| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_52303 |
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| Symbol | KEL2 |
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| ID | 4850959 |
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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_009068 |
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| Strand | + |
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| Start bp | 556923 |
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| End bp | 559919 |
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| Gene Length | 2997 bp |
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| Protein Length | 970 aa |
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| Translation table | |
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| GC content | 45% |
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| IMG OID | 640392667 |
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| Product | protein involved in cell fusion and morphogenesis |
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| Protein accession | XP_001387339 |
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| Protein GI | 126273920 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.248654 |
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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 | 16 |
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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 | ATTAACGTCA ACCAGACCAC ACCCTGGAAA CGATTCAAAG TCTTTGATTC GCCTTTCCCA
CGTTATCGTC ATGTTGCAGC ATCTGTAGCC AGCGAAAAAG ATGAAATCTT CCTTATGGGA
GGCTTGAAGG AAGGCTCCGT ATTCGGAGAC ACATGGACAA TAATTCCTCG TGATGAACAC
GGAACTGGTG AAGCTACGGA ATACATAGCT AAGAACATCG AGATCGTGAA CCACAACAAT
CCACCAGCAC GTGTGGGTCA TTCGTCTGTC TTATGCGGAA ATGCATTTAT CATCTACGGT
GGAGATACTG TGGATACCGA CTTCAACGGG TTCCCTGATA ACAACTTTTA CTTGTTCAAC
ATCAACAATA ACAAGTACAC TATCCCCAGC CACATCTTGA ACAAGCCTAA TGGAAGATAT
GGGCACACTA TTGGTGTCAT TTCGACAGCC AACAACTCGT CCCGTCTCTA CTTGTTCGGT
GGGCAATTAG AAAACGATGT CTTCAACGAC TTGTACTACT TTGAGCTCAA CTCATTCAAG
TCACCGAAGG CTAAGTGGGA GTTAGTGGAG CCTGTCAACA ACTTCAAACC TCCACCATTG
ACTAATCACT CGATGTGTGT TTACAAGAGT AAGATCTACA TTTTTGGTGG TGTCTACAAC
AATGAAAGAG TGCTGAGCGA TCTCTGGTGC TACGACTCTA GTAACAACAA ATGGTCCCAG
ATGCCTACCA CTGGCAATGT TCCTCTTCCC GTTAACGAAC ACTCATGTTG TATAGTCAAC
GACAAGATGT ACATCTACGG AGGAAACGAC TTCAGTGGTG TGATCTATGA CTCGCTCTTT
GTACTTGATC TCAACACCTA TGTATGGTAT AAGTTGGTAG AACTGGCTAC AGCACAGGGT
CCAGGGCCAA GATGCGGCCA TTCGATGACA TACATTCCTC GGTTCAACAA GTTGGTAGTC
ATGGGAGGCG ACAAGAACGA CTACATCAAC AGCGATGCCG ACAACTTCGA CACCTATGAG
AACTTCAACG GTGAAGAAAT AGGAACAATG ATCTACGAAT TGGATGTAAA CATAATAGAC
TACTTCCTCA CCGACAAGGT TGAGAGTGTT CCAACTCCTT CTGCTAATGC CGTTGATGCA
GCTTCTTCTC CTGTAGCTGC AGCTAAATCT GTACTTCCCA AGAAGACAGC AGCCTCAGCT
TCGAATGGTC CTTCGAAGAG AGAAGAGAAT CCGGAAGGCT TTGAACGTCA CGCCAGAAGC
TTTTCAGCCG GACCAGAGGA CTACAAGACA CCACAGGCTT CTGTATCGCC AGAGCGTACT
CGGGCTTCTG TTTACGATGC CAACATCAAT ACTGATAAAG ATAAGTTTGT GGAAGTAGAT
