| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_62373 |
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| Symbol | |
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| ID | 4840261 |
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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_009046 |
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| Strand | + |
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| Start bp | 1422381 |
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| End bp | 1425053 |
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| Gene Length | 2673 bp |
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| Protein Length | 882 aa |
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| Translation table | 12 |
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| GC content | 45% |
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| IMG OID | 640391576 |
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| Product | predicted protein |
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| Protein accession | XP_001385622 |
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| Protein GI | 150866130 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG5307] SEC7 domain proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.270954 |
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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 | 15 |
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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 | TACAAGGAAA TCGCCATGAA GCTCTACCAG GAAGACTTTG TCCTGATTCA GCCTGAAGAA
TACACACAAT TCTTAGCTGC TAACGACGAC GAAAGTGCAG AAATCAGAAG TTACTACATG
GACTTGTTCA GATGGGATGA AAACTTGTTG ATGGCCACCA GAAGATTGTG TTCCAAGTTG
TACCTCCGTG GAGAGTCGCA GGAAATCGAC CGTATCTTAC TGTCCTTCAC CAAGTCGTAT
TTGAAACAAC ACCCCAGCAA CATCTTCTGC ACTCGCAACT TTGAGCAAAT CTACATCATT
ATCTATTCCT TGATCTTGTT GAATACCGCA TTGCACAATT CGGAATTGAA CAAGAAGTCC
AAAATCTCCC AGGCAGACTT CATCAAAAAC ACATTTTCTA CTTTCATGCA ACAATCTCCC
TCGACCCTGA GAAAGTTGAC CATCAAACAG AGAATAACTA TCGAACAGGA ATTGAGCACG
TTCTACGACG ACTTGTCCCG TACCGAGTTG CATTTGAAGC AAGCTGCTCC TGAAGATGCC
TCACCCAGAC TCCACCAACC TGCTGTAGCC AAGTACAGAA GAGGTGAACA CCCTCTCCCT
CACGAATTTG ATAACGACCC CACCTTTGGC CACGAAAACC AGTTCCTGGT CTTGTCCAGA
CAGGCCACCA ACTCGTCTAT CTGGTCTACT GATACCACTA CCAACCGTCG TACCTCTTTG
GCCATGAAGA GAATGACTAC TACCTCTTCC AACGCCTCCC AGTTTACTTC CAGTCAGATG
TCTCGTGAAC AGGGTAAGAA TGCTCGTGTT GGTATGGCAA GAGCTTTGAT GTCAGACCAA
AATAAATTCT ACAAGAACGG TAACCACTCC CAGTTCTCTC AAGTTACCAG AAACACGACC
ATGACCTTGA GGAACAGACA GTCTAAGGAC CATATGCACA GCAGCAATGC TTCCAACTAC
GGCAGTTTGA ACAAGAAATC TTCTCGTTCT TCTGTAGTTT CTCGTGACTC TACCACCAAC
TCTATCTTTG GCGATGAAGT CTCGGTGTTG TCTATCGATA CCCAGAATCT CAACCAGATT
GACTTTGATG GATTGCACGA TGATGCTGTT TCGCAACAGG AGTTGGAAAA CTTCAACGTT
