| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06150 |
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| Symbol | |
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| ID | 0 |
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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 | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001301 |
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| Strand | - |
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| Start bp | 1085046 |
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| End bp | 1089779 |
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| Gene Length | 4734 bp |
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| Protein Length | 1334 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | GTP binding protein (Bud4), putative (AFU_orthologue; AFUA_2G08470) |
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| Protein accession | CBF70084 |
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| Protein GI | 259479658 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0405059 |
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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 | 51 |
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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 | ATGGGTAACG GCACTGGACA TCGGCCGTTG TCAGAAGTGA GCCCAATGGC TCACCGTCGC
AACTCCCCGG TGTGGAATCA GAGTAATAGG GTAGGCTGCC TGTATGATTT TGGCTACGGT
CGAACTGACA TCACCGCATC AGTCAACAAA AAGCATTGAT TCATCGCCCT ATGAATCACC
GTCTTCAACA CGCCGATTTT GGCAAGGTCG TGAGTCAGGT TCGCCGTTTC AAAAGAACTC
GGAGAACCAA GCGCCTTACG ACCCCGACGT CACATTCACC ACCTCTAAGA GACCTTCTCT
CGAAAATCTG AAGCGCGCAT CACGGGTCAA GGGCAACAGT ATGTTCCGCG ACTACAACCA
TGAGTACGAC CCTACTAGTG TTTATGTCCC ACAAAGACCG CTTGCCATCA ACCGAGGCTC
GCATGAGAAG CAAAGCCAAG TTGTGGCTAC AGCACGTCCT CCCAGTCCAG ACAAGACTCA
AATGGGGCCT CGACCCCCTT CACCTAGCAA GGATCAGGCC CCTCCCGCGA AGTCGTCTTT
GTCCCGAGCC AGTAGGTTTG GCACGAAGGA CATGACTTTT GACCCGGAGA ATGAGATTTG
GTCTGATGCC GATGGTACTC GCTACACAAA AAGTGTTACC TTCGATGCTG CCCCACCTCA
GGTTAATGAA TATGAAATGA CCACCCCCGA TCCATCATCG GTTGCCTCCG GATCTCGTGA
CGGAAGCTAT GACTCGGAAG AGGATGAAGG CGACATCAGC TTCGATCGTG GCTCGCTGGA
CCGTGATGAC AGCTTCGATG CCTCGCTGGA AGACCTCGAA AAGACACCAG TGGTAATGCC
TGAAGATTGG CGTTTTATGA GCCCGGATAC TGCAAATGAC GAACTGGCGG AAAAGAATGA
AGATCCATTT ACCAGCGAAG GGAGTGAAAG CCCTGAGCCC CGGTCTGTAT CAACGCAACA
GGTTCCTGCT AGGCGCTCAC GTGTTGAGTC CCTCGACTCA AACGGTGAGC GGCGTCCTCT
ACCACCGCTA CCGGCAATTC AAGGACTGTC CTTCTCCCCA CGTGCCTCAG ACAAGCTCGC
TGCTGCATTC GAGCTTGCAA GTGGTAATCA ACGTGTTCTC CCTGCACCAC CAGCGGCGGC
GACGTACAGC AAATCCGACA TCACCGGGCT TAGCCACAGC TCCATGTCAT TGGAGGATAG
GTTGCGCTTG ATGATGATTC AGCGGGAGGA GCGTGAAAAT GCCAATGGAA AGCAAGAAAC
