| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_68020 |
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| Symbol | LYS2 |
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| ID | 4840080 |
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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_009046 |
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| Strand | + |
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| Start bp | 353493 |
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| End bp | 357715 |
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| Gene Length | 4223 bp |
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| Protein Length | 1394 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640391395 |
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| Product | L-aminoadipate-semialdehyde dehydrogenase, large subunit |
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| Protein accession | XP_001385417 |
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| Protein GI | 126137788 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins
[COG3320] Putative dehydrogenase domain of multifunctional non-ribosomal peptide synthetases and related enzymes |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain
[TIGR01746] thioester reductase domain
[TIGR03443] L-aminoadipate-semialdehyde dehydrogenase |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.224506 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.0608631 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTTTCT GGTCAGAGTA TTTGGATAGT CCAACTTTGT CTGTGTTACC ACATGACTTC
TTGAAGCCTG CCAATAACCA GTCGGTCGAG GCTACCTATA GTTTTGAAAT TGAAAAGGAA
GAGAGCTTTA TTACTGGACT TGCTGTCTTT TCTGCATTAA TCTACAGATT GACTGGAGAC
GAGGACATAG TCATTGCTAC AGATGCGAAG ACTTCAGGAA CTGAGTTCAT CATCAGATTG
AGTTTGACAC CAGAGTTGAG TTTTGATCAA TTAGTTGCTA ATGTCACCAA GGAATTCGAA
AATAATGTTG CCAAGATTGA CTACACTTCT CTTTCGGAGG TATCAGAACA GATAAGAGCT
GCTAAGAAAT TGGAAGAACA TCCAGGCTTG TTCAGGTTAT CATATCAGCA CTCGAATCCT
AACCAACAGC TATCCACCAC TGTTGAGGGC TCCATTCGTG ATTTGGCTGT ATTCACAGAA
GGCAACAAGT TCACCATTTT CTACAACAGT TTGCTCTATA AGCATGACAG AGTTGTTGTA
TTTGGAGAAC AGTTTTCGCA ATACATTGCT AAAGCTTCCT CCAATTCAAA TGTTCAGATT
ACAAAGGTTA ACTTGATCAC TCCATCTCAG AAGGAACATT TGCCAGATCC AACTTTGGAC
TTGGACTGGG GCGGATACCG TGGAGCCATC CAAGACATCT TCATGAAGAA TGCCTTAGCA
CATCCAGAAA AACCATGTGT GATTGAAACC AAGTCGTTCT TGGATCCTTC TACAAAGACT
CGAACCTTCA ACTACAAACA AATCAATCAG GCTTCCAACG TAGTAGGTAA CTATTTGAAG
GAAACTGGTA TCAAGAAAGG AGATATAGTC ATGATCTACG CTTACAGAGG TGTTGATTTG
ATGGTAGCTG TGATGGGTGT CTTGAAGGCT GGTGCCACCT TTTCTGTGAT TGACCCTGCC
