| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00113 |
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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 | BN001308 |
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| Strand | - |
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| Start bp | 4512868 |
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| End bp | 4517584 |
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| Gene Length | 4717 bp |
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| Protein Length | 1537 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | |
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| Product | Rho guanyl nucleotide exchange factor, putative (AFU_orthologue; AFUA_5G11890) |
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| Protein accession | CBF90175 |
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| Protein GI | 259489694 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 41 |
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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 | ATGGCTACCA CTTCGTGTGC CCCCTCGGAC CTGCCTCTCG AACAACTCAG CCTGTACCAT
GTCTCAGACC CTTCGTTATC GTCCGTATTC GTGTTCTACG GGCCCGTCTC TACCGCAAAT
GCAACCGTGA GCAGCTCGCG CATCCAGGCG CATATACTGA CGCCCGCCGG CTTTCAAAGC
TACCCGCGCA TCACGATCTC CCCCGCAGCA CCACTGTATG CGGCCGTCAA CTATTTACCC
CGAGATAAAC AGGGCGATGA AGTCTGTCGT GGTCTTGCTG TCAGTATGCT GAAGTACTTC
GCTGAGTTGT CGGATCCAGC AAAGGAGTGC TTGCAGGCTC TCGCTCGTGC GAGGAAACCC
GAAGGACAGA TCCCCAAGAT GTTCGATGAA ATGCACGCAG CTGATTTAGC GAATCGCATG
GTCAAGGTGG AGAATACTAC GGAGGTAGTG CGTGATATCC GGGGCGCGTT TCAGGAACGT
AAAGTTCCGT GGGTCGATGT TGATGTGGTG CTTCCCGCGG GGACTATCCA GCCTCCCGAA
CCGCCAGATC ATGACACCCA GGACCCGGAC GAGCATGCAG ATGCCGAAGA GTCTGTAGAC
GCTCGTTATG GAACATATTC ACCTCTCATA CGAGCGCTGG GAGCGCCGAT GTTTTTGCCA
ACATCCAGGC TGAAGCGAGC CCCGTCGCAA CCAACCAATG TCAGTCGATC TAAGTTTTTC
TCTCAGAGTC AGAAGCAGTC TCTACGCTTG ACAATGTGTG AAGTTGTGGA TACGGAGGAA
AGATACGTGA GCAAGCTTTA TTCTCTTGTG TGCGAGGTGG CAGAGGAATT CCGCGCAAGA
GCACAGGGAA AGGGGCCCTC AAGTACCAGT CCCAACGAGT CTGATTTGGC TACTCTGTTC
CCTCCGTGCC TTAACGAGAT TTATGATGTC AACATGGGTT TTTTGGAAGT CATTCGCAGT
GTCCTGGAGG AAACGGAAAG GGATGCAATT GCCGATATCA CTGAAGATAC TGAGATGTCG
TCTTCGGTCT CGCAACGAAC AGTGGACGAA GAACGAGACG CAATCGGCGC TGTTGCTTTT
GCCAATGCGC TTCTTGAGTG GTTTCCCAAG TTCTCACAGC CCTACGGAGA CTATATGCGT
GCTCATAACG CCTTCACTCA GACGTTGAAC CTGTTCATGA GGGACAAGAA TTCTAGTTTC
TCCAAACGCG TGTATGAAAC CGGGGAACAG AAACTGCGCT CATTACTCAT GGAGCCTGTC
CAACGTCTTC CGCGGTACAG TCTGCTCATT GACTCCATGA CAAGTAGTCT TCCGTTGGTT
CACCCCGCCG TTCGGCCGTT ACTGAAAGCA CGAGATATCA TCAAGGACAT CTGCTCACTA
GATGATCCAT CTTCTACAAA TCACGATCAA GGCTTCAGAC GACTGACAGA GTTAGTGGAT
