| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05167 |
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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 | BN001305 |
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| Strand | + |
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| Start bp | 1157194 |
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| End bp | 1161618 |
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| Gene Length | 4425 bp |
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| Protein Length | 1166 aa |
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| Translation table | |
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| GC content | 54% |
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| IMG OID | |
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| Product | von Willebrand and RING finger domain protein (AFU_orthologue; AFUA_6G06990) |
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| Protein accession | CBF81002 |
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| Protein GI | 259484621 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.0122686 |
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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 | 42 |
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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 | ATGTGGAAAC ACCGTCCCCC ATCGCGATCT GATTCAAAGT CTGGCACCGT CGATTCAGGC
GAGCGTGGAT TCTTTGGCTG GTCGAAGAAG AAGACTCCGC TTTGTAAGTG TCGCGCGTTG
CACGTTGCCA CTGGTGACTG GCGATATCCG TTGTCGTCAT TTTTTCCTCC TATAATTGTG
CATGGCTATT ATTACATACT CCTGATCTGC CTGGTTGTGC CTGTTCTGCT TGTGATTCTG
CCTCGTCGAG CTTCCTGACT CTTCACGCCT CGTTGTTTCG TCGATTCTTG ACAGTCGCTC
ATCCGCTCCC CATACGCCAC GGAGACGAGG ATTGTCCAAC CATTACCTTC ACTACTGCAT
GCACGACACC TCCCTCATCC TTCCGAGTGT TTTCTATTGG CGTCGGCTTG TTTTCTTTTT
TCCGCTGGCC GTTTCTGCCC TCCGTCCTTG CTAACCGCAT CGCTGCCTAG CTTTTGCGCG
TCCGGAATCC CCCGCTCGTT CGCCTTTACG GCCCTTTCGC TCGCTTTCTC GCGCGGATCG
TGCGGACTCC AGTTTTTCTA GCCACACTGC GGCTTCGCGG GCTCGCGCTC CTTCGGCTTT
GACCGCTGAT TCCTATTATT CCGACGCACC CAGATCGGCC GCTCAATTCA GCGCTTATTC
CAACCGCAGT GTCTCCAGGA CCTCATCGCA CGAGACCTTC AACACTCTTC CTGGGAGGCC
AATGGCAGGA TTGATGGACG TCGACCGCAG TCGCTCGCGG AGAGAGCGCA CTTTCGTTGG
CAGCGAATGT GCCGTCTGTG AAGAGCCGTT AGAACATACC CTGCGCGGGG AGCGTGTGCT
CCAATTCTCG TGCGCTCATG TCGCCCACGA AGCGTGTTTT TACGAATACC TGCGCGAGAT
CGAGGGTCAG TACTGCCCCA CATGTGATGC GCCATTGGGG CTTGACTCGA CGCGAGGGGG
AAACGTGCTA GATATTGGTA AGCAACTGTC CGATCCACGT GCCGACGGGG CTGACGGAGC
TATAGAGAAA CTGAGCAATA TAGTGCGCTC CGTTAACAGT GATGCGATGA CGCAGCGAAG