TACCCTCCAG CTAGACAAAA TATCTACCTC TCTGTAGCCA AGCCTTCTGG GTTAATTGGG
TTGGAAAAGG CTGGGACCTT AGACTCATTA GTTGTGGATT ACATCAAAAA CGAGTTGAAG
GTAGTTACCA CAATTCCTCA ATTGAAAATC AACGATGACG GTTCATTGGT CGGAGGTGTG
ATTGAAGGCC AATCCGCTGA TTGTTTACAA GGCTACGAAA AGTTCCAAGA TCAGGCTACA
GGAGTCATTG TTGGTCCTGA TTCCAATCCT ACTCTTTCAT TCACTTCTGG TTCTGAAGGT
ATTCCCAAGG GTGTTTTGGG TCGTCATTAC TCTTTGGCTT ACTATTTCCC ATGGATGGCA
AAGACTTTTG GATTGTCTGA AAAGGACAAG TTTACCATGT TGTCTGGTAT TGCTCATGAT
CCAATCCAAA GAGATATGTT CACGCCTTTA TTTTTGGGGG CTCAATTGTT GGTGCCCACT
GCAGACGATA TTGGAACTCC AGGTAAATTG GCAGATTGGA TGGCTGAATA TGGTGCTACT
GTAACTCATT TGACACCAGC TATGGGTCAA TTGTTGAGCG CTCAAGCTTC TACACCAATT
CCAAGTTTGC ATCATGCCTT CTTTGTTGGT GATATTTTGA CGAAGAGAGA CTGTTTGAGA
TTGCAAACTT TGGCAGAAAA CGTTTTTATT GTAAATATGT ACGGTACTAC TGAAACTCAA
AGGTCGGTGT CCTTCTTCGA GATTAAGAGC AGAAAGGCTG ATTCAACTTA CTTGAAGAAC
TTAAAGGATG TCATGCCAGC AGGTACCGGT ATGTACAATG TCCAGTTGCT AGTTGTCAAC
AGAAATGACA GATCGCAAAC TTGTGGTGTT GGTGAAGTAG GAGAAATCTA CGTTAGAGCA
GCTGGACTTG CCGAAGGGTA CAGAGGGTTG CCAGACTTGA ACAAAGAAAA GTTTGTTACT
AACTGGTATG TTGATTCTAG CGAATGGGTT AAGAAAGACG AGGAAAACAA GAAGCCAGAA
GAAGTATGGA GAGAACACGG ATGGTTGGGT CCAAGAGACA GATTGTACAG AACTGGAGAT
TTAGGACGTT ATCTTCCAGA TGGTAATGTT GAATGTTGTG GTCGTGCTGA CGATCAAGTC
AAGATCAGAG GGTTCAGAAT TGAATTGGGA GAAATCGACA CCCACTTGTC ACAACATCCC
TTGGTCAGGG AGAACGTTAC TTTGGTTAGA AGAGACAAAA ACGAAGAACC AACATTGATT
TCATATATAG TTCCCAAAGA GTCTCCCGAA TTGGCTCAAT TTAAGGCTGA AGTGGACGAT
GAAACCGACT CTGATCCTAT TGTTCAAGGT TTAGTTTCCT ACAGAGAATT GATAAAGGAC
ATCAAGAACT ACTTGAAGAA GAGATTGGCA TCTTATGCTG TGCCAACTGT AGTGGTTCCT
CTTGCTAAAT TGCCTTTGAA CCCTAACGGT AAGGTGGACA AGCCAAAATT GCCATTCCCA
GATACGGCAC AATTGTCAGC TGTGGCCAAA TTGGTTGCCA GCAGTAGAGC TGGTGGAGCT
GAAGCCGCCG AAGAAGAAGA ATTCTCTAAG TTAGAAGAAG TTATCAGAGA TTTGTGGTTA
GAGGTTTTGC CCACCAGACC AGCAACGATT TCCAAGGACG ACTCGTTCTT TGACTTGGGT
GGTCACTCCA TCTTGGGTAC TAGAATGATT TTTGAATTGA GAAAGAGATT GAATGTCGAT
GTTCCATTGG GTGTTATCTT TAAGAACCCT TCTATTGAAG CTTTTGCCAA GGAAGTGGAA
AAGTTTATTA AGGGTTCCGA CTTTCAACTA GCTGATGGCA AGGAAACTGA AGAAGAAGCC
GAAGAAATTA TCGACTATTC CAAAGACGCT GCTGAGTTGG CTCAAAGTGC ATTGCTTGAA
AAATACGACT CGTTGAAGGA GCTTGATACA TCGAAGACAA TCAACGTGTT CGTCACTGGT
GGTACTGGTT TCTTGGGCTC TTTCATCATA CGCGATATCT TGACGTCTCG TCCAAACCAA
TCTTTTAAGA TCTACGCTCA TGTCAGAGCT TCTTCCAAAG AAGCAGGTCT CGAAAGGTTA
CGCAAGGCTG GTCTTACTTA CGGTATTTGG CAAGACGAAT GGTCAAAGAA TATCGAGGTG
GTATTGGGTG ATTTGTCCAA GCCGCAGTTT GGTTTGGACG ATACTGATTG GGTACAATTA
GCAAACGAAA TCGATGTCAT AGTTCATAAC GGTGCTTTTG TTCACTGGGT GTATCCATAC
TCTCAATTGA GAGATGCCAA TGTCAATGGC ACCATTAACG TTTTGAACTT GTGTGGTCAA
GGTAAGGCTA AGTTCTTTTC GTTCGTTTCT TCTACATCTG CTCTTGACAC AGACTACTTT
