| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_65458 |
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| Symbol | KIN2 |
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| ID | 4838247 |
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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_009043 |
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| Strand | + |
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| Start bp | 1166666 |
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| End bp | 1171407 |
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| Gene Length | 4742 bp |
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| Protein Length | 1174 aa |
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| Translation table | 12 |
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| GC content | 48% |
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| IMG OID | 640389562 |
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| Product | [Hydroxymethylglutaryl-CoA reductase(NADPH)] kinase KIN2 |
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| Protein accession | XP_001383509 |
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| Protein GI | 150864614 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.431881 |
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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 | 18 |
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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 | CGTCTGGTCC TGAGGATACT GTCTACCCAT ATCGATCCTA TTGCTATTGC CCAAGAACAG
TTGTATCGAT CCAGTCAGGC TCTCTCAGTT CCCAGAACAT TCTCGCTTAC CAGAACTTGA
AGACACAGAC TACATACCCA GTTCATTCTG TCCATACCAT CTCAACAGCA TCCCCGTTAC
ATCATCTCAC GACCACCTCC ATCATTACCA TCGCATATCC GTACAGTTTG CATCAATCAA
CCATCGCAAT CGTCTTCAAT CGGCTCATCG TCAAACGGCA TTAATTTTTT CAGTCGATAC
TTTCAATTGT AAATCTCAAA ATCTGAACAT CACATAATTT CCAACCGTGT GAACTGCGCC
GTTTTCTCAA CAAAATTTGC CCAAATTACT TCCAATCACA ATCTAATCCG CCACAATGGA
CCCGCTGGCC TACGACTACC ATCCAGCTCG TTCCACGGCC GTTCCATCGG TGCTGACTGG
CGCCACTAGT GACTCCTCTT CCCAGCAGCA ACAAGCTCAT CCCGCTCAGC CTGCCACACC
TCGAATGCTT CGTTCGGTTT CAGGAAACCT CCGAAGATCC AACAACAATG TAGCTGACAA
TACCAGTAAC GTGGAATCAC CACACTACAT CGCTGCTTCG GCTACAAATG ACCACCAGTC
TCATTCCAGA AACCCCAGCT TCCAACAACC AGCCAAAAGG ACTTCATCGG GCTCCAGCGC
AGGGAGAATA CAACCACCAT TGACTCCGGC TCCAATCAAT GCCACCGGAG CACTGCTGCC
CACACATAGG CCCGAGCTTT TGCCCCCAGC CTCTATCGCA TCTCCCTCAA CCAGAGAGTC
TCCGAAGGGC CAGACTCAAC AACAAAGCAA TCAGAACCAA AATCAACAAG GGCAACAAAA
TCAAGGCCAT TCTCGTCACG AACACCACGG AAACCACCAT ACAGCACAAC AGTCGCATTC
ATCTCAACAC CATCAACAGC AGCCTCAGTC TCAGTCACAG TCTCAGTCAC AACTGCAGTC
ACAACAGCAG TTCCACAGAA AATCAATTGG CGACTGGGAC TTCGTGAAGA CCATCGGTGC