CAAGCCGGAG AATAAGGAAG ATGAGAGCAA AGCTGAAACT GCGGAAAAGT CCAAGGGGCA
AGAACCTGCA GAGGGCCCAG CCAATCCAAC AGAAGCGGAT GAAGCTGATG TGTTCTCTCC
CCCACGTATT TCCAGAGATT CCATCTTGCG TGATCTCCGC AGAGGCGATG ACTACCTGGA
TGTTTCGTAT GAGAACTCTT CTCAAGGAAG CGCCAGCCCA CGACAGTACT CTCATTATGA
CCCTGACATT CCTATTCCTT CGCTTGAGAG CGATCATGAT AACAGTTACG AAGATGATGA
TGACGAGACG AGCAGTGTTA TAATTAAGCC AGAATTGGAG GATGATAGCA ACAACCTTTA
CGATATCCCA GACTATTACG GAACCGTTCC TTCAAAGGAT TCATCCTACA AAGATCTAAA
AGATCAGGAG GATGGGGATA ATAAGAGCCA CCACTCTAAC CACTCGATGG AGGATGTTTT
TTGCAAGAGC AACGGCTCTG TCCCCTCCGA AGCAACGCCA GTTCCCGCAG ATCGAGCAGA
AGAAGGCTTG AACGACAAAA CACCGGCCAG TCCTGCAGAG CATCAGGATA ATGAGGTTGC
TGCTCCCAAA ATGACCGCTA TGCTAGAGTC CCTTCGCCGC CCAGTTACAC CGGAAAATGC
CGAACAAATA TCACCTCCGT CAACACCAGA CTCTGTGATT CGACACCCCG TAGATGACGA
AATTAGCGAT CTCGAGGATT CGGTGGACGA AAGCGTTCCT GAACCCATCG CTACCGTTAA
AGCACACGGA AGCAGTTTGA AGATCCGCCC ATCATTAACC CGGGCGGACG TTGAACAGAT
GGCTGCAACC CGCAGGAAAA TCAGCGGCCA AATTCCGCCA ACCACTCAGG CAACCCAAGA
GCCAGAAGAG AGTGAACAAC TAGAGCCTGA CTCCCAGGAA AAAACGCTGC AGCCCGAGCC
CTCAGCGGCG GCAGCGCCAC GAAAACCCAG CTTTATGAAA CTAGACATCC CATTCAGCAT
TCAAGAAGAT GAAAGTCTTG GATTCGGTCT TGACAAAGAA TTTGATCGAG TCATTGAGTC
TCAAAAGGTT GCGTTTGAGC TAGCCCTTAC CCAGCTGCAA TCCACAAAAG CCCCTCCCCT
GACCCAGGAG TCCCTTGCAC ACAGCACAGG ATATTATACA AGTCCCTTCG CGCATGCTAA
CTATCCGATC CTGAAACAGA GAGGTTACCT CATGAGACAC AACACGAAGG TTATTGTCGC
GAGTAGCCGC CCCGAGGAAG AACCCGTCCC CTCATCCAAT GGCGAGTCAT CTGGCGACAT
GCGGAGCACA AAGGCGGGCG CATCCCCACA GCGAAAGGTC AGCCAGCAGA CCTGGACTAC
GGTGCCCTGG AACTCTGGTG CTCGCCGCGC GAGTATTCGT ACCCCCTCTG GCGCAATTCG
CAAGAAACCC GTTAATGGCC CCGTACCTCC GTTACCTGGT CAACCGAGCA TCGCCCAAGA
TCCCCCTACT CCTGTTGAAG AAATTGACCC AACTTTCAAT GCTCTTGAGG ATGGCGAGGA
GCGCGGTAGG TTGTTTGTGA AGGTTGTCGG GCTGAAGTAT CTAGACTTGC CGCTTCCCAA
AGGTGATTTT CCCAAGTCCT CGCATATCGA ATGTTTATAC TAAGATTCTG CTATCAGGGG
AGAGAACCTA CTTTTCACTC ACATTAGATA ATGGTCTTCA CTGCGTAACT ACTGCTTGGC
TGGAACTGGG CAAGAGTGCT CCGATCGGGC AAGAATTCGA GCTCATCGTC CAGAATGACC
TCGAGTTCCA GCTTACTCTC CAGATGAAGA TGGATGAGGA AAAGTTCAGG ATCCAAGAAC
CTGCTCCTTC AGCATCTCCA TCCCGTCAAA AACATTCAGC ATTCAGCAAG ATGTTTGCAT
CACCGCGGAA GCGCAAGGAA CTTGACATGA AGCAGCAGCT CGCGTCGCAG CAGCACAAAA
AACAAGATCC AAATGCTCCA ATTTGGGAAC GCCTTCGGAC CCTTGTCGCT TCAGATGGCA
GCTTCGCCCG TGCATATACC GCTCTCAGCG ATCATGAAAA GCACGCGTAC GGTCGACCGT
ACACTGTCGA CGTGGCTTGC TTTAACGAGT GGGCTGTTGA CGAGCAACCG AGCAGTGTAA
AGAGCAAGAA GAGCACCGCA AGCGGCATGT CCCAGCGCCG CCCCCCTTAC AAGATTGGTA
AACTGGAGCT GCAGCTGTTA TTTGTTCCGA AGCCCAAGGG TGCTAAGGAT GAAGACATGC
CCAAGAGCAT GAATGCCTGC ATTCGGGAGA TGCGCGAGGC GGAGACTGCA TCAACCCGTA
GCTGGGAGGG CTTTCTTTCG CAGCAAGGTG GCGATTGTCC GGTAAGTTCG GCTCATCGAA
CCTTTTTTTT GGAATCATAT TAGCTGACTT TTGCAGTACT GGCGTCGTCG ATTTTTCAAG