CGGGCTGACG ACTCCTACAC CTTGGGACTC GGTCACTAGC CGACAGAACC CGCCAAGTGA
GGTGGGGGGT CGGCCGTATC CTACGAGTGA CGTGGGAAGT CGGCCATACC CTGCTAGTGA
TGCAGGAAGT CGGCCGTATA ACCGCGATAG TCGGGACACG TACAGCAACC GACGGGATAG
CAAAGACACC GGAATGCAGC GTGAGCGGAT TGAGCGTCTG GCATCAGTGT CTCGACATCA
CTCCCGGAAC GGTAGCGCGG CTGGGTCGTC TGGCGAATAT CATGAAGGCC GCCGTCACGA
CTACGATCTC CAGGCTATGG AATCTGATCT TAGCCCTCGC ACTGCCCCCA CGACGAAGAA
TCCAATCCCG GCCCCCATTG TCACTATCCG TAGTGAATTC CCTACCATCA GTCGATCTCG
TCAACAACAG TCGCTCACTT GCTTGATCAC GGTTGAAGTT CCGGAGGGCA ATTGGCGTCC
AGACACCGAT GATCTGCGGA CTGGCTCGAC GCATTCGCTG CCCAAGGATG AGCCCTATCC
GTCGCGGTTT CCGTCCGTGC CAGAGAAGCC CGCTCCTTTT GAGCCGCAGG AGAATCTTGA
TGAGATTGCC GAAGAACTGA GGGCCAAAGT AGACAACTGG CATGGCCTGG AATTTCAACG
GTAAGCTTAC TTCCTCGTGC GTATTGTACT AGCTGACGAT TATAGGTTTG GCAAACTTCG
CTTGCATGGC CATATGCGAG TGGGCAAGGA TCGTGAATCT TGGCAGGATT TGGAATGCTA
TCTGTTTCAC GAAATGCTTA TTTGCGTGAA GGAGAGGCGC GTACCGGAAC ACCACTACGA
TCCGCAGATG GTGAAACCTC GACCACGCTG CACTCTTAAG GGCTCAATTC TTATCAGGAA
GCACCTGAAA ACCATTGAAG ACGTTGCTGG TATGGGTACC TCTTCTGTCA TCAAACATGA
GCTAACGTCA TTAGATGAGC CCGTTCTCAC CTTGCACCTG TCGGTCAGCG AACTTCCGTG
TTTCTATCTT CGTTTCCCCA ATCGCAGTCA GCTAGATATC TGGCGCCGTG CTCTCCTGGA
TAACACAGCC GAATCTCTTC GAAGCCCTGA GCTTGACTTT GACCGCCACT CTGGAGTAGA
AGAAGATGAT TACCGTAATG GCAACATGAA ACGGCAAGCA TCGTTGAACT CTTCTCATGG
TGCGGCGCGT TCGAACAACA CGGCCATCAC AGACTACACG AACATGGGGG TTGAAAGTGT
GCTATCGCCG TCGATTCACA TTCCCGTTGA CATTGTTGTT GTGATTCCGG TCTCGTCTTC
GATGCAGGGA TTGAAGATTA CCCTCCTTCG CGACTCTCTG AAATTCCTTG TTCAGAATCT
TGGTCCACGT GATCGCATGG GATTGGTGAC ATTCGGCTCA AGTGGAGGAG GCGTGCCCCT
AGTTGGGATG ACGACAAAGT CTTGGGGGGG ATGGTCCAAG ATTCTGAGCT CCATCCGACC
TGTTGGACAG AAGAGCTTGC GCGCGGATGT GGTCGAGGGA GCCAACGTCG CCATGGATCT
GCTGATGCAG CGGAAGTCGT CGAACCCGGT GTCTAGTATC CTTCTGATTA GCGACTCGTC
TACTTCGGAC CCTGACAGCG TGGACTTTGT CGTTTCCAGG GCCGAAGCTG CCAAGTAGGT
TCTCTAGTCC TGTGAAGCAT AGCGATTTTA CTAACAATCT TAGGGTGGGA ATTCACTCGT
TTGGTCTAGG ATTGACGCAT AAGCCGGACA CCATGATCGA GCTGTCGACG CGGACCAAGG
GCTCGTACCT CTATGTGAAG GATTGGATGA TGTTGCGGGA ATGCGTGGCT GGCTGCCTGG
GAGCCATTCA AACAACATCG CATCAGAACG TCAAGCTGAA GCTGCGACTC CCAGAAGGCT
CCCCGGCCAA GTTCGTCAAG ATCAGCGGTG CGTTGCACAC TACCAAGCGA GCTACCGGAC
GGGACGCCGA GGCTGCTCTT GGAGACTTGC GGTTTGGCGA CAAGCGCGAT GTTCTCGTGC
AGCTTGTCAT TCCACCCGAC AACGCTACCC ATGAAACCCC ACCGCAAGAT CCTTGGGAAA
GTCTGGTATC CGGGCTGGAA GCTCTAGGCG GCGGATTAGA CGGTGACGAT CAACGCGTCT
TGAGTGTAGA GGAGGTGCCG CTAATCCAGG CCGACCTGAC TTACGGCGAT TTACTTCGTG
AGGGTCATCT CACACACTCA CCACGACCGT CTCTTCTAGC AATCACGATG CTTCCACCGA