GGATGGCCTT CCACAATTCT ACCCACCGGG CGTCTAATAA CTGCTGTGGA CTTCAACGAA
CTGTCATCAC CGTACCATCT GGACTTTGCT GATGTTGAAG CCGACTCGGG GATCATGCTC
CTATATAAAA ATTGCCTCGT GCTTCTCTCG AAAAATCCGG AATGTAGAAT GACCGCTCGT
GGGTTAATGG CCGAACTCGA TAACGCGTCA TCTACAGCCC CAGGCGTTGC TGGTCCACTT
GCGTCTTCCG CAGAGATTCG AGTGGTGCAA GTATATGACC TTCATACGGT ACGTTGTATG
CAATCAACAT GCGGCCGGAT TCTTTTCCTT GCCCCTGCTT CAGTGACATC GAAGCCTACT
CAGAATACCA CTGTGGACCT ACTGGCGCTG GAACCAGTCG CCATGTACGG TGGTCGTGCA
GGCCGCATCG TCGAAGAGAT TATCAAGGCA AAGATAGAGG GAAGATTCTC CGAAACCGAA
AGAGAGAGTG GCAAATGGTC GCTCCGAAGC CCAAGTGGTA CTGTTGGCAA TCTCGGGATT
CTAGCCTGCG TGTTCGAGGA CGAACAAGGC GTAGAGATGA GCCGTCCCGC CGCGTCAAAG
ATCAGGGTCG TCTTTGACAC ACCAAGAGCG CTGTGCAGCA AAGCGCTAAG CGACTCAGAT
CTCGAAGTAG TCATCTCGGT GTCTCTGGTA GCCGAGGGCC AATATCGAGT GAACGTCGAC
TCGATAGTAG GTACCTCTTC CTCGGATATC GTGACGGTGG ATAGCTTCGT TCCGGTGCTC
TCAAAACGCC GTAAGTAAAG ACCCCTATGG ATTCAGCAGG ACTTGCGATT TCTGACTGAT
AAAGTGTTAA ATGTCCTCCA ACCTTTACAC GATACAAGAA ATAGGCACAT GGCAGAATCA
TTGGTTCACT CCAATTTTGC TATCATCAAA TACCTCGCTG GCCATCTTGT AGCGCAATTC
AAGACTACCC GTGGTTTCCG CCCTCCTTCA CCGACAAAGC TGATTGCAAA CCTACTGGGT
GGTCATTCAA GGGAGAGTAG CACGTCAAGT TCCAAGGCAC CTGGTTCAGC AACGTTACTG
GGTGAATTTC CCAAGATGCC CCCTCCTCGC GCCGGACATG CACGGTCCAA CACACTACCG
TCATCGTTTC CCGGCAAGGA AGAGACCCCG GTCAAGGCGT CCGCGGTCGG GACGATCCCG
TCAAAAGTGT CGAATAGTCC TTTCGCTGTG TTAGAGCAAA CATTTGCTGC CTACGTCCTT
GCGCTGCACT GCCGCAGTGG GAATATTGTG GGCCGCACTC TTCGGACAAG GGACAATGTG
GATCGTTCAT CGGTCAATGA GTTATACAAT GTGCTTTTGG AAGACCCTGC CAAGCTTCAG
GCGGCGGCAG AAGTAGCGGT TGACACGCTT TTTGTGGCCT TTGAGACGTT CATGAAAAAT
GCGTGGAAGG AACACATGGG ACCAGTACTT GACCCTTCGG GCCTACAATT ACTCCAGAGT
CAATTTGATA CCATGTATCC CCGTGAATTC GAGGAATGCT TTCGGAAATT CCTTGCGGAT
ATGAGTCCTC AGAACCGCCG TGCTCTCGCT TCGCTTATTC GCCTGCTCGC CGACCTTCTG
GATGCGTCTG GTAGTGACGG TGATCGTGGC GCTTTGACAG CTGCGTTTGC AGAGGTCTTG
ACGGTTGAAG GCGATCCAAT GCAACACATT TCTTTGCTGG ACAGATTAGT GGATGACTTT
GACCATCTTT TCGATGAGTT CATCTCAGGC GGCTCGACAC TGGAAGGTAT ACTGACCAGC
GAGCTCACCA GAACGACCTC GCAAACGCCG GGCTCTGTCG GTTCTAATGC ATCATCTTTC
CGTAAGCGCT TCGGCTTTGG TATGCATCGA GAAAACTCCG GCGAGAGCAA GGTTGCTTCG
ATTCTGCGGA CTCTCAGCAA GAACAAAGGG CCCAACGAAT CTGAAGCAGG GACACAAAGG
GGCTCGATGC TAGTACGCTC AAAATCAATA GATGTCGACA CAAGTTTGAG CTCTCTTCTG
CGCCCTGGTT CTCGCGATCG TTCTGGTGCT TCTACGTCGC AAGAAATGCT CCGGCGGCCG
GGAAGCGCGC AAGAAGACCC TCAGTCAACT ATGAAAGGGG TATCGGGAAG TGGCGTAGTA
AGAGTTCGAC GAAAGCGGAG GAGCTCACTG TCCGACTTGC GGCCAGGAAC GGCATCCACA
GATGTCTCGA ACGTGTCGCC AAGTCAGGCA CCGCGTCCCA CAACTCCTGG TTCTTCTTCC
ACCAACGTCC AGGGTGAGCT TGTTACTCCG TCAAAGTCTG CTCGACCCAA TACTAGCCAT
GGCTCGGGAT CGACCGTCCG TAGTACATCA CCCCTGAAAG GTAGTCCACC TCCAAGACTG
GGCTCGCCGA ATCGGCGGTC ACCTGTCCGC CCAGTCACTC CAAGTCGGAA AGAGAATGTC
