| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_02874 |
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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 | BN001306 |
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| Strand | - |
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| Start bp | 2478252 |
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| End bp | 2482838 |
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| Gene Length | 4587 bp |
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| Protein Length | 1365 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 | conserved hypothetical protein |
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| Protein accession | CBF83831 |
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| Protein GI | 259486189 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 36 |
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| Fosmid unclonability p-value | 0.46357 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTGCCG GCAATCACGC CGACGGCAAT TACGACCTCG ACTCGAACGA CCCTTCAGAT
ACGGCCCTGG ATTGGGAGGA CAAAAGTCCT ACTGGAGCCG CCTTTGCCTC TGCGCATCCT
CCAGCACCAA GGCCACGCTT GCCATACTTC AGACGACCAT CTGGACCTCC ATCACAGCCA
CGTTTAGATT CGTCTTCGCC TCCAACGCCT GACCGTCCCC GTTCCCTTCT ATCCTCGCCT
CCAAAAGTGG TGATCGCGGC CAGGAATCCA ACTGGCGGGA TCCGTGGGAA GCTGAGCTGT
ATTCTCAATG CTTTGAGTAG CGCGTTAGGG CTCGGAAGGA ACGGGGATGG GGCTAGGGCA
AGAGATAGTG CTAGTGTCGC TGCAGATTCC AATTCGGCTC TTATCGCAGC CGAGGAAGCT
GAGGCTGAAG TTGAGACTGC TGATGCAAAT AATAATGGAG AGAGTGATGA AGGAAAAGAC
GAGAATCCAG AGGGAAACGA TAATGAAGGG GAGCGGGAAG AGGAGTACAC AGTCAGCGAC
GAAGCTGGAG AGCAGAGGGA GACAGAGAAC CTGGGCACGC AGTCAACGGG CACTGCCTGG
AATTTTGCAG CCCCAGGAAT GGGATATTAC ACGGAGAGCG AGGTAGCAGA AGAATTGGAA
GTTGACGAGA CTGGAATAGA AAGAGGAACA GAAGATGACG AAGACGAAGC GGGTGAGGCG
GGAGAGAAGC GAGCCTCTGC CGAGTCGAAT ACGGACGGTC AGCTGCCAAA AACCACAACT
TCCCATTTCT ACAGTCTAGA CATCCCACTC CTGGAAATTG AGGACGGCGA GGTCCCAATT
GCAAGCCCTT CACTTGCGAA CCCCAAATCT AGCTGGTTAT CGTCTGATGG TGGACTTCGA
TCTGCAGGTG TGGGCCTTCC CAGTCCAAGC GGATCTGTTG CTAACTGCAG GTGGTCAGCG
ACATTGCCAG TATACACCTC AAACCCGCCA AAGCAAACAA AACATGAAGA GTACCAACCT
TTGGCAGACG CTGCTTCTTC GGATTGTGCG CCAATTTCAC TATCGAACGG TCTGGACCAA
CCGCTTGTAG TGCCGCGAGA TGATGAAGAC GGGGGAGCAG ATGAAGATCG AGGAGGACAA
GAAGAGCAAG AAGAAAAGGT GGGGGACCGA CATATAAGGA CAGCGGGAGT TAATGGACCA
CCAGAGTTCA ACATGCTGAA CTCCAGGATC CCAAACGCCT TTGATAGATT TCTTATAGAA
GCCCCGGGGC CGTCAATTAT GCCGCTGCCG ACTGTTTATG GTCTATCTAG GCCTCTACAG
GACCAGGCTC TACAAGGTGA GTGATTGCTT CTCTGCTGCG CTGAGGTAAA GTGTTAACTC
