| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_75569 |
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| Symbol | ADE6 |
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| ID | 4837665 |
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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_009042 |
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| Strand | - |
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| Start bp | 1293550 |
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| End bp | 1297802 |
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| Gene Length | 4253 bp |
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| Protein Length | 1343 aa |
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| Translation table | 12 |
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| GC content | 46% |
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| IMG OID | 640388980 |
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| Product | 5'-phosphoribosylformyl glycinamidine synthetase |
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| Protein accession | XP_001383016 |
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| Protein GI | 150864265 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain
[COG0047] Phosphoribosylformylglycinamidine (FGAM) synthase, glutamine amidotransferase domain |
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| TIGRFAM ID | [TIGR01735] phosphoribosylformylglycinamidine synthase, single chain form |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.0273535 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TGTTCAGCTA GTCTGTAGTG CTACCGCTTC CAGTCCCCGT CGTCTGCTCC TGGTTATTGC
TGTTTTCAGC CAAACCTAAT CTGACGTGAC TTTTCTCCAA AGTCATCTCA TCTCATATCA
TCTCGTATAT TCTTCAGTCC TTCACTATGA CGGATTTCCT CATTTTGCCT GGCCCCAGAG
CCCTTTCCAC CTTCAGAGTG TCCAATTTGG TTGGTGAGAT CGAGCTGGTA TTGCAAAAGT
CTGATATTAT CGAATCGGTT GCCTCATCTT ACACCCACTA CATCTCGCTT TCTCAGAAAT
TGTCTGAGAA GCAGTTGGAC TTGGTGAAGA TCTTGCTTCA CTACGATACG CCTGTTGACA
CCAACGATGC TTTATCGGCC AGTTTGGTAT CGCTTTCGAC AATTAGTGGC GATAGTGATG
TATCACTTAT CCAATTGCCC GAAAACACCC ACTTAATTCG TGTGTTACCT CGTCCTGGAA
CCATCTCTCC TTGGTCTTCC AAAGCTACCG ATATTGCCCA AATCTGTGGT TTGAATGAAC
AGATTGAACG TATCGAAAGG GGTTTGTCGC TTTTGATCAA GACCAAACCA GGTTTCGACT
TGGGCGCCCA TTTGAATTCT GAGGGCAAGT TCTTGACCTC GGTGTTCGAT AGAATGACTC
AAACCTTGTA CTTTGACTCA AACGCTCCTA AGTACGACGA CCTTTTCGCT CACCACAAGC
CCAAGCCACT TGTGCACGTT GATATCCTCT CTAACAAAGA GAACTTATTG ACGGCCAACA
AGCAATTGGG TCTTGCTCTT GATTCTGGAG AGATCGACTA CTTGATTCAT GCCTTTGGTG
AGACTATAGG TAGAAATCCA ACCGACGTTG AGCTCTTTAT GTTTGCTCAA GTCAACTCTG
