| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10442 |
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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 | BN001302 |
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| Strand | - |
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| Start bp | 3102858 |
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| End bp | 3108687 |
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| Gene Length | 5830 bp |
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| Protein Length | 1921 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 | Rho guanyl nucleotide exchange factor, putative (AFU_orthologue; AFUA_7G04600) |
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| Protein accession | CBF75464 |
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| Protein GI | 259481699 |
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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 | 11 |
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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 | 47 |
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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 | ATGTCCGGCA GCGATGTCGA CCACGTTTCT GGTCTCGTTG ACGCCGGCCT TTCCCAATCT
CGGCGCCTCT CCTCCTCCAG CACCGCCGAA TGCTTCTACG ACGCTCTTTC CGATAATGGC
TCCCACAACC CTTCGCTGAC TCTCCCATCG TCGCGACCGA GTTCTTCCCG GTCAGGTACC
ACATATACTA CCAAGCAAGG TGCCTCAGGG CCACAATCCT TCGCGTTACC CGCGACCGTT
GTTCCGAACG GCTCTCCCAA CCGTCACCAG CGATCTTCTC CCGACCCTGA CGAATACTAT
CGCTCACATT CACCTACATT GCCTTTGGAG ACCGCCACGA GGATCCGAGC AGAGAGTGCG
TCGTTGCCCG GAGCCTCGAA CCCAGCCGCA GACGGCCGGG CCGTATATAC AACACAACGT
GTGCCATCAG GGCCTGTCCA TCTGCCGGGG TTGTCGAGTG TAGAACGGGG ACAGTATCGT
TCAGTTTCCG ACACCTCACT GCAAGGCCGG TTTGATTTCC CAACCGGTCC TGCCTCCGTG
CGACCCTTGG CGGTGCGTTC GAAACAGACT TCGTTCAAAG ACCTAGTCAA CAAATTCAAC
AACAACGTCG ACCAAGTCCT CCCATTCCCT TCTGCCTCTG CGTCAGCTTC CAGAGACCAT
TCTAGGGCTT CGAGCCCTGC CCCCGGCGAT CATATTATAC AATCTGGAAC GGCGTCTCGC
AGGCGAGACA CTGGTACTTC GATAGCACAG AAACAAAGAG CCTCCCGGCG GGACTCGGAG
GGAGACGCAG GCCAGGTATT CTCAACACAA ATCATCTCGC CCTCTTCGAA TACCACGGGC
TTGAGCAACA GTTCTTTAAA CGACCACCAA CCATCGAATC TGCTTCCGCG ACGGCGCCTA
TTCGGGGAGT TGCTAACCGT CGACACAGAT TTCCAGGGTT ATGGGATACC GTCCCATTTG
CGACGTCGAG GTTCTGACGG AAGTATCCCT AGCCCGAACC CAGTGCTCTT TGACCAGTTT
GACCAGTCGT CCAACCAAAC GCCTTTGACT CCAACAGCGT GGTATTTGGG GCGAACTCCA
TTCTTGGAAG CAGTAAGCAC TGGGGAAAGC TCGGGCCGCC ATCGACGAAC AAGGAGCGAT