CGGATCGATG GGAAAAGTCA AGTTGGCACA ACACAACACC AGCAAGGAAA TATGTGCTGT
GAAAATTATC CCAAGAGCTG CGAAGTTGTA CCAACGAGCC CATGCCAATG ATCCTCCGCC
ACAGACGACC CAGGAAGCTG CTCAAAGACA CAAAGAGTTC GATAAGGAGA TTGCGCGCGA
CAAGCGGACC ATCCGTGAAG GCGCCTTGGG CAGGCTCTTA TTCCACCCAT TCATTTGTAG
ATTGTACGAA ATGGTACCCA TGACGAACCA TTACTATATG TTGTTTGAGT ACGTGGAAGG
CGGCCAGATG TTGGACTACA TCGTTGCACA TGGGTCTTTG AAAGAGAAGC ATGCTCGTAA
ATTTGCCCGA GGGATAGCTT CAGCCTTGGA CTATTGCCAC AAGAATAACG TAGTGCACCG
TGACTTGAAG ATCGAAAACA TTATGATTAA CGAGAAGGGC GATATCAAAA TTATTGACTT
TGGCTTATCC AACTTGTACT CGCCTAAGAC GTTGCTCCAA ACCTACTGCG GCTCGCTATA
CTTTGCAGCT CCGGAGTTGT TGAGTGCAAA ACCATACACA GGCCCAGAGG TCGACGTATG
GTCATTTGGT GTCGTTTTGT ATGTTCTAGT GTGTGGAAAA GTCCCATTTG ACGACCAGTC
GGTTTCGGTG TTGCATGAGA AGATCAAACG GGGTAATGTG GATTACCCCA ACTTCTTGTC
CCGTGAGTGC ATCTCGTTGT TGTCGAGGAT GTTGGTTGTA GATCCTTCGA AGAGAGCAAC
TCTCTACGAA GTGTGCCAAC ACCCTTGGAT GAACAAGGGT TACGAGTACA AGGTATCGAA
CTATCTTCCC AAACGAGTGC CGTTGACGTT GCCGTTGGAC CCGGAAATCA TCAAGACAAT
CGCTGCCTTT GACTTGGGCC TGGCACTGCA CATCCAGGAG GAGTTGACGA ATGTGCTCAC
TAGTGTAGAG TACCAGATGA GTTTTGAAAA CTGGTACAAA ATCACAGACA TGGGCCGTGA
GTACGCTTCT GCTTCCAACA CACACATCTT GCCAGATCCT ACAGGTGGTT TCCATCCGTT
GATCTCGATC TACTTCTTGG TCGATGAAAT GAGAAAGAGA AAGAGAGCCA AAGAGGAAGC
TGTAAAAACA CAATTGCTAG TACAACAGCA GCAATTACAA GAGAAACAGC TTCAGGAGAA
ACAGTTGCAA GAGAAACAGT TGCAAGAGAA ACGTGAACAG CAGCGACAAG CCGATATTGC
TGCTGCTGCA GCCATTGTAG CTGCTTCTTC TGGAGCTCCA CAGGAAATCG CTACACCTAG
AATGCCTGCA GAACAAGATT TTTCACATCT CCCTACCGCT AGCGTGAACA CTCCAAACCA
GCAGTTCCAG TCCTCCCCAG CACCTCAGCA GCTGCGTGTA GCCGTTTCGG TTTCTCCAGC
TGAAGTCCAG GACATTTTGT TCCCAGAACG GGCGCACACC ACTACTACTC CTCGTAGAAG
CTCTCTGTCG CCTTCGAAGG ACGAACTGTC GCAGCTTCCT GAACCTTCTC GACATGTTCC
AGAACAGCAG CATCTCAGTC CTCGTGAATC TCTCAGTAAC CGTGAGACGT TGGACCCAAA
TGCCGGCAAG AATGCCGGAG GAATCAACTC GATTTTACGT AAGTTGTCTA CGAAAAAGAC
TACCAAATCG AGCCAGTCGT CTCCAGCTCG AGACAGCTCT CCTCCACAGA TAGACTTCTC
TTCGATTCCA CCTCCTCCAG TTGCAACAGT AGCTCTTGTA GACTCACAGG AGAAGTTATC
CCCTCTGGAA TCGTACACCT CCAAAAGAGA CCCAATGGTT CGCCGTGGTG TCAGTATGAA
GGTGACAGCC AAGGAGAAGC AAACCAACTC CAGACTCAAT TTGAACCCTC TGGCGAACAC
GTCAAACGCT CAACAGTCGC AGCATTCAAA CTCACCAAAG CTTCCCTCTT CGAAGGTACC
CGAATCGGGC TCCAAGAAGA ACCACGCTCG CTCCTCGTCC ACTTCGAACA ACCAGAACAA
ATTCCACGGC TTTATCCCCG TGGAGTACTT GCCTCCTTTG CCTAATATCA ATGCCAACAC
AAATACCATT GTCCCAAGCC AGGCTGGCTC TGGCGTCCAA AAGGCTGGTG CTATCTCGAC
TTCTGGACGT AAGTTGCATC CCACCGCAAG AGCTAAGTCT GTTGGGGGCC ATACCAGAAA
GGACTCATAC AACTACCGCC AAACTGGAAA CCATCCACCG TTGCCAAACA ATATGGCGGC
TCAGAACAGC GATGAGCTCA TCCAGACAGC TAACTCGTCC AACAATGACG GCTTCTTTGA
CGACGTAAAG TTGGACGATT TCGACTACCA GGACATTCCA CGTTTGACAG AGGCTGAAAT
CATCGAGCAG TTCAACAACG CTCCGCCAAA CAGCATGCCC TCTATCGAAC ACTGTAAGAC