AGCACTGTCG TCATAAGATC TTTAATGCCG ACTGGACCAT TGACGACATT AAGAAAGACT
TGTCATTGTT CAAGATGATC AGAAACACCC ACAATAAGAA TCCACAATAC ACTATCTCAG
CCTACTCTGA CAACGCTGCC GTTTTTGAAG GCCCAGAAGG CTACGTCTTC ACTCCAGAAT
TCGCATCAAA AAAATGGACC TCCACCAAAG AAAAGGTCCA CACTTTGGTC AAGGTCGAAA
CTCACAACCA TCCAACTGCT GTCTCGCCAT TTGCTGGTGC CGCTACTGGC TCAGGAGGTG
AAATCAGAGA CGAAGGTGCT GTTGGACGTG GTTCGAAGTC GAAAGCAGGT TTGGCCGGAT
TCTCCGTTTC CGACTTGAAC ATCCCAGAAT TACCCCAACC ATGGGAAAGA GACATCGGCA
AGCCTAACCA TATTGCCTCT TCGTTGGACA TCATGCTCGA GGCCCCCATC GGTTCTGCTG
CCTTCAACAA CGAGTTTGGA AGACCAGCCA TCAACGGTTA CTTTCGTACG TTGACTACCG
AGGTCACTAA CCACAAAGGT CAAACTGAAT TCCGAGGTTT CCACAAGCCA ATCATGTTGG
CTGGTGGTAT GGGTGCTATC CGTCCCGACT TGGCTCTCAA GAATATGAAA ATCACTCCCG
GTGCTAAATT GATCGTTCTT GGAGGTCAAT CAATGTTGAT TGGACTCGGA GGCGGTGCTG
CCTCATCAGT TTCGTCCGGT GAGGGTTCGG CTGACTTGGA CTTTGCATCT GTTCAAAGAG
GTAACCCGGA AATCCAGAGA AGAGCTCAGC AAGTCATTGA TGCCTGTGTT TCTCTTGGAG
TTTCAGGTAA TCCAATCCAG TCAATTCACG ACGTTGGTGC TGGTGGGTTA TCAAATGCTT
TGCCAGAATT GGTTCATGAC AACGACTTGG GTGCGAAATT TGAGTTGCGT CTGATTTTGT
CGTTGGAGCC CGGAATGTCT CCTATGGAAA TCTGGTGTAA CGAGTCACAA GAAAGATACG
TCATGGGTGT TGCTCCAGAG AACTTAGATT TGTTCTCCAA GATTTGTGAA AGAGAGAGAG
CTCCTTTTGC TGTTGTTGGT GAAGCTACTG TAGAACAGAG ATTGATCTTA ACGGATTCTT
TGTTGAACAC CACGCCTATC GATTTGGAGA TGTCCGTGTT GTTTGGGAAG CCACCCAAAA
TGTCTAGAAC TGCTGTAACT CAAGACTTGC AGTTGAAGCC TTTCACTACT CAGTCTTTGA
ACTTAGACGA ATCCATATCT AGAGTGTTAC AGTTGCCAGC CGTTGGTTCC AAAAACTTCT
TGATCACCAT CGGTGACAGA TTCATCACCG GGTTGGTCGA CCGTGACCAG ATGGTAGGCC
CTTGGCAAGT TCCTGTTGCT GATTGTGGTG TCACAGCCAC ATCTCTCGGT GACGAAATCT
TGAAAACTGG TGAAGCTATG GCCATGGGAG AAAAACCAAC ATTGGCTTTG ATCTCAGCTT
CTGCTTCTGC TAAGATGTGT GTAGCAGAAT CGTTGTTGAA CGTTCTTGCT GCTGATGTTC
CATCTTTGGA CCACATCAAG TTGTCCGCTA ACTGGATGTC TGCTGCTGCT CACGACGGTG
AAGGTGCCAA GTTGTACGAA GCTGTCCAGG CCATCGGTTT GGACTTGTGT CCAGACTTGG
GTATCTCCAT TCCGGTAGGT AAGGACTCCA TGTCCATGAA GATGAAGTGG GATGACAAGG
AAGTTACAGC TCCTTTGGCT CTTACCATTA CCGCTTTTGC TCCTGTAGAC AACACTAGCA
ACACATGGAC TCCACAGTTG CAAAATGTCG AGTCATCAAT TTTGGTTTTG GTAGACTTAG
CTGCTAAGAC CAAGAAGGCT TTGGGTGGTT CTGCCTTGGC TCAAGTGTAC AAAGAAGTCG
GAAATGCTGC ACCTACAGTT CACTCCAACG AGGTACTCAA GTCTTTCTTG CAATCATTGA
TAGTGTTGCA TAAACAGTTC GATGTCTTGG CTTACCATGA CAGATCGGAG GGTGGTTTGA
TAACCACTGT CTTGGAAATG GCCTTTGCAG CCAGATCTGG TGTAGAATTA GACATCACAA
GTGACGACTT GTTGACAGAG TTGTTCAACG AAGAGTTGGG TGCAGTTTTC CAGATTAAGG
CTCTGGATCT TACCAAGTTC AAAGAAGTAT TTTCTACTAA CAACATCTCT GAAGAGTATA
TCAGCGTGAT TGGTAGACCT AACTTCACCT CCCAAGACAT CAATGTCACA TTCAACGGTT
CTGTTGCTTA CAGCAACACC CGTAGCAAGT TGCAGGAGTT ATGGGCTTCT ACTTCTTACC
ATATTCAGAA GTTGAGAGAC AACCCTACGA CTTCCACACA AGAATACGCA GCTATTGCTG