ATCCCAAGAA ACTCGCCTGT GGGTGCGAGC ACGCACCCGT CCGACTTTCA CATGGCGGTC
TCTGGCCCCT TGCAGCCCGG GTCGCGAACG TACTCGACCA GTCCGCATTC CAAGTCGCGC
ATTCCACTAT ACTCCCACCG CCTTAATTCG CCTTCCGCAT CTAAAGAGTC CTCGCCCTCT
CCCGAAGCCC AGTCACCTAT CAATGGCCGT TCTAATACGC AAGTTCCCTT TCCTCCCAAA
GGCTTGAGTC GCCTACCTAA ACCATCTCCA AAATCCCCAC GCGATTTAGT GTCTCAAGGC
AAATCAAAGT TCTCTACAAC TACTACCACG ACTCCAACTC GCGGAAGGCG AGAAATAGGT
TATGGTCGCT CTCGTGTGAA ACTCTCCGAA AAGAGTCCGC AACTGGAAGC CTACATAGCT
GCGCCGCCGC CGAAGAAATC GCCCCCTTTG CGCAGTTCTC GTCCCCGCCA ACCCGTGTCC
CATACTGCGC CCTCCGCATC CAAATCTCGG GTAGGAGAGA CAGTATCGAA TCTCCAAAAA
CAGATCTACC GGGAACGAGA GCTGCGGAAC TCTAGGCCTC GGGAGCGAAG GCTACCAGAA
CTGGGAAACG TTGATTTTGC CACTCGACGC CAAAAGATCC AGCAGGCTTT CAACCGTACA
GTCAAAGAGA ATGAAAGGAG AGAAGAGGAA GCAGCTGAGC TTCGTCGTCG AGCTTCAGAG
ATTGAGAGTA TCTCAAAACA TAAGGATAAT CTGTCCTCTG ATACCAAACC GATTGAAAAT
AAGGAAGCGG CAACAGTGCC TGCTGTTCAA CCAGACGATA CAGCCACAGT TATAGAAGAC
TCTGTGGAAC CTTGTGGAGA GGAACCGCCT GATATTGGAG ATGTAGAGGC ATTCCCAGAA
CTTCATATCG ACACCGATGC TCCGGATCAT GGTCCACCTG CACTGATGAT GGACTCTCCA
ACGTTAGGGC AATCAAACCT GCCCCAGATG GAGGAAGAAG ACTCAAAACC CTCTGTTTTG
CCTCCACCAT CTTCTGCGAC TTCGTGTTCT GAGGACTCCC CCGTGACAAA CTTTGATCCC
GAACCGCAAG CTGAGATAGC TCAACAGGAC GTCCATACGT CCCACAGAAC TCTTTTAAAT
GAGATCATGC GTATCCGTGA ATCGAGCCCT AGCAGCTCCT CATGTGATGA ACAGGAGTAT
GGATTTTCCG ACAACGACGA TAAAGAATCT ATCCCAATCT TACTGAGGGA TAAACTGAGC
TTCGAAAATT TGACGTCCAG GACCGGACCA CTCGAGGCGC AGCACAACCA GACTGCTGGT
GACATATCAA ATAGATGGAG CATGAGCTCA TGGTCCTCGT CTCTACGCAA CCAACATTCC
ACCGACGGCC AATGTGATGG AAGCGGGGAT GAAATCTCTC AAATGCAGCA GTCCGTAGAG
GATAGTGAGC TGGCGACTCA GTCATGCTCT GCCTCTTCTA TAACTCAATC CGACACTGGC
CCGCACGTTA CAGGCTCTAT TGCGCATGAT TTCGGACCTG AGAGGAGACA AGATAATGCA
AGTTCTCGTA AGTCTTTTGG ACATTCCAAA ACCCCAAGTC TAGCGAAGCT TGGTGGCTGG
GACTCGAGGA AGATTACCCA GCTTTATCTC GAAGAGCTTG CTCGTGGCAG AGACCACAGC
CTTCCACTTG ACGTTCGCGC TTCTCCCGAG CCACGTTTCT CGATCCATGA TTTAAGGGCA
GACGGGAGGA CTGATAGTTT GACCGATGAA CCCGTATTAG TATCTAGCGT TGACGAGATT
TCCGGACCGG ATCGGCTCTC ACATACTGCA AGCCTTGTGC TACGGGATGA TTGGGAACAT
GCATCCCCAT CAATTATGGA TTGGATGCAG ATTGCGGCCG ACGATGCGCC CGTACCACAG
GATCAATCAG CTGATATAAG TCCCCAGAAT GACAGTGCAC AAACACCAAC CCTTGTGACT
TCAAACCGCC AAGCGTCTTG TATCGAGGAC GGCAATACTG GTCTCGGCCT GGCCATTAAC
ATCCAGTCAC CACAGGAGCC AGCGACTCAT GAATTCAGTA TCTCGCTACC TCGTCATGAC
TCTTCGCTGC CTGCATCAAA AACGCAGGTC GATGGCAACA TCACCCAACA GTCACTTGAG
CGCTCTCGCA GTATTCGGCT CGGCCAACAG CCCGTAATTA CTCAGGAGAC CGCCTGCTTC