GACCCTAAAT ATACCCCATC CGAGAGATCT GCCATGAACA AGATCGAAGA ATCCGTCTCC
CCCAGTTCAG AGCCAAAACG CAGGCCTGGG ATGACTAGAA CACCTGCACT GAAGGAGCGG
GTGGCGCAAA TTAATGGGTC GGAGACAAAG CGCCCACTGT CGTCTTCCCT GACTAAGTCA
CAGAGATTGC GGTTGCAAAG CCCCCAGAAG GTAAGTCTTC CTGATCCGCT TTTTTTATGC
GACTAATGTG GGTATGAAGC TCCGCGATCG CCTTCAAACA GAAAAGAAGA CGCAATATGT
CGAGCAATCC GGCTTGAGGG ACGAGCTCGA GCTAATAGGT CAGGAGCTTC GAGAATTGAG
ACCGTCACCA ATGCGTTTAC AGACAGACAC GGCTGCAATC CATGGCCCTC TCGAGGACGA
TGGTGTCACC ACTGCGGCCG TAATGACCCG CATGCGAAAT CTTGAGTTGG CATTCGAAGC
ATTGTCGGAG GAGCTCAACA ACCGAACCTC TGCGCTGGAA AAGGACCTAG AGTCTTCTTT
AGTTGTTAGC GAGAAGCGGG CCAAGAAACT CGATGAGTTG TATCGCCAAG CTAGCGCCGA
GAATGAAGCC CTGTATGACC GTTTCAATTT GGAGCTCAGC AAACTTGCGA GAGAAGTCCG
AACCGGTGAC GGGGAAGATG CACTGAAAAA TCAGCTGTCT TCCGCTATGG ACGAGATTGG
GAGGTTGAAG AAAGAAAACT TCAGACTCAA GCGTGAAGTC GGCGGGCTTC GAGCCCAACA
AGCTGCGGTG GCTTTGCTCC GGGCAAGCAC TGACTGA
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| Protein sequence | MATTSCAPSD LPLEQLSLYH VSDPSLSSVF VFYGPVSTAN ATVSSSRIQA HILTPAGFQS
YPRITISPAA PLYAAVNYLP RDKQGDEVCR GLAVSMLKYF AELSDPAKEC LQALARARKP
EGQIPKMFDE MHAADLANRM VKVENTTEVV RDIRGAFQER KVPWVDVDVV LPAGTIQPPE
PPDHDTQDPD EHADAEESVD ARYGTYSPLI RALGAPMFLP TSRLKRAPSQ PTNVSRSKFF
SQSQKQSLRL TMCEVVDTEE RYVSKLYSLV CEVAEEFRAR AQGKGPSSTS PNESDLATLF
PPCLNEIYDV NMGFLEVIRS VLEETERDAI ADITEDTEMS SSVSQRTVDE ERDAIGAVAF
ANALLEWFPK FSQPYGDYMR AHNAFTQTLN LFMRDKNSSF SKRVYETGEQ KLRSLLMEPV
QRLPRYSLLI DSMTSSLPLV HPAVRPLLKA RDIIKDICSL DDPSSTNHDQ GFRRLTELVD
GWPSTILPTG RLITAVDFNE LSSPYHLDFA DVEADSGIML LYKNCLVLLS KNPECRMTAR
GLMAELDNAS STAPGVAGPL ASSAEIRVVQ VYDLHTVRCM QSTCGRILFL APASVTSKPT
QNTTVDLLAL EPVAMYGGRA GRIVEEIIKA KIEGRFSETE RESGKWSLRS PSGTVGNLGI
LACVFEDEQG VEMSRPAASK IRVVFDTPRA LCSKALSDSD LEVVISVSLV AEGQYRVNVD
SIVGTSSSDI VTVDSFVPVL SKRLLNVLQP LHDTRNRHMA ESLVHSNFAI IKYLAGHLVA
QFKTTRGFRP PSPTKLIANL LGGHSRESST SSSKAPGSAT LLGEFPKMPP PRAGHARSNT
LPSSFPGKEE TPVKASAVGT IPSKVSNSPF AVLEQTFAAY VLALHCRSGN IVGRTLRTRD
NVDRSSVNEL YNVLLEDPAK LQAAAEVAVD TLFVAFETFM KNAWKEHMGP VLDPSGLQLL
QSQFDTMYPR EFEECFRKFL ADMSPQNRRA LASLIRLLAD LLDASGSDGD RGALTAAFAE
VLTVEGDPMQ HISLLDRLVD DFDHLFDEFI SGGSTLEGIL TSELTRTTSQ TPGSVGSNAS
SFRKRFGFGM HRENSGESKV ASILRTLSKN KGPNESEAGT QRGSMLVRSK SIDVDTSLSS
LLRPGSRDRS GASTSQEMLR RPGSAQEDPQ STMKGVSGSG VVRVRRKRRS SLSDLRPGTA
STDVSNVSPS QAPRPTTPGS SSTNVQGELV TPSKSARPNT SHGSGSTVRS TSPLKGSPPP
RLGSPNRRSP VRPVTPSRKE NVDPKYTPSE RSAMNKIEES VSPSSEPKRR PGMTRTPALK
ERVAQINGSE TKRPLSSSLT KSQRLRLQSP QKLRDRLQTE KKTQYVEQSG LRDELELIGQ
ELRELRPSPM RLQTDTAAIH GPLEDDGVTT AAVMTRMRNL ELAFEALSEE LNNRTSALEK
DLESSLVVSE KRAKKLDELY RQASAENEAL YDRFNLELSK LAREVRTGDG EDALKNQLSS
AMDEIGRLKK ENFRLKREVG GLRAQQAAVA LLRASTD
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