ATTGTTCTTG AAGGGTTTCT TCAGTGTCCA GACAACTTCC ACCAAACCTT TGCCAGTAAT
CAGGTACAAC ATCATCAACG TGTTGTGTAA GTTGGGGGTG AAATTCCAAG AGGTTAAAGG
AGGTTTTGTC TGTGTTCACA CGCCGTCGGT TCAACAGCCA GTGGGTGATA AGAACGACTA
CTCAGCTAAT ACCAGCACGA TAGCCGACTC TCAGAACGAC GAAGAAGACA CCCAGCACGA
TGAAGATGAT TTCAATAGTG AAGAACGTAA ATTGTATGGT GACGCATTCA AGTCAACATC
TTCTTCTATT GACGGAGAAC AAGACACCGC CACAATGAGG ACGCCAGAAC CAGAACAAGT
CAGAACTCCT AGTAGACAGC CTCTGTTACA CATTCAGACC CAAACGTTGT CGCCTAGCTC
GAATAGCTCT CGCGACCGTA GATCGTCTAC GTCCACCGGC AGTGGTGGCC ATAGACGGAA
GTTCTCAATC GGCAACTCCA TCTTGGGAAC GTACCGCAAG AGAAATGGCT CACAAGTCAA
CATGCCCCCC AACACGCCAG CAACAGCTAG AGTGGGCAAG GGCTTGTATC CCGACGATGA
GGATTACGAT TATGATACTG GGTCTAAAGA ACGTGACTAT GATGAAACTG GTGACGATGT
TTCTGTCGAC TCCTTAAATG GAATGATGAT TGGCGGAGGC AGCGACATGT TGGTTTCGTC
GAGAATCGAG CACAGAGCCA GACACCAACA TAGTGCCAGT ATTTCTTCGG CCTCTAGAGG
CAAGAAGTCA CCATTGAAGT TTGAGATCCA CATCGTTAAG GTTCCGTTAG TAGGCTTGTA
CGGTGTTCAG TTCAAGAAGC TCTTGGGTAA CACGTGGAAC TATAAGACGT TGGCTGGGCA
GATCTTGACG GAGTTGAACT TGTAGACTAG ATAGTTGACT TATAATATCC AGGCGACCCA
TAGATCTGAG ATATGTGACT TAGCTCCAAT CTACGTCATC TTATAAGACT TAAGCTGATC
TGTAATATCA TAGTAACGAT ATAGGATCTG TGTTAAACTA CTAGACTAAC AGTTCTGAGA
GAGAAGGAGA ATCATATATA AATACTTATT TATTGGAAAA GGAAACGGTT TCCTTCTGTA
GATTAGGTAA GAATTAAATT CTTTGTTCAA AGCACCATAA TATATATATT CGATGTTATA
CT
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| Protein sequence | MDPSAYDYHP ARSTAVPSVS TGATSDSSSQ QQQAHPAQPA TPRMLRSVSG NLRRSNNNVA
DNTSNVESPH YIAASATNDH QPELLPPASI ASPSTRESPK GQTQQQSNQN QNQQGQQNQG
HSRHEHHGNH HTAQQSHSSQ HHQQQPQSQS QSQSQSQSQQ QFHRKSIGDW DFVKTIGAGS
MGKVKLAQHN TSKEICAVKI IPRAAKLYQR AHANDPPPQT TQEAAQRHKE FDKEIARDKR
TIREGALGRL LFHPFICRLY EMVPMTNHYY MLFEYVEGGQ MLDYIVAHGS LKEKHARKFA
RGIASALDYC HKNNVVHRDL KIENIMINEK GDIKIIDFGL SNLYSPKTLL QTYCGSLYFA
APELLSAKPY TGPEVDVWSF GVVLYVLVCG KVPFDDQSVS VLHEKIKRGN VDYPNFLSRE
CISLLSRMLV VDPSKRATLY EVCQHPWMNK GYEYKVSNYL PKRVPLTLPL DPEIIKTIAA
FDLGSASHIQ EELTNVLTSV EYQMSFENWY KITDMGREYA SASNTHILPD PTGGFHPLIS
IYFLVDEMRK RKRAKEEAVK TQLLVQQQQL QEKQLQEKQL QEKQLQEKRE QQRQADIAAA
AAIVAASSGA PQEIATPRMP AEQDFSHLPT ASVNTPNQQF QSSPAPQQSR LPEPSRHVPE
QQHLSPRESL SNRETLDPNA GKNAGGINSI LRKLSTKKTT KSSQLTGEVI PSGIVHLQKR
PNGSPWCQYE GDSQGEANQL QTQFEPSGEH KNHARSSSTS NNQNKFHGFI PVEYLPPLPN
INANTNTIVP SQAGSGVQKA GAISTSGRKL HPTARAKSVG GHTRKDSYNY RQTGNHPPLP
NNMAAQNSDE LIQTANSSNN DGFFDDVKLD DFDYQDIPRL TEAEIIEQFN NAPPNSMPSI
EHCKTLFLKG FFSVQTTSTK PLPVIRYNII NVLCKLGVKF QEVKGGFVCV HTPEERKLYG
DAFKSTSSSI DGEQDTATMR TPEPEQVRTP SRQPSLHIQT QTLSPSSNSS RDRRSSTSTG
SGGHRRKFSI GNSILGTYRK RNGSQVNMPP NTPATARVGK GLYPDDEDYD YDTGSKERDY
DETGDDVSVD SLNGMMIGGG SDMLVSSRIE HRARHQHSAS ISSASRGKKS PLKFEIHIVK
VPLVGLYGVQ FKKLLGNTWN YKTLAGQILT ELNL
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