CTTCAAGGCT CCAAATTGAC CGCGTACCAC GAAACCACCC GCCAGCCCCG TGCGACCATA
AACCTAGCCA AGGCCGTCAA ACTCATTGAC GATCGGAGCA CATTGACACA AAAAGAGACA
ACGGCGCGAG GTGGCAAGCG ACGCAAGTCT GCATTTGCTG AAGAGGAAGA AGGGTATATG
TTCGTAGAGG AGGGTTTCCG TATCCGCTTC GGTAACGGCG AGGTCATAGA TTTCTATGCC
GACAGCGCGG CCGACAAGGA AGGCTGGATG AAAGTGCTTT CAGAGACCGT TGGCAAGGGC
CCGACTGGTG CTAACCAGGC CAAGCCTTGG ACTGAGCTAG TTTTGAAACG GGAGCGAAGC
ATGAAGGCAA CGCGGCGGGA AACGGCAGAT CGCTTTTCTC AGTTTGGAGC TGCACCTCCT
CCGCCTGTTA AGAAGGATGT TCCTAAACCT CCTCCGGCGC AGGCGCCAAC ATCACAAGCT
GCTCCTTCTC AGCGACCGCG ACATAAGCAC ACACAGTCTC AACCCGAGGT ACGCAGCGCG
GAATCTCGGC GGCAGAAAGC TCGTTCTCTA ATATTCTAAA TTGGCTTCAT GTACTTTCTC
CCATTCTTTC TCCTTTTCCC TCTTCCCTTT TCCCTCTTCC CTTTTCCTCC TTCGCTTTTC
CCCCTTCGCT TTTCCCCTTC GCTTTTCCCC CTTCGCTTTT CCCCCTTCGC TTTTCCCTTT
ACCCTTTTCC CTTTCCTTTT TTTTTTGTGA CGTGGGTCTT ATCGTGGTAT TGCAGTCTTG
TTTTTGGATT CTGTCCACAG CTTCGTGTAC GAGACTTCGA TACCAGTATT TTGGCACTGT
GCAAGGCGAA TCTCGCTAGC GTTCTATTCG TGTTTCATCC TATCGTACAT TAATGATACA
TAGCGTCGTT CCTTGATTGT CAATCTACTA TTCTTGTTTA TGCTACTCCA ATAGTGATGA
TTGTAAGTTA AGGGCAGCCA CTAGGGGCCT AGAAGAAGCG AGAGTCGATT GTTT
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| Protein sequence | MGNGTGHRPL SEVSPMAHRR NSPVWNQSNR STKSIDSSPY ESPSSTRRFW QGRESGSPFQ
KNSENQAPYD PDVTFTTSKR PSLENLKRAS RVKGNSMFRD YNHEYDPTSV YVPQRPLAIN
RGSHEKQSQV VATARPPSPD KTQMGPRPPS PSKDQAPPAK SSLSRASRFG TKDMTFDPEN
EIWSDADGTR YTKSVTFDAA PPQVNEYEMT TPDPSSVASG SRDGSYDSEE DEGDISFDRG
SLDRDDSFDA SLEDLEKTPV VMPEDWRFMS PDTANDELAE KNEDPFTSEG SESPEPRSVS
TQQVPARRSR VESLDSNGER RPLPPLPAIQ GLSFSPRASD KLAAAFELAS GNQRVLPAPP
AAATYSKSDI TGLSHSSMSL EDRLRLMMIQ REERENANGK QETKPENKED ESKAETAEKS
KGQEPAEGPA NPTEADEADV FSPPRISRDS ILRDLRRGDD YLDVSYENSS QGSASPRQYS
HYDPDIPIPS LESDHDNSYE DDDDETSSVI IKPELEDDSN NLYDIPDYYG TVPSKDSSYK
DLKDQEDGDN KSHHSNHSME DVFCKSNGSV PSEATPVPAD RAEEGLNDKT PASPAEHQDN
EVAAPKMTAM LESLRRPVTP ENAEQISPPS TPDSVIRHPV DDEISDLEDS VDESVPEPIA
TVKAHGSSLK IRPSLTRADV EQMAATRRKI SGQIPPTTQA TQEPEESEQL EPDSQEKTLQ
PEPSAAAAPR KPSFMKLDIP FSIQEDESLG FGLDKEFDRV IESQKRGYLM RHNTKVIVAS
SRPEEEPVPS SNGESSGDMR STKAGASPQR KVSQQTWTTV PWNSGARRAS IRTPSGAIRK
KPVNGPVPPL PGQPSIAQDP PTPVEEIDPT FNALEDGEER GRLFVKVVGL KYLDLPLPKG
ERTYFSLTLD NGLHCVTTAW LELGKSAPIG QEFELIVQND LEFQLTLQMK MDEEKFRIQE
PAPSASPSRQ KHSAFSKMFA SPRKRKELDM KQQLASQQHK KQDPNAPIWE RLRTLVASDG
SFARAYTALS DHEKHAYGRP YTVDVACFNE WAVDEQPSSV KSKKSTASGM SQRRPPYKIG
KLELQLLFVP KPKGAKDEDM PKSMNACIRE MREAETASTR SWEGFLSQQG GDCPYWRRRF
FKLQGSKLTA YHETTRQPRA TINLAKAVKL IDDRSTLTQK ETTARGGKRR KSAFAEEEEG
YMFVEEGFRI RFGNGEVIDF YADSAADKEG WMKVLSETVG KGPTGANQAK PWTELVLKRE
RSMKATRRET ADRFSQFGAA PPPPVKKDVP KPPPAQAPTS QAAPSQRPRH KHTQSQPEVR
SAESRRQKAR SLIF
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