GTGCCTCTTG ATCCTGTCCA CAGCACTGGT AGCAGCCAAG ACTCTCTTGC GCGTCACGAT
CCCTCACCTT CTCCGCAAGC GAGGGATTCG TCGGCTACTT CGCTTGTTCC TTCTAGCTCG
GAGCAGCTTC GGACAAGCAC ATCCTCCCCC TCCCCTGATC AACGGCGTCT AAAGAAGCGC
CGACACGTGA TCAAAGAACT CGTTGACACC GAATACACAT TTGGGAGAGA TATGAAAGTT
GTGGACGACA TTTATAAAGG GACTTCAAGT TCCTGCCTGG ATCTGTCCGC CGAGGATATA
AAAATCCTCT TTGCCAATTC TGACCAAATT GTGCATTTCT CAATGACTTT CCAGGATGCA
CTGAAGGAGG CGGCCAAAAG CGTGTACGTT ATGCCCAAAT CGCAGCGGTG GAGCAGTAAG
CGTAGTGGGC GAAATTCCCA CGTTTCTAAG AATGATTCAG AATCAATTGA AGGAGCAGGC
CCTTCGGATC TAGAAAAGGA CAGAGCAACG TCCATAGGTC AGGGCTTTCT GAACCATATT
TCCCAAATGG AGAAGGTCTA TACCGAGTAT CTGAAGAATC ACGATGCCGC TAATAAGAAA
CTCCAAACGC TTCAGCGAAG TGCAAACGTG ACAATCTGGT TGAACGAGTG CAGGGAGTGG
GCGTCGGATC TCACGAGCGC TTGGGACTTG GATTCGCTGC TAGTGAAGCC CGTGCAACGG
ATTCTGAAGT ATCCTCTTTT GATTTCCGAA CTGCTTGACT CGACACCGCC GGACCATCCA
GACCACGCAT CTCTCGTGAA AGCTTTGGAA GAGGTTACTA ACATTTCTGT TCGCATCAAC
GAGTTGAAGA GACGGGCAGA TGTGGTTGGG CAAGTTGTTG GCCGAAAGAG GAAAGAATCA
GACGTGAGAA TGGGATTTTC TAAAGCCTTC GGCCGTCGAA CGGAGAAATT GAGACAGCAA
GTTGGTTTAT CCGACATGGT TGCTGACAAG GATTACGATG CTCTCGCCCA GAGATTTGGC
GATAACTTCT TTCAACTGCA AGTGGTCATG CGCGACGCTG AAATGTATAC TCGTGAGACC
CAGGCTTCTT TGGATCGATT CTCCGAGTTC GTCACTGCTA TCGAAGCGTT CATCGATGTT
TCGCATACCA GCTATCCTGA GCTCGAGGGC AAGTGGCGCG TTTTTAAAAT ATCTGTTCAA
GATATCATGG CAGCGACCTT GCCTGAGCAT GTGAGTTCTG CCCTCTTTTC TTCTCTTTCG
CGAATCATTC TTGCTAACGC AGATTTCCAT TTAGCTCGAT GTTGTTAGGA AGAGTGTAAT
CGACCCAATG GTCACTTTGC TCAAACTCCA TGAAGGCCCA CAGAGGGTCA TGAAAAAGCG
TGACAAGCGT CTCATGGACT ATGCCCGCTT CAAAAGTATT AAAGCCCGAG GAGATAAGCC
TGACAAGAAG ACTGCCGAAC AAGCGGATCA GTTCGTTGCG CTCAACGAAA CGCTCAAAGA
TGAGCTCCCG AAGCTCTACT CCTTGACGGC CAGATTAATG GAGGCTTGTT TGAAGAACTT
CGTCCAAATC CAAACGACGT GGTACATTGT CCTGCAGAAA AAGATTGGGC CTTTGATTGA
TACGTTTCCG GAAGAGGTCC AGAAGATCGT CGATGACTGG ACCACGCGTT TCGACTTTTC
GGAAGCACGG GCACTCTCAC TAGGTATCTG CAATGGCTCT TTACTTGCCG ATACAGTCAA
TCTGGTCAAC TTCAATACTC CTTCCACAGC ACCGGGGGTT AGCTCTCCGC GTCGTCCATC
GACCGTACAC AGTACTAGTA CTCGTGCTAT GGACGAGTCC CCTAAAGTAT CTCATGACTT
CAATGCTAGC AATCAGTCCT TCCAGAGCCC TATTATGGAT GCTCAATCTC AGGTGTCTTT
TGGCCGCCAT CGTGCTGACT CGGCATTCTC TACTCGGATT GCTTCCGAGA CCCCAGACCT
TTTAATCACA CAAGTCTTGC AGCAGGGCAA CAACGCATCA ACATCGTCTG TTCCATCCCC
ACAGTCGCAA ACAGAATCTT TCCCCAGGCT TCCCAGTATT AGCCTCGACA CTCCATTTCT
GGCGGACGTC ATACCACTCG CAAATAACGA CAACGCAGCA GATGAGAACC GTCCTAGTTC
GTCTGCCGGC CGATATTCGG GCTTCTTCTC GTCAGCGATG CCTATGTCCG ACAGTTCACA
GGAAATCGCC GAATCAGAGG CCAATGTGGT TAAAGAGCCT ACTGTTTTAT TCCTTGCCGC