GTTCCCTCTT CTAGTGCTGT TTCACAACAT GACACCTACC ATGAAGGTAG TACGTACCCT
GCGGAGTCAA CACGCGACAT TCTTGCTGGA GAGAGTCGTT TTGCCGAATC CTCCAAGTAT
GTAGATTCGC CTCGAAACGG CCACTCTTCG TACCGCGACG ACTATAACTA CGCTGCTATC
AACGAACCAG TAGTCAGCGA ACTGAGAGAA GTTCATCACG AGAGAACTTC GTCGCTTCCC
AAACCAGTTT CCAGATTCCT GCAAGAACCA GAAGAGAAGG CAATACTAGC CTCTCCAGCT
TCGAATGGCG GAAATGGACA CGAGGATTCG CGCATCAAGA AGTTGGTAAG TGAGTTATCG
AATGAGTTGA CTCAGTTGAA GGCTACCACC AAAGCTCAAA TGCAGAATGC AACGGAAAAC
ATTAATAGAT TAGAACAAGA AAACTCGAGC TTAAAGGCTA ATCAGTCGAC AGAAGCATCA
GGGTTGCGGA GACAGTTGCA GGAGAAGAAC TTGTTGATTG ACGAATTGAA GGCTGCAGTC
AATCCTCGTG AGCTTGCCAT TGACGAAGAT GCTCCTCAGG ACCAGAACAC TCCAGTTTCG
GAGTTGAATA AATACAAATT GGAACGCTTG GAATTGAACA ACAAGATCAT CTACTTAGAA
GAAGAAAACG CCTTGTTGAA CGACAAGATA GTTCAATTCC AGCCGTTTAT GGACAATCAG
ATTGGCGAGT TATCCAACTT CCAAAAGATC ATCAAAGCTC AAGAGGAAAA GATCGAGAGA
TTGACTGCTC AGGTAAAAGA TGAAGAACAT TTGCGTAGAG AACTCAACGA CTGGCAAGCA
AAATACAACA ACTTGAATCT TGAGTATGAG AACTACAAAA GCATACACGC TGATGATGAT
ATTTCTGACG TCGATGAAGA TTTTGCCAGT CCCCCAGATT TGTCAGGTCC AGCTGATTCG
TCTAACAGAT CGATTGTGAG TAATGCCACC TCCATCAGAC GTTCCAAGAA GGACATTTCG
CTTCATTTGG AAAACTTAGT CAACTCGTGG AACAGAAGAA ACGATCTCAG AGAGACTTCG
TCTATTGCTT CTTCTAACCC TGAAGACAAC CCAATGGTGC AGAAGTTGCA GAAGCAAGTT
GACGATCTTT TGAAGGTAGG TAAGCAGAAC GAATTACAAT CGTCTTCCCA GATCGACAAG
TTGAGAAACG ACTTGAACGA GAAACTCGTC AACTTGAAGA CATTTGAAGT TAACTACCGC
GATGCTTTGC AATCTGTCAA CAACACCAGT AAGGCGTTGA AGATCAATCA GGAAGAATTG
AACAACCAGA AGGCAATCAT GGAAAAGTTG ATCAAGGAGA ACAACGAATT GAAGTTGTAC
AAGAAGGCGA ACAAGAGAAT CAGCTCCAGA GCACCTACTC CTGTTACTAC CGACCCTAGT
GGTATCCCAG AGGTGGACGA AGAAGACGAG GAAGAAGTCA TCAGCAGCGT CCACTACAAC
ATGAAGGTTA AGGATCTCGA AGCTGACTTG TATATCTTGA AGCAAGAAAG AGATGGGTTG
AAGGAAAGCG TTACGAACTT GCAAAAACAG TTGTATTTGG CGCAAAATAG CCATTAG
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| Protein sequence | INVNQTTPWK RFKVFDSPFP RYRHVAASVA SEKDEIFLMG GLKEGSVFGD TWTIIPRDEH
GTGEATEYIA KNIEIVNHNN PPARVGHSSV LCGNAFIIYG GDTVDTDFNG FPDNNFYLFN
INNNKYTIPS HILNKPNGRY GHTIGVISTA NNSSRLYLFG GQLENDVFND LYYFELNSFK
SPKAKWELVE PVNNFKPPPL TNHSMCVYKS KIYIFGGVYN NERVLSDLWC YDSSNNKWSQ
MPTTGNVPLP VNEHSCCIVN DKMYIYGGND FSGVIYDSLF VLDLNTYVWY KLVELATAQG
PGPRCGHSMT YIPRFNKLVV MGGDKNDYIN SDADNFDTYE NFNGEEIGTM IYELDVNIID
YFLTDKVETS SPVAAAKSVL PKKTAASASN GPSKREENPE GFERHARSFS AGPEDYKTPQ
ASVSPERTRA SVYDANINTD KDKFVEVDVP SSSASTRDIL AGESRFAESS KYVDSPRNGH
SSYRDDYNYA AINEPVVSEL REVHHERTSS LPKPVSRFLQ EPEEKAILAS PASNGGNGHE
DSRIKKLVSE LSNELTQLKA TTKAQMQNAT ENINRLEQEN SSLKANQSTE ASGLRRQLQE
KNLLIDELKA AVNPRELAID EDAPQDQNTP VSELNKYKLE RLELNNKIIY LEEENALLND
KIVQFQPFMD NQIGELSNFQ KIIKAQEEKI ERLTAQVKDE EHLRRELNDW QAKYNNLNLE
YENYKSIHAD DDISDVDEDF ASPPDLSGPA DSSNRSIVSN ATSIRRSKKD ISLHLENLVN
SWNRRNDLRE TSSIASSNPE DNPMVQKLQK QVDDLLKVGK QNELQSSSQI DKLRNDLNEK
LVNLKTFEVN YRDALQSVNN TSKALKINQE ELNNQKAIME KLIKENNELK LYKKANKRIS
SRAPTPVTTD PSGIPEVDEE DEEEVISSVH YNMKVKDLEA DLYILKQERD GLKESVTNLQ
KQLYLAQNSH
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