| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06120 |
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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 | 1197943 |
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| End bp | 1202144 |
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| Gene Length | 4202 bp |
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| Protein Length | 1359 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 | guanyl-nucleotide exchange factor, putative (AFU_orthologue; AFUA_2G08780) |
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| Protein accession | CBF70145 |
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| Protein GI | 259479690 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.996697 |
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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 | 30 |
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| Fosmid unclonability p-value | 0.0611823 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCATTGGA AAGGATTACG ACTCGGCGCG TTATATGATA GCGAATCCAA ACGAAATCCA
GCCGATCCAC AATCCCGTCA CAGCGAGCAG CTGGCTCGTT CGACCCTCTC AGCGACAAAC
CTACCGCCCC GCATCTCCGA ATCTTCTGCT TGCTCGCCGA ATCTCACAGG GCTGGATGCT
GATGGCCAGG CTGAATCGGA GGGCAGTAAT CGTGCTCCCG CTCCGGGGAA TTCCTCGCTC
AAGAGCAGGG TCCCTAATGC TCTTAACTCT AGTCGGGAAG CATTGAACCG CAGCGGGAGC
CGGTTCAGTC TCATGAGACT TCGCCATGCC TCTGACCCTC AACTGTCTAA ATCTTATGCT
AAAGCGGGAA CGGAAGTTCC GCCAGTACCC AACATACCGC GTAAGTGAAC GTCACAAGTT
TGTCGCAACC TCTCCAATCG CTGACCTATT TTTCTTCTGC ATTGCAGCTC CTACCATAAT
CACGACCGCG CCCACGAGTC ATGAATTGGA CCAGCCCGTG AAGCGAAAGA ACAAATTCTC
TATCTTCCCC GAACCCAGGA AGTCCATGGA AGCACACGCT GAACAGCAAA CCGTCCGCAA
CGAGAAAGCC AAGCGATCCC AGGACTCGAC GGGGTCACAA AGCGCCGACA CTTCATTGAC
AGCATCGAGG GTTAGTGCTG AAGAGCCGGG ACGCCTTTCA ACCACGTCCA TTCGAAGTAC
CGGTCGCGAT CGACCAAACG GCTCCTATCG ATCCTCCGTG GTGGACGGCC GATTCTCCGA
GTCTTCTCGA TCGGACCAAA GCGCTGCAAC CAACAATGAG ATATCTCGAA CGAATTCCCC
GCTCGGGGGG CCAGCTTCCG GCACCAAACG ATTTCGCATG CCACGCCTGA AAAGAAATCG
CGTCCAGTTC CCATTGCCTC CAAAACCCAC CGCGGACAAT GGGCAGACAC CGGGCTTGAC
CCAGTCTAGA TCCGTTCCTG ACGGGCCAAC TCGGGGATCT GACGCCTCGG ATGGGCAGGA
CCACGTATCC CCTTTGCCAT CACCCTCTCG GTCATCTGCT GGTTTATCAG CCTCGCGCCC
ACCTATCATT CGAAAGGATT CGTCTAACTC TGCGCATTCG GTGCATTCTA CACCTTCAAT
TAGAGGTGGC CGCAACCAGG GTCTTCCCAA GAATAGAGCA AGATCCTCCA CGCTGGACTC
GGTCACAAAT ATACAGGATA CCGATCCGCA CCCATCTCCT AACCAACCGT CATCTAGCCG