GCCCTCGACA CAAGGGTGGT AGACCGTCGA CGCCTCCGAT TCCTCCTCAT CCGTCTATAG
TGCAACGCCG CATGGAGCTG CTTACTTCAG ACATGTTGAC GCGGGCTCTG ACGCTTGTGT
CGCGCTCACA GCACGATCGG GCTCAACACC TACTGAACGA AACCCGAAGT ATTCTCAAAG
GCCTAGGCAA GGGTAGCCTT CCGCCTCTTC CACCACCGGC CGCAAAAGGC TTGGCCGAGC
CGGAGTCCCG TGGCGAAACG CCCACCTCAG ACTCTCCCAA GTCCTCCTTC GCCAGCCACT
CGTCGGCTGC CTCCGACACT GCCACCATCA CCCCAGTTGC GGCAGTAGAC ACTCAGACGA
TGATGGCCCT CGACGGCGAC CTTCAAGCCG CTCTCGAGTG GATCAATCAC CCGGCTGTCT
TTGGCCGGGA CTCGCGCAAG GCGGTGCTGC AAAGCATCGG CGTGATTTCC TCGCAGCGGG
CATACACCTT CCGCTCGCCC TCTGAAGAGC ACTGGGCACA GCGCATCTCG GGCGTGCGCC
GTTTGATCGA GCGTTCGAAA GAATGGCGCG AAACTGGCGA CGACGCATTG ACCGAAGAAT
AGTTATGACC TCTCTTTTCC CATTTCCTTA CCTTATCCCT GTTTTTCCTT ACTGGCTGGG
CTATCTTACC TTACATTTTC TTCGTTTCGC CTCGTTTATG ATACCACTTT GTTGTTCAAT
TGTATGTTCA TGTTCAACAG GGGCTGTGCG GCATGATACC ACGGTTTACT TATCTATTTA
CCCACTTACT ACTACTCTAC CTACACTAAT CTCTTCTATC CATATTACCT TTCTTTACCC
ATCTCCTTTC ATTTATTTAT CTATTTATTT ATTTTTTTCA TCTTTTTTTT TCACCTACTC
TTGCTCTTGG ATCGTTTGTT ATATACTGGA TATTGGTTGG GATGGATTCT GGTCATGACA
TGATTGATGT ACCAATGGAC TGTCCAATGC TTCGCTCGGA TTGGGTTGGC TGTCTGCCTT
GCTTGTATTA GGTGTTGCAA TAGTTTGTAT AAGAAAAGAA TTCAT
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| Protein sequence | MWKHRPPSRS DSKSGTVDSG ERGFFGWSKK KTPLSFARPE SPARSPLRPF RSLSRADRAD
SSFSSHTAAS RARAPSALTA DSYYSDAPRS AAQFSAYSNR SVSRTSSHET FNTLPGRPMA
GLMDVDRSRS RRERTFVGSE CAVCEEPLEH TLRGERVLQF SCAHVAHEAC FYEYLREIEG
QYCPTCDAPL GLDSTRGGNV LDIGKQLSDP RADGADGAIE KLSNIVRSVN SDAMTQRSGL
TTPTPWDSVT SRQNPPSEVG GRPYPTSDVG SRPYPASDAG SRPYNRDSRD TYSNRRDSKD
TGMQRERIER LASVSRHHSR NGSAAGSSGE YHEGRRHDYD LQAMESDLSP RTAPTTKNPI
PAPIVTIRSE FPTISRSRQQ QSLTCLITVE VPEGNWRPDT DDLRTGSTHS LPKDEPYPSR
FPSVPEKPAP FEPQENLDEI AEELRAKVDN WHGLEFQRFG KLRLHGHMRV GKDRESWQDL
ECYLFHEMLI CVKERRVPEH HYDPQMVKPR PRCTLKGSIL IRKHLKTIED VAGMGTSSVI
KHELTSLDEP VLTLHLSVSE LPCFYLRFPN RSQLDIWRRA LLDNTAESLR SPELDFDRHS
GVEEDDYRNG NMKRQASLNS SHGAARSNNT AITDYTNMGV ESVLSPSIHI PVDIVVVIPV
SSSMQGLKIT LLRDSLKFLV QNLGPRDRMG LVTFGSSGGG VPLVGMTTKS WGGWSKILSS
IRPVGQKSLR ADVVEGANVA MDLLMQRKSS NPVSSILLIS DSSTSDPDSV DFVVSRAEAA
KVGIHSFGLG LTHKPDTMIE LSTRTKGSYL YVKDWMMLRE CVAGCLGAIQ TTSHQNVKLK
LRLPEGSPAK FVKISGALHT TKRATGRDAE AALGDLRFGD KRDVLVQLVI PPDNATHETP
PQDPWESLVS GLEALGGGLD GDDQRVLSVE EVPLIQADLT YGDLLREGHL THSPRPSLLA
ITMLPPSPRH KGGRPSTPPI PPHPSIVQRR MELLTSDMLT RALTLVSRSQ HDRAQHLLNE
TRSILKGLGK GSLPPLPPPA AKGLAEPESR GETPTSDSPK SSFASHSSAA SDTATITPVA
AVDTQTMMAL DGDLQAALEW INHPAVFGRD SRKAVLQSIG VISSQRAYTF RSPSEEHWAQ
RISGVRRLIE RSKEWRETGD DALTEE
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