| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_79723 |
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| Symbol | |
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| ID | 4840852 |
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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_009048 |
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| Strand | - |
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| Start bp | 852146 |
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| End bp | 855479 |
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| Gene Length | 3334 bp |
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| Protein Length | 1040 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640392167 |
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| Product | predicted protein |
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| Protein accession | XP_001386756 |
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| Protein GI | 150866974 |
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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 | 10 |
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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 | 25 |
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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 | TATTATCTCC TTATTTCTCC TCATTTCTTC CAAGCTCTTC TCCTGATACA CCGAAATAAT
CCAGAGCTCA TACCCCCCCT GAGCCTGCTA AAAATTCAAC CCTGATAGAT CAAAATGCTG
GAAGCACTTC TCAATCTTGT CGTGCTACAA AACAGCCCAG ACAACAACAT TAGAACCCAG
GCGGAATTGA ACTTCAACAC GGCAGTCAGC ACAGACCCTT CTCAGGCTGC TTATGAGTTG
ATCCAGCTGG CAGTTTCGAC TGAATTACCA TTGGACCTCC GCCAATCCTG TTTAATTCAT
TTGAAACGTT TAGTGCCTCG CTTTTGGTCC ATAGCCTTCC AGCAATTTAC AGGCCCCCCC
GTCAGCCAGG AATTGAAAAC TGCGATAAGA CAACAATTAA TTGATGTGGC CGTAACATCA
AACGAATCCA AATTGCGTTC AGCTCTGGCT TATGCCATTG TCCAGATCGC TCTGGCCGAT
TACCCAGACG AATGGCCCGA TCTCTTGAAC AAGTTGTATG CTGCTGCAAC CAGCGACAGC
AGCGAAGTCG CTATCATTGG TGGATTGACA GTTTTGAATG ATTTGTTCGA TGATCTTATC
ACCGAGGACC AGTTCTGGGA AGGTGGTGTT GGTTCCGAAA TCACTAAACA CATCTTACAA
TTGTTGGATA GCGACAACCT ATCATCTGCA ACTAAGACCA TGGCCATGAA ATTGTACCAA
AGTATTGCAG CAACTCTAGA GAGTCCAGAG GCCTATTCAT CAGAAGAAAG AAAGAACTGG
GCTCTTCACC ATATCAACAC CAGCATCCCA TTGTTCATTA GTGTTTTGGA GAAGTCACAA
AGAACTTTCA ACACTCAGAA CCAACCGGTA AACCTCAGCG AGTTGAACTA CAGATCGTAT
CTCTACAAGA TTTTGGGTTC ATTTGTTGGC AATTTCAGCA AGAGAATCTC TGCTGAGTAC
AAGAGATCCA TCTTGTCGTT TGCGTTAGAG GACTTGGGCT TTGTTGCCCA CCTCTACAAA
CAACTTATTG TAGAAGAAAA CGAGTCAGTT TCAGTTCAAA CGACTGCAGA GTTGAACGAA
CCAATCAGCG TGTTCAATAA TTTGTTCAAT GACCTCTTTC AAGCCATCAA TGCAATTCAA
CACAGCTTGT CGATCAAGTC TCTTTCACAA TTGACTACCC CGGCATTTGT CTCAAATTTA
ATCACTGTTA CTATGTTGCC TAAAGAAACC ATTTCAGAAT ATGAAGCGGA CATTAACAAC
TATGTTACTG ATGTTACCGG TCTCTCATCA GCGATGTCTG TACGTGACTC GATCAACGAA
TTGCTTTCTG AAATCAACTC CATAGATGCA AAGGAGATTT TTACTGAAGT ATCTGCTTTC
ATTTGTACTG GTGGCGCATC TGATTGGAGA GTAACAGAGT CATACTTGTT TCTTGCCGAA
AGTTTGTTTC AAAATGAGGA TGCTGAAATT GTAGATAGTG GAGTTTCTAT CACTGATATC
TTGTCAGGAA TCACAAGAAA CATCTCGTAT GAGCAATCTT TAGTTACATC CAGATGCTTC
CTTCTTTTGC CCAAGTTTTT CGAGAAGTTT GAGTCTACGA TTTCAGCACA AACTTTCGGA
