| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_28877 |
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| Symbol | REV1 |
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| ID | 4851616 |
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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_009068 |
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| Strand | + |
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| Start bp | 2341751 |
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| End bp | 2345107 |
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| Gene Length | 3357 bp |
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| Protein Length | 1118 aa |
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| Translation table | |
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| GC content | 40% |
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| IMG OID | 640393324 |
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| Product | DNA repair protein |
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| Protein accession | XP_001386790 |
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| Protein GI | 126275049 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0389] Nucleotidyltransferase/DNA polymerase involved in DNA repair |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.765985 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAGAGCA CAGATGAGTC CGAAGACAAT CTCCGAGAGA GCCGACAGAG CCCTGAAGTA
GACCAAGACT TTGTAGCTCC ACCACAACGC GTCTCGCAAA TCGATCTGGT CACATATCTG
TCCTTTCTCC GGTCGCTTGA TGATGAACAT TTGATAGAAC ATATTAACTC ATGTAGCCAG
CTGAAGGACC ATAGCCAAAT TACAGCCAGT ATCCATGATT CGAAGTTAAT TGCTTCATCA
CCGAGAACAA ACCGTGTTGA GCGCCAGCTC AGTCTTGACG AACACAATTT CTCGAGTGTG
AGTACAGACC CATTCGATGA TGATCTAGAT TCCCAGCTTC TTGGGGCTTC GACTCCTACA
AGAGCGACTG CGAACCCTAA TGATGACAGT GCAGACGCAT ACCCTGATGA CGAGCAGAAT
AATACGGTAG GAGAAATTCA CGCATTTGGA GACTATGCCA CTTACTTCCG GACCAAGCAT
CTCAAGCAGC AGAAAGAAGA CGAAGAGTAC ATTAAGTGGG ACCTTAAAAG AAGAGCCCAA
CTCAACGGTG GAAGGGCAGT AGCTGTAAAA CCGATATTTG AAGGTTGCAT TGTTTATGTG
AATGGACACA CCAATCCTTC TATCAATGAG ATCCATCGTC TTATCATTGT ACACAGTGGG
AAATTCATTA GTTATTTGTC TAATAAGGGA GCAGCAACTC ATATCATTTG CGATAGACTT
ACACCAAAGA AGAAAGTTGA ATATCGCAAT TACAAGGTGG TTAGAGCGCA ATGGGTGGTA
GATTGTGTTG CCTCAAATGA GCTATTAGAC TGGACTCAAT ACAGATTGAT TCTGGAAATA
GAGTACGGTC AGAAAAGACT ACAATTTGGT GATTCTCCTA CACGACATTC TGGATCTGAC
TCTGTTACGC CATCCAATGA GTCAGATCTG GAACTCGCCA ACTCCATGGC TGATAACAAC
GAAGATCCTC TTTTAGAGGA ACTCGAGGAC GACTTCATTG AGCCCATAGA ACCTTCTGGG
TCTAATGACG TAGGTTCCAA AGGCGAAAAG AAGATAATGG ATGCTAAACA CCCCGAGTTC
TTGAAACATT TCTTTGCAAA TTCACGACTT CACCATCTAA GTATGTGGAA GGCTGATCTT
AAATTGAGAT TCTTAAGAAG GATTGTCAAA GAAAACAAAA GTGGTGAAAC CAAACGCACC
TCGCAAGGTA TAAGGGTAAT TTTTCATGTA GACTTCGACT GTTTCTTTGC AACAGCTTCC
TGTTTGAATC GCCCGGAACT TGATATCAAT AAGGACCCAA TAGCAGTTAC ACATGGTGGC
AAGTCATCTG ATGTGGCTAG TTGTAATTAT GTGGCTAGGA ATTTTGGAGT CAAAAATGGA
ATGTGGGTAA GTCAGGCAAA GAAGTTGTGT CCGAATTTAA TCATGTTGGA CTATGACTAC
AAAAGATATG AAAGCTATTC CAGTGAGTTT TACAATTACT TCTTATCGTA TGATATATTT
GATTCTATAT TCCCCGTGCT GATTGATGAA GTGTTGATAG ACGCTTCGAG TCATTTTGCT
CAGAACGAAG AGAACCTAGT CGACATGGTC AATGCGTTGA GCACTCGGAT TCGAGATGAT
ATATTCAAGT TTACCAAATG TTCAGTTAGT GTCGGTGTAT CACGAAACGT CATGCTTGCC