ACGATAACGA TCCAGGTTTG TCTTACCAGT TGACTTTCGA TGTCTCAAAA GATATCACAG
CCAAGTTCAC TGAAGACAGA AAGCCCAAGG TTGCTATCTT GAGAGAACAG GGTGTGAACT
CACAACAGGA AATGGCATTC TCGTTCCAAC AAGCTGGTTT TGACGTCTAC GATGTCCACA
TGTCGGATAT ATTGACCGGT AGAGTCACAT TGGACGACTT TGTAGGTCTT GCTGCCTGTG
GTGGTTTCTC ATACGGTGAT GTTCTTGGTG CTGGTGCTGG TTGGGCCAAG TCTGTGCTCT
TCAACGACCG CGCTAGAGCT GAGTTCAAGA GATTCTTCCA GGACAGAAAC GATACATTCG
CTTTTGGAGC CTGTAACGGG TGTCAGTTCT TCTCCAGGAT AGCTGAGTTG ATTCCCGGTA
CAGACAACTG GCCAACTTTC GAGAGAAATT TGTCGGAACA GTACGAAGCC AGATTCGTCA
TGGTCGAAGT TGACAACTCT GAAAAGAACA AGTCTATCTT CTTGCAACAC ATGAAGGGTT
CCAAATTGCC AATTGCTGTG GCCCATGGTG AAGGAAGAGC TTACTTTGAA CACGCTGAAG
CCAAAGACGC CTTTGACTAT AGCGTCGTGA GATTCGTGGA CAACTACGGT AATGCCACTG
AACAGTATCC ATTCAACCCT AACGGTTCTC CAGAAGGTAT TGCCGGTATC AGAAACGAAA
ACGGTAGAGT GTTGGCTATG ATGCCTCATC CAGAAAGAGT CACCAGAAAG GAATCCAACT
CTTGGTACCC TGTTGAACAA GGAAACACTT GGGGCGGTTA CGGACCATGG ATCCAGTTGT
TCAGATCTGC CAGAGAATGG GTTGGCGACA ACTTCTGATT GTATTATGAT GTTTTACGAA
AAATAGTATG TTTAATTTTG TATAGACAAT AAGATTTAAA ATAGAGAATT CAC
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| Protein sequence | MTDFLILPGP RALSTFRVSN LVGEIESVLQ KSDIIESVAS SYTHYISLSQ KLSEKQLDLV
KILLHYDTPV DTNDALSASL VSLSTISGDS DVSLIQLPEN THLIRVLPRP GTISPWSSKA
TDIAQICGLN EQIERIERGL SLLIKTKPGF DLGAHLNSEG KFLTSVFDRM TQTLYFDSNA
PKYDDLFAHH KPKPLVHVDI LSNKENLLTA NKQLGLALDS GEIDYLIHAF GETIGRNPTD
VELFMFAQVN SEHCRHKIFN ADWTIDDIKK DLSLFKMIRN THNKNPQYTI SAYSDNAAVF
EGPEGYVFTP EFASKKWTST KEKVHTLVKV ETHNHPTAVS PFAGAATGSG GEIRDEGAVG
RGSKSKAGLA GFSVSDLNIP ELPQPWERDI GKPNHIASSL DIMLEAPIGS AAFNNEFGRP
AINGYFRTLT TEVTNHKGQT EFRGFHKPIM LAGGMGAIRP DLALKNMKIT PGAKLIVLGG
QSMLIGLGGG AASSVSSGEG SADLDFASVQ RGNPEIQRRA QQVIDACVSL GVSGNPIQSI
HDVGAGGLSN ALPELVHDND LGAKFELRSI LSLEPGMSPM EIWCNESQER YVMGVAPENL
DLFSKICERE RAPFAVVGEA TVEQRLILTD SLLNTTPIDL EMSVLFGKPP KMSRTAVTQD
LQLKPFTTQS LNLDESISRV LQLPAVGSKN FLITIGDRFI TGLVDRDQMV GPWQVPVADC
GVTATSLGDE ILKTGEAMAM GEKPTLALIS ASASAKMCVA ESLLNVLAAD VPSLDHIKLS
ANWMSAAAHD GEGAKLYEAV QAIGLDLCPD LGISIPVGKD SMSMKMKWDD KEVTAPLALT
ITAFAPVDNT SNTWTPQLQN VESSILVLVD LAAKTKKALG GSALAQVYKE VGNAAPTVHS
NEVLKSFLQS LIVLHKQFDV LAYHDRSEGG LITTVLEMAF AARSGVELDI TSDDLLTELF
NEELGAVFQI KASDLTKFKE VFSTNNISEE YISVIGRPNF TSQDINVTFN GSVAYSNTRS
KLQELWASTS YHIQKLRDNP TTSTQEYAAI ADDNDPGLSY QLTFDVSKDI TAKFTEDRKP
KVAILREQGV NSQQEMAFSF QQAGFDVYDV HMSDILTGRV TLDDFVGLAA CGGFSYGDVL
GAGAGWAKSV LFNDRARAEF KRFFQDRNDT FAFGACNGCQ FFSRIAELIP GTDNWPTFER
NLSEQYEARF VMVEVDNSEK NKSIFLQHMK GSKLPIAVAH GEGRAYFEHA EAKDAFDYSV
VRFVDNYGNA TEQYPFNPNG SPEGIAGIRN ENGRVLAMMP HPERVTRKES NSWYPVEQGN
TWGGYGPWIQ LFRSAREWVG DNF
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