GTCCACCTTT CCGACGAATT GATTGCTAAG GGCTTGCCTG GTCTTCCAGA ATCCGATAAT
TTACAAGGTT CCGCCAAGGG CTTGGGCAAT GGTTATGGTC AATCCAAATG GGCTGCCGAA
TATATTATCA GAGCTGCTGG TAAGAGAGGA TTGAGAGGTT GTATCACGAG ACCAGGTTAC
GTAACTGGCT TTTCGCAGAC TGGTGCTTCC AACACTGATG ATTTCTTGTT GAGAATGTTA
AAGGGAAGTG CTGAATTGGG ATTCTACCCC AACATTTCAA ACAATGTCAA CATGGTTCCA
GTAGACCATG TTGCCAGAGT AGTCGTAGCA ACAGCATTGC ATCCTCCTGT AGACACTGAA
TTGGCTGTAG CTCATGTCAC TGGACATCCA AGAATCGAAT TTAATGATTT CTTGGGTACT
TTGAAGACCT ATGGATACAA TGTCGATATC GTCGACTACC CTGAATGGAG AAAGGAGCTA
GAAAGATTTG TAGTGGAAGA CTCGAAGGAA TCTGCTTTGT TCCCATTGTT GCACTTTGTT
TTGGACAACT TGCCACAGGA TACCAAGGCT CCAGAATTGG ACGATTCCAA CGCTGCCACT
TCTTTGAAAG CTGATGCTGC CTGGACTGGA GTCGATTTCA GTTCTGGAAG GGGTGTGGAC
GCTAAGCAGA TGAGCATCTA CATCAGTTAC TTGATCAAGA CTGGCTTCTT GCCTGTACCT
ACTGGTGAAG GTGCAAAGTT GCCTCAAATT GAAATTAGCA AAGTGACCTT GGACTTGATT
AATTCTGGAG CCAGCGCCCG TTCTTCGGCT GCTGCACCTA AGTAAGTATA AGTAATTTCA
CAAATCGAAA ATGCATAGCT ATT
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| Protein sequence | MSFWSEYLDS PTLSVLPHDF LKPANNQSVE ATYSFEIEKE ESFITGLAVF SALIYRLTGD
EDIVIATDAK TSGTEFIIRL SLTPELSFDQ LVANVTKEFE NNVAKIDYTS LSEVSEQIRA
AKKLEEHPGL FRLSYQHSNP NQQLSTTVEG SIRDLAVFTE GNKFTIFYNS LLYKHDRVVV
FGEQFSQYIA KASSNSNVQI TKVNLITPSQ KEHLPDPTLD LDWGGYRGAI QDIFMKNALA
HPEKPCVIET KSFLDPSTKT RTFNYKQINQ ASNVVGNYLK ETGIKKGDIV MIYAYRGVDL
MVAVMGVLKA GATFSVIDPA YPPARQNIYL SVAKPSGLIG LEKAGTLDSL VVDYIKNELK
VVTTIPQLKI NDDGSLVGGV IEGQSADCLQ GYEKFQDQAT GVIVGPDSNP TLSFTSGSEG
IPKGVLGRHY SLAYYFPWMA KTFGLSEKDK FTMLSGIAHD PIQRDMFTPL FLGAQLLVPT
ADDIGTPGKL ADWMAEYGAT VTHLTPAMGQ LLSAQASTPI PSLHHAFFVG DILTKRDCLR
LQTLAENVFI VNMYGTTETQ RSVSFFEIKS RKADSTYLKN LKDVMPAGTG MYNVQLLVVN
RNDRSQTCGV GEVGEIYVRA AGLAEGYRGL PDLNKEKFVT NWYVDSSEWV KKDEENKKPE
EVWREHGWLG PRDRLYRTGD LGRYLPDGNV ECCGRADDQV KIRGFRIELG EIDTHLSQHP
LVRENVTLVR RDKNEEPTLI SYIVPKESPE LAQFKAEVDD ETDSDPIVQG LVSYRELIKD
IKNYLKKRLA SYAVPTVVVP LAKLPLNPNG KVDKPKLPFP DTAQLSAVAK LVASSRAGGA
EAAEEEEFSK LEEVIRDLWL EVLPTRPATI SKDDSFFDLG GHSILGTRMI FELRKRLNVD
VPLGVIFKNP SIEAFAKEVE KFIKGSDFQL ADGKETEEEA EEIIDYSKDA AELAQSALLE
KYDSLKELDT SKTINVFVTG GTGFLGSFII RDILTSRPNQ SFKIYAHVRA SSKEAGLERL
RKAGLTYGIW QDEWSKNIEV VLGDLSKPQF GLDDTDWVQL ANEIDVIVHN GAFVHWVYPY
SQLRDANVNG TINVLNLCGQ GKAKFFSFVS STSALDTDYF VHLSDELIAK GLPGLPESDN
LQGSAKGLGN GYGQSKWAAE YIIRAAGKRG LRGCITRPGY VTGFSQTGAS NTDDFLLRML
KGSAELGFYP NISNNVNMVP VDHVARVVVA TALHPPVDTE LAVAHVTGHP RIEFNDFLGT
LKTYGYNVDI VDYPEWRKEL ERFVVEDSKE SALFPLLHFV LDNLPQDTKA PELDDSNAAT
SLKADAAWTG VDFSSGRGVD AKQMSIYISY LIKTGFLPVP TGEGAKLPQI EISKVTLDLI
NSGASARSSA AAPK
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