| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00449 |
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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 | 3459386 |
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| End bp | 3463666 |
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| Gene Length | 4281 bp |
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| Protein Length | 1041 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | Ras guanyl-nucleotide exchange factor RasGEF, putative (AFU_orthologue; AFUA_1G04700) |
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| Protein accession | CBF89463 |
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| Protein GI | 259489304 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.494887 |
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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 | 36 |
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| Fosmid unclonability p-value | 0.477553 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCTCCC AACCCTCGAG AAGGGAACGG GCCTCCAGCG ATCGGGCCCA GGCAGGCCTC
GTCCCTCAAC GACCGGGTCT ACAAAGTCGA ACAAGTTCCG CTCCGCCCGG GGGATTATAC
AAACTTGATT CAACCAGAAC TGCGATGGAA GGTGGCAGTA GTGTTGGACG GACACTCGTT
GAGGAAGATG AAAGCTCAAC ATTTGGCGGA TGTTCCGGGG TCTCATCACC CCAGGTCGGA
TACGAGGTAT GCCTCCAACT GTTCGTGCAA TTGGGTGCTA GAAAATCCTC TAACAGTTGA
ACTATATCTA GGCTAACCAG GCTAATCTCA AGTCGAGCTT TCCGCATGTG AGCATCGCTG
TTGTTGGCGG GGACAAAGTC GGCAAAACGA CCTTTATCCA GAGCGCCTTG GAAATGAAAC
ATCCTCTTAC CTCGCGATCT ACAACGAAGA AGATGTCTTT AGATGGGACC GTATACGTTG
TTCGCTTAGT TGAAGTTCAC GTGGACGAGA TCTCTTCCGA TGGCAATGGA AGATTGAGAT
GGCCACTGCT GGGAAACGAT TCAACCCCCA GCATCGACGG CGCGCTGCTC TTGTACGATG
CGAATCGCCC TTCTTCTGTT CCGGAAACGT CAAAGATGCT AGGTCTGTCT TGTCCGGGTT
CCTTCCGGGT CTCCTTGACT AGAAGCTTAC CATATCTCTC CTATTCAGAA ACATTCATCG
CCGCCTCTGT TCCTTTCGTG CTGGTTGCCA CTAAATGTGA TAAGACGAGT CCTGATGGAC
CATTTGAAAC ATCTTTCGGG AGCTATGACA TTCATCGAAC ATCTCCCGAG TCGCCCCAGA
AGCAGAAAAT GTGTATTGCT GTTATTTTGC GTGACGTTTT TAGCCAAAGA GAAGGTAAGT
AAAACAAAAC AAACCCCCCC CCCCCCCCCC CCCCGACCGC TGCCCCTTTA CATATGATTT
CGGGGAAAAA GGGGTGACAC CAAGAGAGCG AGAACAATGA TTCAGCGACT GTGGCAATCT
CCATGTTTAC GGCCTTCAGC ATTTGACATG CTTGGTTGTA TGATGTGTGC TTGAAACTTG
GTCGACAGCC CATTAGAATT CAGACCTGCC TCGTTGGCAC TAGCTCGCTG GATTTAGCTC
GTGTACCCTT TCTTACCATT TCCCCCCCCC GTTGATCCTG GGGGTCGCAA CTCAAACCCG
