| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_79135 |
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| Symbol | ACS2 |
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| ID | 4840021 |
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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 | 626234 |
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| End bp | 629837 |
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| Gene Length | 3604 bp |
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| Protein Length | 679 aa |
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| Translation table | 12 |
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| GC content | 46% |
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| IMG OID | 640391336 |
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| Product | Acyl-CoA synthetase 2 (ACS2) |
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| Protein accession | XP_001385819 |
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| Protein GI | 126138592 |
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| COG category | [I] Lipid transport and metabolism |
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| COG ID | [COG0365] Acyl-coenzyme A synthetases/AMP-(fatty) acid ligases |
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| TIGRFAM ID | [TIGR02188] acetate--CoA ligase |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | 19 |
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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 | AAATGGTTAA GTATGCGAAT CTAGAAGAGC ACAGATAGGC CCCGTACTTT AGAAAATAGT
CTAGTAAATA GTGCTACAAA ATAGAGTATG GTACCAAAAG TTACAGTACT GACACACTGT
GAACTCGCTA CAAGGTTCTA TCGCTGTGAC ACACGAATAG ACTACAATGT GAACAGGCTA
CACACTCAGG GTTCATCACA GAGAGACACA CATGGCCGGT CGGCCACTCC GAAACCGTTT
CGAATTCACC GCTTGTCATT GGGCCACCAC ATTTGGTTTC CAGTCCAATC GCCTATCTCT
GAGACTCCGA GCAATTTTCA GTTTCCAATT TTTCATTTCG GACTACAGGC ACGAATGGGA
GATTAGCACC ATGTCTGCTC TGAAACGAGT CCGTTTCCCC AGAATACCCG CTGCTACTCG
GAAGTTGACA TCTCGGAGTT GCGCTGGACC AAAGGAACTT TCTCTTTGCA ACAGATGTGT
GTATCTGGCG TCTTTACCCA AGGATGTACT TCGCTTGTTC CTGTGTCGCG ACGGAAGGTG
ATAATTTTTT TTCAGAATTC AACAAAAAAT CCAACAGTTT CGTGTTTAGG TGCTCCAGCT
CGTATACAGT AGCGTTAGCT AGCGGAACCA GTTCTGGTAT GCGCTCACCG TATATATAGT
GGATAGGTCC CGTTTGCTGA AAAAAATCAC ACAGTGTATC TGTGAAAGAC GTGCTAGTTT
TCTTTAGCTC TACAAATCCC CTTAACTTCG TTCGTGGTCT CGTAGTCTCT ACTTTTGCCT
GATCTCGTGC AATTGCCATT GACCTTAGAG TATGTTCCAA CGCTTTTTTC TTCCCTTCTC
GTCTTCCTTC TGTCCACCAG TTTGATAAAT TCTCTCTTCC ATTCGCAGTG CTCAGAGATC
CATCCGATAT TATTTTTTCT CGCCCGCAAA ATACCTCCAA TAGTGGGGCA ATAAACGTCC
AGTCAAGGAA CAATTCATAC GTCCGGAGAG TCTTGGAAAC GGACTAAGAG CGTATACCCG
ATTTCCCTTC CAGATGGTGC CATTGTTGCG TCATTTGATT GCGAGACTCG TATTTAGTAG
TCAAGATTGG GTCCAGATCC AATCGCCGAA CCAACTTATA GTGATCACGA TACTGCCATC
CGCCATACAC TAACCAATTG TATTCGCTGA TTCTGACCGG CACAACAGAT TTATTAAATT
GGTGACATCA TATAGACATC CTGAAAAATA CTGGAGCATC TACTAACGTT AATGATATAG
TTGAAAGTTT TCTCTTCATT TTAGAATAAC TACACTTTTC TCCTTTTGTT TGTCCATTCG
TCGTTTGCTA GTCAACGAAG TTTTTCCCCA GACTCAAGGT ACAGATAATT TTCCGAAACA
AATTTTCAGA TTACAGATCT ACCAGTTTCA CTGACACACT ATTTATTCCC CCATTAATAT
GACTGTTACC CCACAGCACC AAGTCGTCCA CGAGGCCAAC GGTGTCACCC CAAGACCCAC