TAGCATTTAC GAATTTAATA TAGACCGAGC CCGACGTGAG GCTGGTTACC CTTATTTGAC
GTATGTTGCG GGTGAGATCT TCGATGTCAT CGCTGAAAAG GGTGAGCTCT GGCTAGCTCG
AAACCAAGAC GACGCAACGC ATCAAGTTGG CTGGATATGG AACAAGCATT TCGCCAAACT
TTCAACCTGA
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| Protein sequence | MSGSDVDHVS GLVDAGLSQS RRLSSSSTAE CFYDALSDNG SHNPSLTLPS SRPSSSRSGT
TYTTKQGASG PQSFALPATV VPNGSPNRHQ RSSPDPDEYY RSHSPTLPLE TATRIRAESA
SLPGASNPAA DGRAVYTTQR VPSGPVHLPG LSSVERGQYR SVSDTSLQGR FDFPTGPASV
RPLAVRSKQT SFKDLVNKFN NNVDQVLPFP SASASASRDH SRASSPAPGD HIIQSGTASR
RRDTGTSIAQ KQRASRRDSE GDAGQVFSTQ IISPSSNTTG LSNSSLNDHQ PSNLLPRRRL
FGELLTVDTD FQGYGIPSHL RRRGSDGSIP SPNPVLFDQF DQSSNQTPLT PTAWYLGRTP
FLEAVSTGES SGRHRRTRSD IPRNSPVGAS THPSDFHMAV SGPLQPGSRT YSTSPHSKSR
IPLYSHRLNS PSASKESSPS PEAQSPINGR SNTQVPFPPK GLSRLPKPSP KSPRDLVSQG
KSKFSTTTTT TPTRGRREIG YGRSRVKLSE KSPQLEAYIA APPPKKSPPL RSSRPRQPVS
HTAPSASKSR VGETVSNLQK QIYRERELRN SRPRERRLPE LGNVDFATRR QKIQQAFNRT
VKENERREEE AAELRRRASE IESISKHKDN LSSDTKPIEN KEAATVPAVQ PDDTATVIED
SVEPCGEEPP DIGDVEAFPE LHIDTDAPDH GPPALMMDSP TLGQSNLPQM EEEDSKPSVL
PPPSSATSCS EDSPVTNFDP EPQAEIAQQD VHTSHRTLLN EIMRIRESSP SSSSCDEQEY
GFSDNDDKES IPILLRDKLS FENLTSRTGP LEAQHNQTAG DISNRWSMSS WSSSLRNQHS
TDGQCDGSGD EISQMQQSVE DSELATQSCS ASSITQSDTG PHVTGSIAHD FGPERRQDNA
SSRKSFGHSK TPSLAKLGGW DSRKITQLYL EELARGRDHS LPLDVRASPE PRFSIHDLRA
DGRTDSLTDE PVLVSSVDEI SGPDRLSHTA SLVLRDDWEH ASPSIMDWMQ IAADDAPVPQ
DQSADISPQN DSAQTPTLVT SNRQASCIED GNTGLGLAIN IQSPQEPATH EFSISLPRHD
SSLPASKTQV DGNITQQSLE RSRSIRLGQQ PVITQETACF VPLDPVHSTG SSQDSLARHD
PSPSPQARDS SATSLVPSSS EQLRTSTSSP SPDQRRLKKR RHVIKELVDT EYTFGRDMKV
VDDIYKGTSS SCLDLSAEDI KILFANSDQI VHFSMTFQDA LKEAAKSVYV MPKSQRWSSK
RSGRNSHVSK NDSESIEGAG PSDLEKDRAT SIGQGFLNHI SQMEKVYTEY LKNHDAANKK
LQTLQRSANV TIWLNECREW ASDLTSAWDL DSLLVKPVQR ILKYPLLISE LLDSTPPDHP
DHASLVKALE EVTNISVRIN ELKRRADVVG QVVGRKRKES DVRMGFSKAF GRRTEKLRQQ
VGLSDMVADK DYDALAQRFG DNFFQLQVVM RDAEMYTRET QASLDRFSEF VTAIEAFIDV
SHTSYPELEG KWRVFKISVQ DIMAATLPEH LDVVRKSVID PMVTLLKLHE GPQRVMKKRD
KRLMDYARFK SIKARGDKPD KKTAEQADQF VALNETLKDE LPKLYSLTAR LMEACLKNFV
QIQTTWYIVL QKKIGPLIDT FPEEVQKIVD DWTTRFDFSE ARALSLGICN GSLLADTVNL
VNFNTPSTAP GVSSPRRPST VHSTSTRAMD ESPKVSHDFN ASNQSFQSPI MDAQSQVSFG
RHRADSAFST RIASETPDLL ITQVLQQGNN ASTSSVPSPQ SQTESFPRLP SISLDTPFLA
DVIPLANNDN AADENRPSSS AGRYSGFFSS AMPMSDSSQE IAESEANVVK EPTVLFLAAS
IYEFNIDRAR REAGYPYLTY VAGEIFDVIA EKGELWLARN QDDATHQVGW IWNKHFAKLS
T
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