CAGGTTTGCG CCAGTCTGGG GAGATGAAAA CGAACAGCCG CTCAGCGCTC AAGGAAACGA
CACAGCATTA CTGTTTCACG ACGCAGACCG GCTGATTCCG TCTATCGAGG TCGACCACGA
CCATGACCAC GACCGCCCTA ATAGCTCTGA CGGGTTGTAT TTCCCCTGCA GTCCTAATAC
TCGCCTCCCT AGAATCCCTA CTGATCCTAA TAGACACTGC ACTAGTGCCA ACAATGACCG
GTTAAACAGA CGCTCAGATA GCGCTACGGC CAGAGCCAGC GGTCCAACAA AACCATCCGG
CCGTCGTCCG GGGACAAAAC GCTATAACGG CAGCCGTAGC AATAAGGGAG ATATCGCCTG
GGGCAAAGCC AATAGGGGTA AGAAAAACGG CAACAATGGC AATGATAGCC AACGGCAGCG
GCTCAAACAT GTGTATTCTA AGCCCCTTTT TACTACGCAT CATTCAAAGT TACGGGGCGC
CGGCGATCTG TTGAGGGGCG CGTTCTCGCA TTTCCCTGTT ACTACGGATC TTCTAGGGTC
ATACAGCATC CAGGAACCTA CCACCGAGGA TACTGAGGAG GATGTTGGGG AAGAACGTGA
GAAACGACAA GACGGAGTTA CGACTGATCG TCTGGAGGGT GGTCCTGGTG GTATACTTGG
AGAGGGTTAT CCTGAGGGCG GTAGTTCTGC TGGTGGCGGC CCTGATAACT CCCTTGGATA
TTCCCAGGAG AGAGATAATG ATCGGGACAG GTAAGCAAGC CCTGAGTCAA GTACCTTGCT
TTAATCCTCA CATCAGATAG ATTCCCGGAA ATGTCTCCAG ACCCTCCGAC TCCGGTAGAG
TATCCTGAGA GTCCGGTAGT TCTGGATTTT AGAGGTCAAA CTCCAGAGGT TTCTCCTGAT
CCTCCAACTC CGAGAGAGGA TCTCGAAATA CCGATTTCCC GAGAATTAAC AGTATCTCCT
GATCCACCGA CTCCGGTAGA GTTTCCTGAA ACTCCAATTC TTCTAGCATT CGGGAATCAT
ACTCCTGAAG TGTCTCCTGA CCCTCCAACC CCTAAAGAGG ATCCTGAACT ACCGGTTCCT
GGAAATTCAA CGATCTCTCC TGATCCTTCA ACCCCGTTAG ACTCTGCTGA GAGTCGCCCT
ACAGCTGTAG CTTCGACATC TCGTTGGTCA ATTGCCCCTC CACCCCCTCC AACTCCGTCT
CGGCCGGCGG TTACCCGACC TAGGAGTCGT ATAGCTTATG GTAAATTTGG GAACCTGACA
GTTCCCGATG CGTCTTTATC TAACTCTGGA CCCAGAGCAT CTAAGCGTCG GAGGAAAAGA
GGTCAAGTGG AGGACGGGGA GTATGTGAAT GAGGCAGGAG AGGAAGATGA CTTCAGCGAC
GATGACAGGA ATAATTACGG CGGCGGTTAT GATGCCCAAA AAAGGCCCTC AAGAGGCTCA
GGCGGCAGGA AACGCAAGTC TCCTTCTTCG TCCAATGCTC TAACTGCACA AAAAAGGGTG
CTTAGGAACC GCACTATTGG TTTCTCAAAT ACAGAGGTAG GCGCACCTGG ATTGGGTGAA
AAGAGAGCAG CAAGTCCATC AGATGCTGGA ACGAATGCAA AGAGGGCAAA ACCAGGCACT
CCAGCTGCGT CTGGTTTCAA CAGATATGCT TGTATGTAAT CCCTATCCTT CCATCCATTC
CCACTTACTG CGTTTGGAAA AAGCTGACGG CCATCTCCTA CAGCAACTTC CTTAGTGGAG
AACAGCGTCC CTTCCAGGAA GTGCTCAGTA TATGTGCTCG GAGAAAACGG AAACGGCCAG
CTCGGTATGG GCAATGGTAC TCCGGTTCAG TACAAGCAGC CTACCAAGAA CACACAGCTA
CCGGATGTGG TACAGGTAGC GGCTGGTGGC GAGCACTGCA TTGCTCTCAC TCACGACAAC
AAAATCTACA CCTGGGGAGA TAATAGCCAT GGCCAGCTGG GAAGGCTTAC GAACTCCATG
ACAGCTCAGA TGCCAGGGGA GGTGGATTTT AGTGAAGTCA ATTTACCCGA TTACACAATA
TTTGCACAGG TCGTTGCAAC AAGGAGCGCA TGTTTCGTCC TTACGATGTT CGGTGATGTT
TATGGCTGGG GAACTTTCTC GGTACGGCGA CAGCGTCTAC ATAAGATATG CATAAGGCTG
ATCAACTGAC TCTTACAGGA GATTTACGAG GATGAGAACG GCGAACAACA TTGTGAGCCA
CTCGGCTTCC GCCATCAGTG CAAATGCCAA CGCACCCCAT TGCATATACA GGAACTCCAG
AATGTCAAAC GTCTCGCCGC GGGCTCTGAT CACGTTCTCG CCCAAATCTC CATACTTATT