CACAAACAGG GTCAATGCCG GTTTCACTGA TGTTTCTTGC GGTGACTGTT TCAGATATCG
AGGCTAATCA TATAAATTAT TTATAGCGGA GAAAAGTCCC ATCTCCAACA CGCACGAGTG
GCATCACACT CGCGCCCGCT CAGAAACCCC CACCTCATCG CTCGCTGGAG CCGCGGGCGG
CCCGTTTAGT AGTGCTCTCG ATACTGGAGT CGAAGGGTAC GGCGTCGACC GCCATCCCGC
AGACTCAAAG CCGTCGCCAA ATCTGGCTTC TAATGCACAG GGTTCACGAT TTGCCCGGAG
CAATTCGCAT CCGGTGCGAC CACATACACC ACCTTCCCGG TTAAATCCCC AGAAAACTTC
AGCGGCTGGC GAATCGTCGC CAGGTAAGGA CCAAACCCGA CAGCGTCTTA TCCAATCGGC
CTGGCGTAAT AGTGGCGGCT CGGATGCTTT CAATGGCTTT TTGGATATGC CAGATGAATA
CGATGAACCA CGGAGTACCC CGTCAAGCCC TGAGAGTAAG GATAAGGCAT CTAGCGAAAG
TTCCACAAAC GAAACGGGCT TCACTTTCGA TGAATTAGTT GATCGTCTTG TCGCGCCGCC
AATCTCAAAG CAAGACTCTA AGTTTGCATC GATATTCCTC TGTCTTTATC GGAAATTCGC
TGCCCCGGCT ACCCTCCTGA ACGCGCTTAT CAATCGATTT GAGCGGAATG AGAAAGATAT
TACGGATCAA TTAACTCGCA TCGCGGACCA ACTAAGGCTT CTCAGTGTCA TTGCCCAGTG
GGTTTCGGAG TATCCTGGGG ACCTGGCGTA TCCGAAGACA AGAAAGCGGA TTGTGGATTT
TGTCTCAACC CTCGAAAGGA GCCACTTCTA CATGTTCGCG GCCAAGGAGA TTGGATCGTA
CCTGGAAGTA AATGCGGAAG ATGACGATGT CGGGTGGGCA TTCAAGGATG GAGAAGCCGA
AGCACTCGAC GAGAACGATT TTCCACCTGA AAATTTTGTT AAGAACTCGC CATCCACGTT
TCTAGGTGAC TTCTCAATTG GAAACGAAGG CGAGGACGAC AATCAAAACG ACGAGGAAGA
AGAAGACCCT ATATACAGCA TGAGTGCGCT GGACCTCAGC GAGGGTGTGC ACGATCAGCC
AATGAAACTA TCAGCCACAT TATCGAACCC ATCTTTAGAG AAACCCGGCA ATATACCAAG
TCAGTCGTTC ACATTCTTGA GCATTGACGG TGCGCAAAGA GAAGCAAGCG GTATGGACTT
GCTGGGGCGG ATACCGTTGA CAAAGGTGGT ATGGCGGCAA CTGATGGAAA TCCCGGATGA
GGATTTTGCC AACGAGTTGA CCCGCATTGA TTGGATAATG TTCAACACTT TCCGACCGCG
AGATCTTGTG CGACATGTGA GTATATCTGG ACCGGACAAG GATAAGATCC AGAGTTTGAA
GCATGTCAAC CGCATGATCA AGCAATTTAA TCATGTGGCA TTCTTCGTGG CAAGTGTAAT
TTTGTTGCGG GATAAGCCAA AGCACCGAGC ACGGGCATTA GAGAAGTTTA TGAATATTGC
TCAGGTAAGT CCGCCATTTC ACTGTTACCT GACCTGGCTA ATTCATCCTA GAAACTACGC
CGCCTGAATA ATTATAATTC ATTGGGTGCG GTCATTGCTG GGATTAATGG GACACCGGTA
CATCGGCTTA ATCAAACCCG CGAGCTTGTC CCGCCGCAGG TTCACAAAGA CTTCATGAGA
CTGGTAATTC TTATGGGTAC TCAGAAGAGC CATTTCGCCT ACCGACTGGC ATGGGACAAC
TCCTTCTCCG AGCGCATTCC GTTTTTACCA CTCCACCGCC GCGACCTCGT CTCAGCCGAA
GAGGGTAACA GGACTTTTAT CGGCGACAAC CGCAACCGGA TTAACTGGAA GAAGTTTGAG
GTCATGGGCG AAGTTGTGCT TGGCATTCAA CGCAGCCAAA AGACTCCCTA CCCACACCTG
CACCGGTACG ACGAAGTCGC TAGGTTGATT TTGGACACTA AACTTTCAGG CGATGACGAG
GTATGTATTT TATTCTCTCC TTGCGAGTAG ACTATGTGCT GACTCGCTCA GGAACTGTAT