AAGCTTGCCC TCAGAAAAGC AAAACCAAAT GGACAATTCT TTCTTTATGA GGGCGTTGAC
GAATTTTTAG ACCTGATTTC TGTTAAATCT TTGCCCGGGA TTGGAAGGAG CATCCAAGAA
CGGCTTGCTG ACGTTCTTAA TCAACCCAAA ACAATGGATA TTTATATCCG TGATTTAAAA
GCTTTTTCAA AGACCAAATT GATTTCCATT TTAGGAGACA AGACAGGCGT TAAACTTTAT
GAGTATGCAA GAGGAATTGA TGATACGAGC TTGGTAATCG ATACGAGTAA CCCGGAAGCC
TTACTTGGTA GGAAATCTGT TTCTGTTGAC GTGAATTTCG GAATCAGATT TGATACTGTC
TCTGAATTGG ACGATTTCTT GATCCGTATT GCAAAGGAAC TTTATTCAAG ATTAATTTCC
TTGGGTGTAT GTGGTTCTAA CTTGACTCTT AAGCTTGCAA AGAGAGCACC TGGAGCAGCA
GTCAACCCAG CAAAATATCT TGGAATGGGT TATTGTGACT TTGTAAATAA GTCGTCCCAT
TTGGGAGTTC CTACCAACGA CTGGGGAATA ATCGGCTCAG AATTGAAGGC ATTATATCGT
ATGGTAAATG TTCCCGTTAA AGAATTACGT GGAATTTCAA TTTCCTTAAC AAAATTGAGG
GATGTCGAAA ATTTGAAAAG TTCAAAACAG ATGAAATTGC CGTTTAAGAA GACGAAGGAG
CTTGTTAGAA CAGAATTCGG AGCATTCCTG AAATTGAAAC CTATCGATTC CATACAAATT
GAAAGTGGAA GCAAACGCAA ATCAAACATT GCTGAAGGAA ATGTCAATAT ATCCGGGTAT
CATGATTACT TCAACAAGGA ATCTGAAATT GATTGGGAAG TTCTTGATGC ACTACCATGG
GATCTTCGAA GAGAAATTCA GAAAGAGCTT GAACGAAGAG GAATGATACC AGTCAGTCCA
AGCAAAGCCC CTCCTGGAAC CAAAGCCTAT CTACAACAGT TGATCCCAAC ACAAATCGGC
TCAACACCGA AATACGTTAG AGTTTTTGAA AAACCTCAGC TAAAGTCTCC CAGAAAACGA
CAAAAATTGC ACTCAAAATC GCCACTGCCC AATAAGCAAG TCATGGTTGG AGAATCACAA
TTTTACGATT GCTCAGTGAT CAATGAGCTT CCTTTAAATA TAAAGGCGGA GGTCTTGAAA
GATATGAAAT ACAGGAAAAA AGTCAAAGAG TTTGACATGA CAGCACTTAA AGATAAGGTT
TCCATGAAGT ATGAAAAATC AAAGGCTATG GTTGACGAGG TTTCCCTGGA ATGGATATCA
CAGCAAAGAA CAATTCTTCA ACGACCAAAG TTTTTGAATG AAAAAGTATC GGTGCATCAA
GTCAAATTAC AGCTTGATAA ATGGATTCAG CTGTCCTTGA TTCAGAAAGG TCCACATGTA
GACGATGTAC ATGTTTTTGC TCTGTATTTG AAAGATCTAT CGAAACAGAA TGTAAATTCA
AGTATGATCC TTATCAACCA TATCTGGAAA GTCTTAAAGT ACCATGAATC TATATTAGCA
ATGTCAGTAT TGGTGGAATC AGATGAAGTT ATGTACATGA AGGAAGGTAT CGCAGAGTGG
AAGTCATCAA TTGATGTGCA TTTACTTCCA ATCGTGGACA GCGATTTTGA TATATAG
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| Protein sequence | MESTDESEDN LRESRQSPEV DQDFVAPPQR VSQIDLVTYL SFLRSLDDEH LIEHINSCSQ
LKDHSQITAS IHDSKLIASS PRTNRVERQL SLDEHNFSSV STDPFDDDLD SQLLGASTPT
RATANPNDDS ADAYPDDEQN NTVGEIHAFG DYATYFRTKH LKQQKEDEEY IKWDLKRRAQ
LNGGRAVAVK PIFEGCIVYV NGHTNPSINE IHRLIIVHSG KFISYLSNKG AATHIICDRL
TPKKKVEYRN YKVVRAQWVV DCVASNELLD WTQYRLILEI EYGQKRLQFG DSPTRHSGSD
SVTPSNESDL ELANSMADNN EDPLLEELED DFIEPIEPSG SNDVGSKGEK KIMDAKHPEF
LKHFFANSRL HHLSMWKADL KLRFLRRIVK ENKSGETKRT SQGIRVIFHV DFDCFFATAS
CLNRPELDIN KDPIAVTHGG KSSDVASCNY VARNFGVKNG MWVSQAKKLC PNLIMLDYDY
KRYESYSSEF YNYFLSYDIF DSIFPVLIDE VLIDASSHFA QNEENLVDMV NALSTRIRDD
IFKFTKCSVS VGVSRNVMLA KLALRKAKPN GQFFLYEGVD EFLDLISVKS LPGIGRSIQE
RLADVLNQPK TMDIYIRDLK AFSKTKLISI LGDKTGVKLY EYARGIDDTS LVIDTSNPEA
LLGRKSVSVD VNFGIRFDTV SELDDFLIRI AKELYSRLIS LGVCGSNLTL KLAKRAPGAA
VNPAKYLGMG YCDFVNKSSH LGVPTNDWGI IGSELKALYR MVNVPVKELR GISISLTKLR
DVENLKSSKQ MKLPFKKTKE LVRTEFGAFL KLKPIDSIQI ESGSKRKSNI AEGNVNISGY
HDYFNKESEI DWEVLDALPW DLRREIQKEL ERRGMIPVSP SKAPPGTKAY LQQLIPTQIG
STPKYVRVFE KPQLKSPRKR QKLHSKSPLP NKQVMVGESQ FYDCSVINEL PLNIKAEVLK
DMKYRKKVKE FDMTALKDKV SMKYEKSKAM VDEVSLEWIS QQRTILQRPK FLNEKVSVHQ
VKLQLDKWIQ LSLIQKGPHV DDVHVFALYL KDLSKQNVNS SMILINHIWK VLKYHESILA
MSVLVESDEV MYMKEGIAEW KSSIDVHLLP IVDSDFDI
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