GGCGGCAATA GAGCTAGTAG CTCAGCGTCT AAAATGAAAG GATCGAGGGT CCGAAAACGC
AAGGACACAA TAGCTGCTGA GGGCTCTTCC ACTGGCAGCG CCACCAAAGT CAGAGACGTG
GTCAGGTCCT GGGGTGCCTA CAAAAGAGGC CAACTCGGGC GCACAGCTGC CAATATCGCC
AACTGCCTCA ACCCCCTCCT TTGTGACTTC CCTGGAAACA GCTCCCGCGC GCTGAAAAAT
CCCGACAACG TAAGCACTAT CGGCTCAGGC AAATTCCACT CCTTCGTGAT TAAGGAAAGC
GGTGATTTCC TTGCATGGGG TTATAACAAG TTCGCTCAGA CGGCGTTCGT GCCCCCAGCA
GCATCTGTGC TGAGACGCGA CTTAAAGGTC GACAAACCCA GTACTGTGGC TAGCCTAAGA
GGGCAGCGAG TCCATTTTCC CACCGGCGGC GTCGATTTCA GTGTTGCTCT TACGGCCGGC
GGGCAGTGTC TGAGCTGGGG ATCTTTTCAA GATGGCGTAC GAAGTATTCC TGACACCGCT
ATGTCTGATG AACCCGACTT CAACAAAGTA GCTGGTCGTG ATGAAGGTAC ACAGATACCG
GCCATCATGA AAGTGCCAAC GTTTGTCCCA GGCATCAATG CCCATGATAA AGGGATCAAG
ATGGTTTCTG CGGGTTGGAC ACATACGATT GCCGTTACTA ACGGCGGGAA AGCGCTTGGT
TGGGGGTCGA ATGATCACTA CGAAATTCAT CCGGACGAGA CTAAACACCC CATCAATGAC
CCGATGGAGA TTCCAATGGA GGGCCTCAGG GTTGTAGAGG CTGCCGCGGG ACGCTTCTTC
ACAATCCTGC TTGTTCAGTC TGATTAG
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| Protein sequence | MAAGNHADGN YDLDSNDPSD TALDWEDKSP TGAAFASAHP PAPRPRLPYF RRPSGPPSQP
RLDSSSPPTP DRPRSLLSSP PKVVIAARNP TGGIRGKLSC ILNALSSALG LGRNGDGARA
RDSASVAADS NSALIAAEEA EAEVETADAN NNGESDEGKD ENPEGNDNEG EREEEYTVSD
EAGEQRETEN LGTQSTGTAW NFAAPGMGYY TESEVAEELE VDETGIERGT EDDEDEAGEA
GEKRASAESN TDGQLPKTTT SHFYSLDIPL LEIEDGEVPI ASPSLANPKS SWLSSDGGLR
SAGVGLPSPS GSVANCRWSA TLPVYTSNPP KQTKHEEYQP LADAASSDCA PISLSNGLDQ
PLVVPRDDED GGADEDRGGQ EEQEEKVGDR HIRTAGVNGP PEFNMLNSRI PNAFDRFLIE
APGPSIMPLP TVYGLSRPLQ DQALQVWGDE NEQPLSAQGN DTALLFHDAD RLIPSIEVDH
DHDHDRPNSS DGLRSDSATA RASGPTKPSG RRPGTKRYNG SRSNKGDIAW GKANRGSYSI
QEPTTEDTEE DVGEEREKRQ DGVTTDRLEG GPGGILGEGY PEGGSSAGGG PDNSLGYSQE
RDNDRDRFPE MSPDPPTPVE YPESPVVLDF RGQTPEVSPD PPTPREDLEI PISRELTVSP
DPPTPVEFPE TPILLAFGNH TPEVSPDPPT PKEDPELPVP GNSTISPDPS TPLDSAESRP
TAVASTSRWS IAPPPPPTPS RPAVTRPRSR IAYGKFGNLT VPDASLSNSG PRASKRRRKR
GQVEDGEYVN EAGEEDDFSD DDRNNYGGGY DAQKRPSRGS GGRKRKSPSS SNALTAQKRV
LRNRTIGFSN TEVGAPGLGE KRAASPSDAG TNAKRAKPGT PAASGFNRYA STSLVENSVP
SRKCSVYVLG ENGNGQLGMG NGTPVQYKQP TKNTQLPDVV QVAAGGEHCI ALTHDNKIYT
WGDNSHGQLG RLTNSMTAQM PGEVDFSEVN LPDYTIFAQV VATRSACFVL TMFGDVYGWG
TFSEIYEDEN GEQHCEPLGF RHQCKCQRTP LHIQELQNVK RLAAGSDHVL AQISILIGGN
RASSSASKMK GSRVRKRKDT IAAEGSSTGS ATKVRDVVRS WGAYKRGQLG RTAANIANCL
NPLLCDFPGN SSRALKNPDN VSTIGSGKFH SFVIKESGDF LAWGYNKFAQ TAFVPPAASV
LRRDLKVDKP STVASLRGQR VHFPTGGVDF SVALTAGGQC LSWGSFQDGV RSIPDTAMSD
EPDFNKVAGR DEGTQIPAIM KVPTFVPGIN AHDKGIKMVS AGWTHTIAVT NGGKALGWGS
NDHYEIHPDE TKHPINDPME IPMEGLRVVE AAAGRFFTIL LVQSD
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