GCCCGCAGTA TGCAGGTTGA ACCTTCCACC GGCGGCGACC TAGGCCGGAA AAAATTTGGC
TGGCTTCGAT CATAACCAAA CCGGCAATGT CGATATAATG AGAACCCATG TCATAATGAG
ACATCAAACT CCTACCAACT GTCACGCCCC CACGCTCTGC CCCCTGATGA AGTATTAATG
AAACGCTCAC GATTTGATCG TCCTAAGATA ATGTACATAC GTACTGCTGA ACATATGCAT
CTTCCACATC TTACACCTAC TTCTACCATA CTTTATACTT GGGCAATGTA ATAAGTTAGC
AGGCCTATTC GCGGGCTTAT TGGCAGAGTC GATTCATTTG ATTCCTTGTT TTTTAACACT
TATACTTATT TAGTCACGTG ATAGTACGAG ATGTTGGGAG ATGCAGCGCG GCGGCGAAGT
CGGACCTAAG TCGTTCGGTT TTAACAACAT ACATTAGCCA ACACTTAGCA AACTTTCGAT
ATTTTCGGCA AATTTCTTCC AAACGAGTCT TCAATAAAAC TCTTCAGCAC AATAGGCCGT
ATTACAAGGT GCCGAAGTCC AGCGAGAAAT CCGAATCTAA AAATGTCCGC AAGCACAACA
GCAACCGCAA AATCCACGTA CCGCGCCATC CTCCGCGAAC TCCCTCGCCG CTCCCTCTCC
TCACCTACAC CTCTACACAA CCGAATCCGT GAGGCATACA GAAAACCCAC TTTGCGACCT
TCTAATGGCG CCGGCGAAAG CGTATCGGAG GGAGAGGCTG TGCTGCGGCG CCTGCAACAA
GCAGAACAGT TTGCGCAGTA TGCGCGCGCA CAGAGGATGT ATGCGATGCT TGTTGACCGG
TATAACCCGG GCTCTCTGAT GGACGAGGAG GAGAGGGTTA GGCTTACGGC GAGGCGAGTG
GGGTTGGATC TGCCGGAGCT GCCTGGGGAG CAGCAAAAAG GAAAGGGAAA AGGCGAGGGT
CAAGGGGAGG GGAGTGTTTG A
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| Protein sequence | MASQPSRRER ASSDRAQAGL VPQRPGLQSR TSSAPPGGLY KLDSTRTAME GGSSVGRTLV
EEDESSTFGG CSGVSSPQVG YEANQANLKS SFPHVSIAVV GGDKVGKTTF IQSALEMKHP
LTSRSTTKKM SLDGTVYVVR LVEVHVDEIS SDGNGRLRWP LLGNDSTPSI DGALLLYDAN
RPSSVPETSK MLETFIAASV PFVLVATKCD KTSPDGPFET SFGSYDIHRT SPESPQKQKM
CIAVILRDVF SQREAEKSPI SNTHEWHHTR ARSETPTSSL AGAAGGPFSS ALDTGVEGYG
VDRHPADSKP SPNLASNAQG SRFARSNSHP VRPHTPPSRL NPQKTSAAGE SSPGKDQTRQ
RLIQSAWRNS GGSDAFNGFL DMPDEYDEPR STPSSPESKD KASSESSTNE TGFTFDELVD
RLVAPPISKQ DSKFASIFLC LYRKFAAPAT LLNALINRFE RNEKDITDQL TRIADQLRLL
SVIAQWVSEY PGDLAYPKTR KRIVDFVSTL ERSHFYMFAA KEIGSYLEVN AEDDDVGWAF
KDGEAEALDE NDFPPENFVK NSPSTFLGDF SIGNEGEDDN QNDEEEEDPI YSMSALDLSE
GVHDQPMKLS ATLSNPSLEK PGNIPSQSFT FLSIDGAQRE ASGMDLLGRI PLTKVVWRQL
MEIPDEDFAN ELTRIDWIMF NTFRPRDLVR HVSISGPDKD KIQSLKHVNR MIKQFNHVAF
FVASVILLRD KPKHRARALE KFMNIAQKLR RLNNYNSLGA VIAGINGTPV HRLNQTRELV
PPQVHKDFMR LVILMGTQKS HFAYRLAWDN SFSERIPFLP LHRRDLVSAE EGNRTFIGDN
RNRINWKKFE VMGEVVLGIQ RSQKTPYPHL HRYDEVARLI LDTKLSGDDE SRDSRITRCR
SPARNPNLKM SASTTATAKS TYRAILRELP RRSLSSPTPL HNRIREAYRK PTLRPSNGAG
ESVSEGEAVL RRLQQAEQFA QYARAQRMYA MLVDRYNPGS LMDEEERVRL TARRVGLDLP
ELPGEQQKGK GKGEGQGEGS V
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