AACATCCTTC TCGACCACCG GCCGCAAGAG CTTTGGTGAT ATTTTTAGCA TCAGTCAGCG
GTTGAGACAA AATTCAGAGC CAGGCTATTT TCGAACGAAT AGCTCACCTA GCGGTACCAA
AGGCACTTCG TCACCTCTCA CTAAAGTTCT TTCCTATCCA AAACGGGAAG AGGGTGACAC
TCCCGCAACA TACCTTGCAC GACTAGAAGA GAACATCCCC AAGAGCGCAG TTGCCGGGGT
CCTTTCTCAA TCGGGCGAGG ACTTTTACAA AACCGCATTA CGGAAGTTTA TGCGAGGATT
CTCTTTTTTC GGAGACCCTA TTGATATGGC AATCAGAAAA CTATTGATGG AAGTTGAGTT
GCCAAAAGAG ACGCAGCAGA TTGATCGGTT TTTGCAGAGC TTTGCAGACC GATATCATGA
ATGTAATCCG GGCATCTTCG CGTCTACAGG TAACGCCTCA GTTCTTGACC TTTTCAAGTT
GACACGTACT GATTCGCTGC CTAGACCAAG CATATTTCAT CGCGTTCTCC ATTCTCATCC
TGCACACAGA CGTATTCAAC AAGAATAACA AGCGCAAGAT GCAAAAAGGC GATTATGTGA
AGAACACGCG CGGCGAAGGC GTAGCGGAAG ATATCCTGGA ATGCTTCTAC GAGAACATAT
CATATACACC TTTCATTCGC ATTGAAGACT CCAACCTCGG CACACGCCAT TTGCCAAAAC
CTAAAAAGGC GTTGTTTCGA GTTCCCAGTG CCGAGAATCT GTCCCGTGCG ACCCGAGAGC
CCGTTGATCC ATACGCTCTG ATTATGGATG GGAAACTAGA CACCCTACGA CCAAGTCTCA
GGGACGTTAT GAACCTTGAG GATCCTTACT GCTGTAATCC CACTACAGGC CCAGCGGATA
TTAAGAGCTT GCACCGAGCT TTTGCCCAAT CAGCTATCCT GCAGATTGTC TCTGCACGGT
CCCGTCCCGA CGCATTCATG CCAGCTAGCA TGGAGAACCC CGCTGATTCC AACCCTGGCC
TAGTGGATAT CAAAGTGGCC AAAGTTGGAT TGCTGTGGCG TAAAGACCCA AAGAAGAAGA
GGGCACGTTC CCCTTGGCAG GAATGGGGTG CCCTTCTTAC CTTGTCGCAC CTTTATTTCT
TCAAAGATGT AAATTGGGTA AAGTCCCTCA TGGCTCAGTG CGATGCCCAT CAGAAAGAAG
GTCGCCGGCG GGCCGTGGTG TTCAAACCTC CACTTAATGA TTTTAATCCG GTTTCGATGA
TGTCGACAGA CAATGCTGTG GCTCTGTTAG ATTCCAGCTA CAAGAAACAC AAGCATGCGT
TCCTCTTTGT ACGCCCCAAC TCACTCGAAG AGGTTTTCTT AGCCAACAGT GAGGCGGATA
TGAACGACTG GCTAGCAAAA CTCAATTATG CTGCAGCATT TCGCACAACA GGGGTTGGGA
CAAAGGGTAT GGTTGTCACC AAATACGATG CTCAGAGGAA CCGAATGAGT CGTCGGCTCT
CGTTTCAGTC TGAAATGTCC CGGTTTTCTT CGGATAAAGA ACCCGCATCA CCAAGTTCTG
GCATGGGTGC AGCCGAAGAG TTGATGGCAG CCCGAACCAG GCTTATACAG CAAAAGGTCA
GGGAGGCGAA CGAAACACTT TTTATCTCCC AGAAACAACT GGACGATATC TTGAGGAATG
CGAGACATCT TCAAGTCTTG ACCCCTGTCC ACACACGCGC AAGGGAACAG CTGATCATGG
CTGCAGGCCG CATGTCGGCG AAGCTCAAGT GGGTAAGGCA GGACATTTGG CGCACAAAAA
GTCACCGGGA GGTGCTAGTG CGCGACTTGG GAGAAGAGAA TGACCAGGCC GTCACTGCGC
CTGAACCACA GCGCCTGCGC TTGGAAATAC CGGCTTCCAA CTCACTTTCC GGCAACGGCG
GAGACTCCGT GTGGGATAAG CAGTTGTCTC CGATGTTTGC AAAATCTCCA AGCATTGCGC
CTGAGAAGCC ATCATCCGTC AATCAGATTT CGTCCCCATC ATCGAGCACT GGTGGCGTAC
GACGGCCCAG TCTTGCTACT TCCGTGACTT CACCGGATAT CCTACTGCGC ACGGGCAGAC
CACCCTCCGT AGACAATTAT GAACGAGCGA AATCGGTTTC GCCGAACCCC TCGCATGTTC
TGGAGCGCGA GGCTTCAGTA CTAAGTTCCG GCAGCAAGAT GGACGTTTCG AGTCTGGCCT