TCCTAAGGAG TTTTTTGACA AACAGCCCCG TCCTGGCCAT ATCACCTCCA TCGAACAGTA
CCAGGAATTA TACCAGAAGT CCATCGCCGA CCCTGAAGGA TTCTTTGGTC CTATGGCCAA
GGAGTTGTTG TCGTGGGACA GAGACTTCGA CAAGGTCAAG TCCGGTTCTT TGAAGGACGG
TGACGTTGCC TGGTTCATTG GCGGCCAGTT GAACGCTTCC TACAACTGTG TAGACAGATG
GGCCTATGCG ACTCCAGACA AGACTGCCAT CATCTACGAA GCTGACGAAG AAAAGGACTC
GTACAAGTTG ACCTACGCCG AGTTGTTGAG AGAAGTCTCC AAGGTAGCTG GTGTGTTGAA
GAGCTGGGGC ATCAAAAAGG GTGATACTGT TGCTATCTAC TTGCCAATGA CTCCTCAAGC
TGTTATTGCT ATGCTCGCTG TAGCCAGATT AGGTGCCATC CACTCGGTTA TCTTTGCAGG
TTTCTCTTCT GGTTCCATCA GAGACAGAGT CAACGATGCT TCTTGTAAGG CTCTTATTAC
CTGTGACGAA GGTAGAAGAG GTGGTAAGAC CGTTAACATC AAGAAATTGT GCGACGAAGC
CTTGAAGAGC TGTCCTACTG TAGAAAAGGT GCTTGTTTTC AAGAGAACCG GAAACGAAAA
TATTGAATTG GAAGAGGGTA GAGATTTCTG GTGGGATGAA GAAACCGCCA AGTTCTCGGG
TTACTTGCCA CCTGTTCCAG TCAATTCTGA AGACCCATTG TTCTTGTTGT ATACATCTGG
TTCCACTGGT ACTCCTAAGG GTGTTGTCCA CACCACTGGG GGCTACCTCT TAGGTGCTGC
CATGACCACC AAGTACATTT TCGACGTCCA CCCAGAAGAC ATCTTGTTCA CTGCCGGTGA
TGTCGGTTGG ATTACTGGTC ACACCTATGC TTTGTACGGA CCTTTGGCTC TCGGTATCCC
AACAATCGTT TTTGAAGGTA CTCCAGCCTA CCCAGACTTT GGTAGATTCT GGCAAATTGT
CGAAAAGCAC AAGGCTACCC ACTTCTACGT AGCTCCTACT GCCCTCAGAT TGTTGAGAAA
GAGTGGCGAG CAAGAGATTC CAAAGTACGA CTTGTCTTCT TTGAGAACAT TGGGCTCTGT
TGGTGAACCT ATCTCCCCTG ATATCTGGGA ATGGTACAAC GAGCACGTTG GACAAGGCAG
ATGCCACATC TCCGACACCT ACTGGCAAAC TGAGTCTGGT TCTCACTTCA TTGCTCCAAT
TGCCGGTGTC ACTCCAAACA AACCTGGTTC AGCCTCTTTG CCATTCTTTG GTATCGAGAC
CGCTCTTATT GATCCAGTTT CCGGCCACGA ACTCGAAGGT AACGACATCG AAGGTGTTCT
TGCCATCAAG AGCACCTGGC CATCTATGGC TAGATCTGTC TGGAACAACC ACACCAAGTA
CATGGACACA TACTTGAACC CATACCCAGG CTACTACTTT ACCGGCGACG GTGCTGCCAG
AGATCACGAC GGCTACTACT GGATTAGAGG TAGAGTCGAT GATGTCGTCA ATGTGTCTGG
TCACAGATTG TCTACTGCTG AAATAGAAGC TGCCCTCATC GAACACAACG GTGTTTCTGA
AGCTGCTGTG GTTGGTATTA CCGACGACTT AACTGGTCAA GCCGTAGTTG CCTACGTTGC
TCTCAAGAAC GAATACGTCG ACAAGATCGC CGGCAAGGAA ACCAGCGACG AAGCCTTTGC
CTTGAGAAAG GAATTGATCA TGACCGTCAG AAAGGAAATC GGACCTTTCG CAGCTCCAAA
GAGCGTCATC ATTGTCGCCG ACTTGCCAAA GACCAGATCT GGTAAGATCA TGAGAAGAAT
CTTGAGAAAG ATCTCTGCCA ACGAAGCAGA CCAATTGGGT GACATCACCA CTTTGTCCAA
CCCTCAGTCT GTCGTTGGTA TAATCGACTC CTTTGCTGCT CAATTTGCTA AGAAATAACT
TCATAAGTCT ATAGCCTCCT AGCTGCAGAA ATTGCTTCGC GATTTTGCAC CCAATTTCTG
TGGTTGGTTA GAAATGGCAT AATGCCTCAA ATTTAGCTTG TGTTAATGTA CATACAGAAA
GTAG
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| Protein sequence | MTVTPQHQVV HEANGVTPRP TPKEFFDKQP RPGHITSIEQ YQELYQKSIA DPEGFFGPMA
KELLSWDRDF DKVKSGSLKD GDVAWFIGGQ LNASYNCVDR WAYATPDKTA IIYEADEEKD
SYKLTYAELL REVSKVAGVL KSWGIKKGDT VAIYLPMTPQ AVIAMLAVAR LGAIHSVIFA
GFSSGSIRDR VNDASCKALI TCDEGRRGGK TVNIKKLCDE ALKSCPTVEK VLVFKRTGNE
NIELEEGRDF WWDEETAKFS GYLPPVPVNS EDPLFLLYTS GSTGTPKGVV HTTGGYLLGA
AMTTKYIFDV HPEDILFTAG DVGWITGHTY ALYGPLALGI PTIVFEGTPA YPDFGRFWQI
VEKHKATHFY VAPTALRLLR KSGEQEIPKY DLSSLRTLGS VGEPISPDIW EWYNEHVGQG
RCHISDTYWQ TESGSHFIAP IAGVTPNKPG SASLPFFGIE TALIDPVSGH ELEGNDIEGV
LAIKSTWPSM ARSVWNNHTK YMDTYLNPYP GYYFTGDGAA RDHDGYYWIR GRVDDVVNVS
GHRLSTAEIE AALIEHNGVS EAAVVGITDD LTGQAVVAYV ALKNEYVDKI AGKETSDEAF
ALRKELIMTV RKEIGPFAAP KSVIIVADLP KTRSGKIMRR ILRKISANEA DQLGDITTLS
NPQSVVGIID SFAAQFAKK
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