ACGAAGGCTT TTTCGGATAT GGTTGCCTTT GCATCACAAT TGTCAAATTC CGACTCCAAC
AATTTCATCA AGTTCAGCGC ATTGATCAGT TGCACTTACT ACAAGAACTT GATAGATATA
GCAGATAATT TGGACCAGAA TTCTAAGAAA GAGGCCCAGT CTTCTGTGTT CAAATTAGCG
GCCTCTTTGA TCGAAGAGAG CGAAGAAGAT GGCTTACCTC CACTTCTTGA AGCTATAACT
TTTGCCATAA ACATAGACCC ATACCATGCG TCGACTCTTT ATATAGATGA GGGTGTCAAT
GTTATCGATA TCATCTTCAA GATCACTTTC AAGGACGCTG CAAATGTTCA ATTGATCGTA
GATTCAGCGG AAAGTTTGAG TACCTTGCTC AAGAATATTT CCATCCAGGA CTACATGGTC
AGTTGCGAAA AATCATTGCC TTTCATATTT GACTTGATGA ACAAGGAAAT TGCCAAAGGT
TATATTGAGT ATACTCCTGA ATTGTATTTG TCATTGGAAT TACTCAGTAT TATAATAGAT
TCCGTTCCTG AATCTGAAGA AGGTTTACCT TCTCAGATCT TTTTCTATGC ATTCCCAGCC
TTGAAGAAAT TGATTCTCTT GACTGGTGAC AATCAAATCT TGCAAAGCTC GGGTGAAGTT
TTCAATAATC TCTTGAAGAG AGCATCCAAG CATTTCCTTG ATTACGTTGA CCCAGAAACC
AAAGCATCTG GCGTTGACTC ATTATTGACA ATTATTTACA AATTCTTGTC CCCCACTTTA
TCTGACAGTG CTGCCAACAA TTGTGGTACC ATTATTCTTT CCTTCATTAC ACAGTTTGAA
TCGTATTTGA GTAGTGAATT CTTATCTCAA ATATTGGAAG CTACTGTCAA AAGATTAATC
ATAGCAAAAG AAGCTGTAAC CATCGAGAAC TTGATTCAGG TTTTTTGCCA GCTAGTGTTG
AACAATGCAG CTGATATGAT CAACTTCTTG AGTAATAACA TTAATTTGCA AGATCCACAA
ACAGGAGAAC AAAAGACTGG TCTCAGTTTC ATTCTTCCCA TTTGGTTCGA ATCGTTTGAA
GTGACAAGAG GCTACGAGAA GATCAAGCAA AATGCTTTAG CACTTGGTAA GATCTTTTCG
CTTGGTGATC TGAGGATTGA GAACTTGATT GTCAATGGAG ATATCATTCC GTACGAGGGA
GACTTGATCA TCACCAGATC GATGGCCAAG GCAATGCCCG ATCAGTTCAC ACAAGTGCCA
GCTTCTCTAA AGATCTTGAA ATTGTTGGTT GGTGAATTGG ACTTTCAAAG CCAACAGCCC
AATGCTGACG ATTATCTTCC TGAACCAGTA GAAGGTGAAG AAGGTGGCGA GGATGAGGGC
TGGGAAGACA TGGCTGATAT CGGAGTTCCT AACTTTGAGA AGTTGAAGTC GTACGTAGAT
TCTGACAGGG AAGACGATGA CTTGGACGAC CAGAAGGGAG ACGAGGGTCT CAAGAATATA
CTCTCTCAGT TCTTCAAGGA ATGCACAGGA AAGAATTTAG GGCACTTCCT GAAGTTCTAC
GAGATGTTGA GCGACGAGGA GAAAAAGGTA ATTTCCGAAA ACGTCATATT TCAGTAACGA
GCATAGAGCT AATAAGTACC ACCACATAGT CAATTCCATT ATATAGAAAA TAGTTCAATA
TTCTTATATA TAATTAATGC CAATACACTT GCAC
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| Protein sequence | MSEALLNLVV LQNSPDNNIR TQAELNFNTA VSTDPSQAAY ELIQSAVSTE LPLDLRQSCL
IHLKRLVPRF WSIAFQQFTG PPVSQELKTA IRQQLIDVAV TSNESKLRSA SAYAIVQIAS
ADYPDEWPDL LNKLYAAATS DSSEVAIIGG LTVLNDLFDD LITEDQFWEG GVGSEITKHI
LQLLDSDNLS SATKTMAMKL YQSIAATLES PEAYSSEERK NWALHHINTS IPLFISVLEK
SQRTFNTQNQ PVNLSELNYR SYLYKILGSF VGNFSKRISA EYKRSILSFA LEDLGFVAHL
YKQLIVEENE SVSVQTTAEL NEPISVFNNL FNDLFQAINA IQHSLSIKSL SQLTTPAFVS
NLITVTMLPK ETISEYEADI NNYVTDVTGL SSAMSVRDSI NELLSEINSI DAKEIFTEVS
AFICTGGASD WRVTESYLFL AESLFQNEDA EIVDSGVSIT DILSGITRNI SYEQSLVTSR
CFLLLPKFFE KFESTISAQT FGTKAFSDMV AFASQLSNSD SNNFIKFSAL ISCTYYKNLI
DIADNLDQNS KKEAQSSVFK LAASLIEESE EDGLPPLLEA ITFAINIDPY HASTLYIDEG
VNVIDIIFKI TFKDAANVQL IVDSAESLST LLKNISIQDY MVSCEKSLPF IFDLMNKEIA
KGYIEYTPEL YLSLELLSII IDSVPESEEG LPSQIFFYAF PALKKLILLT GDNQILQSSG
EVFNNLLKRA SKHFLDYVDP ETKASGVDSL LTIIYKFLSP TLSDSAANNC GTIILSFITQ
FESYLSSEFL SQILEATVKR LIIAKEAVTI ENLIQVFCQL VLNNAADMIN FLSNNINLQD
PQTGEQKTGL SFILPIWFES FEVTRGYEKI KQNALALGKI FSLGDSRIEN LIVNGDIIPY
EGDLIITRSM AKAMPDQFTQ VPASLKILKL LVGELDFQSQ QPNADDYLPE PVEGEEGGED
EGWEDMADIG VPNFEKLKSY VDSDREDDDL DDQKGDEGLK NILSQFFKEC TGKNLGHFSK
FYEMLSDEEK KVISENVIFQ
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