GAAGACTACC AGGATCAGTA TGATTTAACG TTAGAATTGC AAGGTTCGCC ATACTTGAAG
GAAGGCTTGT TGAAGTTGAA GATCTTCAAC AACGACCAAC AGGACGGCTC TCAGGAAATG
ACTGCTCCAG TTTCTTCAGC TGCCTCTACC ATCTCCAACT CTAGTGGCCG TGGCTTCTTC
TCGTTCTTCA GCAGATCCCA CACAAACAAC CCATCTGCTG CTCGTAACCA GACATCTACT
GTCGGTACCT CTTCACATGT CTTGAGTGCC AACAAGTTTG TCGAGAACTT CGTTGTGGTG
TCCAAGGGTG AATTGTCATT GTATTCTTTT GACCCTAAGG TCATCAAGAA GCACCAGCAG
AAGGTCAGAA AGTTGAAGAA CAAGAGACTG ATGCAGCTCA TGACTATCAC CGAGTTCGAC
AACTTGGAAG AAGAAAACCA GGAAGATGAA GTTGGTGACG GTAACTGGTT GAAGAACGCA
GCAAAGATCG GTAGCTACAA CTTATGCTCC TGTTTCGCCC AGTTGGAAAA GTCATCTACC
TCCTCCACCA AGAAGGTCTA CACATGGTCG TTGTCGTTCC CTAAGATCTC CAAGAAGCCT
GCCAAGAAGT TCTTGTTTGA GTCTGGTACC AAAGAGATCG CCTTGGAATT CGTCAACACC
TGTAACTTCT GGGCTTCCAA GATCACAGCA ATCCCAACAT TGGAAGAGTC TGTTTCGTCT
ATCGAATACG GATGGACCAA CTTGGATGGT ATCGTCAACC GTCGTGAACA GTTCAAGAAG
AACAAGAACA TAATGAAATG GGAACCTGTT GTCAAGGGTG TCTATCTTTC TAACTACATT
GTTGTGAACG ACTTCGACGA ATCCGCTAAC CACTTGGGAA TGATGAAGCA ATTTGTCAAG
ACCCTCAAGT ACTACGATCA TTTGAAGAAG TTGTTGAACG AGTTCAACCA GATGAAACTT
AAGTTCATGA AGAGCTTGCC AATGAAGCAA TACGCTTGCA CCAACTACAG CAGAGTAATC
CATAACTACG ATGCTAAACT CGAAGAATAC AAGTCGGAGT TGAACAAGTA CAAGAACTAT
TTGATCATTT TGGGCTTTGG CTTGCAATTG AGATTCGACT TGGAAACCCA GGACAGATTG
GATGCCACAT TAGATGAAGA AGACGTGGTA TACGACGACC AACATTATCC TGCTGGCAGG
GATGATGACG ACTTGACAAG ATTGGTCAAG TTTGAGATCA AGAAGTTGTT CTTTAACATG
AAGGACATCG GTAAGATCAT TCCCACATTC CAATCCTCCA AGTCTATCCA CAACTTGACA
ACACTCACCA ACCAGGAATT CTTTGAAGAA TTGGAAGATG GAAGACCATT CCCATTGGTC
AAGTCGCCAA AAACCTTCAC CTTGTCTAAC TTCAACGACA ACGAAAGCCC TATTGCCCAA
TTAATAAATT CTTCATCTAC CTTGGCCAAG GATGACAAGG ATTTACCACA CAGCTACAGC
ACTGGCACCA TTAAAGAAGA GGATGAGCCA GAA
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| Protein sequence | YKEIAMKLYQ EDFVSIQPEE YTQFLAANDD ESAEIRSYYM DLFRWDENLL MATRRLCSKL
YLRGESQEID RILSSFTKSY LKQHPSNIFC TRNFEQIYII IYSLILLNTA LHNSELNKKS
KISQADFIKN TFSTFMQQSP STSRKLTIKQ RITIEQELST FYDDLSRTEL HLKQAAPEDA
SPRLHQPAVA KYRRGEHPLP HEFDNDPTFG HENQFSVLSR QATNSSIWST DTTTNRRTSL
AMKRMTTTSS NASQFTSSQM SREQGKNARV GMARALMSDQ NKFYKNGNHS QFSQVTRNTT
MTLRNRQSKD HMHSSNASNY GSLNKKSSRS SVVSRDSTTN SIFGDEVSVL SIDTQNLNQI
DFDGLHDDAV SQQELENFNV EDYQDQYDLT LELQGSPYLK EGLLKLKIFN NDQQDGSQEM
TAPVSSAAST ISNSSGRGFF SFFSRSHTNN PSAARNQTST VGTSSHNFVV VSKGELSLYS
FDPKVIKKHQ QKVRKLKNKR SMQLMTITEF DNLEEENQED EVGDGNWLKN AAKIGSYNLC
SCFAQLEKSS TSSTKKVYTW SLSFPKISKK PAKKFLFESG TKEIALEFVN TCNFWASKIT
AIPTLEESVS SIEYGWTNLD GIVNRREQFK KNKNIMKWEP VVKGVYLSNY IVVNDFDESA
NHLGMMKQFV KTLKYYDHLK KLLNEFNQMK LKFMKSLPMK QYACTNYSRV IHNYDAKLEE
YKSELNKYKN YLIILGFGLQ LRFDLETQDR LDATLDEEDV VYDDQHYPAG RDDDDLTRLV
KFEIKKLFFN MKDIGKIIPT FQSSKSIHNL TTLTNQEFFE ELEDGRPFPL VKSPKTFTLS
NFNDNESPIA QLINSSSTLA KDDKDLPHSY STGTIKEEDE PE
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