CGAAAACTTC TAAGCTGACA CTTCCCGGAA GTTTTGATGA CGGTGAAGAA CGTCTTCTCC
GCGAAGCCGG ACTATTAGAT GCGAGCTCGG CTTCTCGCAA AGGGTCCGTT ACGGCTGACG
GTATGGATTT CGATCTGAAG AAGGATGATG CCCCTGAAGG ATCACAAGAC CGCATGAGCC
GAGTCCGCCA CAGCTTCCAC CGCACATTGC GCGACTCATC CAGCGGTCAT CACTATCCCC
GGAGCAGAAA GCGCGAGTCC GCGCCGAGTG TTACAGCTGC AGAAGACAGT CAAGGGTCTG
GCGATGCAGG TGGTCTCTCT CGCAAGGGCG GCAGCTTCAC TGTGCATGGT AAGAAGGCGT
CGATTGTGAC TTTTGGCTCT GACTGGCAGA ACATGCCGCC AGAAGAGCGC CTCAAGCTTC
GAAAACCCAC ACCGTCAGAG GAGCCGCGAG CATCAGACAC GGATTTAGTC AGCGGTGGAG
AGTCGACCCG TTCCGGACTG CGGGCATCAC TGGACATCCC GGTTAGGCTT TCAGAGGAGA
AAGCTGAAGA CAAACTCGAT AGACGCTCAG TTCGTTCTGA GAGCGCTGTC TCCACGGTAT
CACAGGAACC TTCCTCTCCA TCAACCAACG TTCATAACAG TCTACGCTCG GTGCCACTCC
CAGACTCCTC CACCGTCGAT GAAAACCCAA CACCAACACT ACCACAAGCC ATCCATGCAT
AA
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| Protein sequence | MHWKGLRLGA LYDSESKRNP ADPQSRHSEQ LARSTLSATN LPPRISESSA CSPNLTGLDA
DGQAESEGSN RAPAPGNSSL KSRVPNALNS SREALNRSGS RFSLMRLRHA SDPQLSKSYA
KAGTEVPPVP NIPPPTIITT APTSHELDQP VKRKNKFSIF PEPRKSMEAH AEQQTVRNEK
AKRSQDSTGS QSADTSLTAS RVSAEEPGRL STTSIRSTGR DRPNGSYRSS VVDGRFSESS
RSDQSAATNN EISRTNSPLG GPASGTKRFR MPRLKRNRVQ FPLPPKPTAD NGQTPGLTQS
RSVPDGPTRG SDASDGQDHV SPLPSPSRSS AGLSASRPPI IRKDSSNSAH SVHSTPSIRG
GRNQGLPKNR ARSSTLDSVT NIQDTDPHPS PNQPSSSRTS FSTTGRKSFG DIFSISQRLR
QNSEPGYFRT NSSPSGTKGT SSPLTKVLSY PKREEGDTPA TYLARLEENI PKSAVAGVLS
QSGEDFYKTA LRKFMRGFSF FGDPIDMAIR KLLMEVELPK ETQQIDRFLQ SFADRYHECN
PGIFASTDQA YFIAFSILIL HTDVFNKNNK RKMQKGDYVK NTRGEGVAED ILECFYENIS
YTPFIRIEDS NLGTRHLPKP KKALFRVPSA ENLSRATREP VDPYALIMDG KLDTLRPSLR
DVMNLEDPYC CNPTTGPADI KSLHRAFAQS AILQIVSARS RPDAFMPASM ENPADSNPGL
VDIKVAKVGL LWRKDPKKKR ARSPWQEWGA LLTLSHLYFF KDVNWVKSLM AQCDAHQKEG
RRRAVVFKPP LNDFNPVSMM STDNAVALLD SSYKKHKHAF LFVRPNSLEE VFLANSEADM
NDWLAKLNYA AAFRTTGVGT KGMVVTKYDA QRNRMSRRLS FQSEMSRFSS DKEPASPSSG
MGAAEELMAA RTRLIQQKVR EANETLFISQ KQLDDILRNA RHLQVLTPVH TRAREQLIMA
AGRMSAKLKW VRQDIWRTKS HREVLVRDLG EENDQAVTAP EPQRLRLEIP ASNSLSGNGG
DSVWDKQLSP MFAKSPSIAP EKPSSVNQIS SPSSSTGGVR RPSLATSVTS PDILLRTGRP
PSVDNYERAK SVSPNPSHVL EREASVLSSG SKMDVSSLAS KTSKLTLPGS FDDGEERLLR
EAGLLDASSA SRKGSVTADG MDFDLKKDDA PEGSQDRMSR VRHSFHRTLR DSSSGHHYPR
SRKRESAPSV TAAEDSQGSG DAGGLSRKGG SFTVHGKKAS IVTFGSDWQN MPPEERLKLR
KPTPSEEPRA SDTDLVSGGE STRSGLRASL DIPVRLSEEK AEDKLDRRSV RSESAVSTVS
QEPSSPSTNV HNSLRSVPLP DSSTVDENPT PTLPQAIHA
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