTTCCAAGAT CAAGAATAAC GATTATAATT CCATTAAGTT TGGAGTCATC
TCTAATATTA AAAAGGTGCC TGTCACCGAG TTGAACCAGT TGAACCCCGA AGCAACTACA
TTCTTAAAGA ATTTGGGTTT ATAG
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| Protein sequence | MAENSLEAIS KYLEQSLLPQ HAKLAEGQLK SVETQPGFSI NLLHVIASTN LQPSVRLAGA
LFFKNLVKRK WLDADGSNYL LPVEDVNKIK SEILDVMIKL PNQLQIQIGE AITLIAESDF
PHNWPNLIDN LVGKLSSDDF VSNKAILLVS HSIFKKWRPL FRSDELFLEI KLVLDKFTDP
FLKLFVGLDH LIETNSDNGA LLNIYFENLL LLMQIYYDFN SQDIPEFFED NMNVLMNIVH
KYLKYQSTLI TKEDEDEEID ILIKVKTSII ELTSLYVTRY ADVFEPLIQP FMTSVWELIT
TYLSKQQKYD LLVVKALHFL TSVVKIPNFQ SYFQSESSIN EIIEKIILPN IYFREVEEEM
FEDEPINFVR SDLEGSDFDS RRKSATDFLR ELKELNSELL TNTVMKYVNQ FLSLSTNQDW
KNKDIAVYLF SSLATKGSVT NIGVTSTNVL VDVVRFFSEN IANDLVNPNA HPILKVDSIK
YIFTFRNQLT KEQLITTIPL LINHLSSNEN PVVYTYSAIT IEKLLAMTDF HQNHEPVFNK
HDIQPFFTEL ITKLFNLILL NDSSPEKLAE NEFLVKAIMR ILNTAEDSLT QRLPIIDQLL
KILKITAKNP SNPKFSHYVF ESLGLLIKFD LNEINKFIEL IIPALWDILS EDVQEFVPYT
FQILAFLLEN YPRSNGLPEA YKSLVKPLMA PTVWEFRGNI PGITRLLVAI LEHDPSVFAV
SQESLTPLLG VFQKLIASKL NDAYGFDILQ SILLNIPLNA LQPFLNQIGI LLLTRLKNSR
TDKFVKRFTL FISTLNCISL DPELNKFVNS SAINGDFVIG FIDSVQPGVF KQLYSNMILP
TTSTIINLQE KKIVNLGVSQ FLATESFAST YQSLAVPTIE KMTQNINSYA GIAKESGTAA
GSMGGNGSIA LSNAPLSDLD LDSTSFGSQF SKIASISIKP FDPVSKIKNN DYNSIKFGVI
SNIKKVPVTE LNQLNPEATT FLKNLGL
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