| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09003 |
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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 | BN001307 |
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| Strand | + |
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| Start bp | 164400 |
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| End bp | 168604 |
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| Gene Length | 4205 bp |
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| Protein Length | 1387 aa |
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| Translation table | |
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| GC content | 55% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF84480 |
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| Protein GI | 259486546 |
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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 | 16 |
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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 | 46 |
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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 | ATGGACCCGT TGAGCATCAC CGCCAGCGTC GCTGGGCTCG CAACGCTCGC CTACCAGATA
ATCGGCTACT TAGGCACTGT CCGATCAGGT GGAAAGGACC GGCTGAATCT GTGTCGTGAG
GTGACATATC TCTGGATGTC GATCACCTCG CTCCTCGAAC AGCTCTCCTC CGATGCGATC
AAAGACGACA AAATCCCGGA CTCGCTCCGC CCGCTCTTTG ACCCTGATGG GATCATCAAG
GAGATCAAGA TCCAGCTCGA GGATCTGGAG CACACGATCA AATCCCGCAG TACGCATGGG
AAAATCGCGC AGACCCTCGC GTGGCCGTTT ACGCAAAAGG ACGCCGAGAA GATGATTGAC
CGGATCCATC GCCTCAAGTC GACGTTGCAG GATGGAATCA ATCAGTCGAC GCATGCGCTC
TCGCAAGATA TCTACCGCGA TGGGCAGGGT ATCAAGAAGG TTATTGATGA GTCGAGGTTG
AAAGAGCTGA TCGAATGGAT CTCGCCGCTG AATTTCATCA CCAAGCAGAG CATGATCTGG
AACGAGCATC ATAAAGGCAC TTGCAAGTGG TTTCTGGAGC GCGATGATTT CCGCGAGTGG
CGCGAGGGCA GCAATACGAG AATATTTTGT CCGGGGATTC CTGGCGCTGG CAAGACCTTC
CTCTCGTCGA TCGTGTACAA CGAGCTCGAG GCGCTGAGGG TGCGCGATGA GGGCGGGCTC
AAGGGCGCTG CCGTCGTCAT GCTCTACTGC AAATGGGACG ATCCGCTGTC GCAGGATATA
GACAATCTTT TAGCGAGTGT TATTAAGCAG TTCGTCCAGC GATACGATGT TGGCACAAGC
GATATGATGG AGCTGTTCAC CAAGCACAGC AAGGAAGGAA CAAGATCCTC ACGTGCACAG
CTACAGTCGA CACTTGAACT CCTCTACAGC CGGTTCACAA AAGTCTTCAT CATCCTCGAT
GGACTGGACG AGCTGAGATC GGAGAAGGAG CAACTGCCGT TGCTCATGAG CCTCGCCCCG
AACGGCTCGC CTTACACGGT GAATCTGATG GTGACTTCGC GTCCAGTGCC GAATATTGTA
CGCCATTTCC GGCATTGGCC ATCGCTGGGA GGCAGCATAA TCTGCGATGG TTGTAACGCT
GAGGGTCTCG CTGTGCAGTA CCACTGCGCG GATTGTGAGG ATTACGACCT CTGCCAGAGT
TGCTATAAAG CCGGTACGCG CTGCGGGTAT AAGGGACATA CGTACCACCT CGAGTTTAAC
GCTCGCACGA TTCCTATTGC CGCCGTGGAG GAGGACCTGA CAACGTACGT GCACTGGCGA
ACGAGCGCTT CCGAAACTTT GCAGCAATTC TTGGAGATCA AGGAAGGGTT GATGGACGCA
ATCCTAGACA CAGTCGTGAA GAACAATGAG GGAATGTTTC TATTGGCCAA GTTCAACATG
GACACGCTTG AGTCGACGCT CAGTATAAAG CAACTCATGG CGGCTCTCAA GACGCTGCCG
CAGGAGCTCG ATGGGACGTA CGAAGACGCC ATGCTCCGGA TCACTGAGCT GAAAGCGTCA
ACGAGGGAAA CGGTCATGCG CTTTCTGAGC TGGGTGGTCT TCGCCGAGCA GCCTCTCCAG
GAGAAAGCAA TTGAGCATGC GCTCGCAGTC AGCGATGGCG ATGCGGACAT AGACGACGAC
AACATCATCC GCGCCAGGAC TCTAGCCACC AAGTGTGCAG GCCTGGTACA ACTCGACGAG
TCGGACTGTC TACGGCTCGT TCACTACTCA GCAGAGAACT ACTTCAGACA GCACCGTGAT
CGGTGGTTCC CGGCAGGGAA TGTGACAATC GCATCCTCCT GCCTGACCTA CCTGCAGTTC
GACGTCTTCC GCTCCGGCGC CTGCTCTGGT CCGTCCGAGG ACATCGACTT TGAGAGCCGC
CTGAGCAAAT ATCCCTTCCT CAGATACGCG TCCATTAACT GGGGGAAGCA TCTCCGCGTA
GCGGCCGACG ACCACCTCTC TGCTCGAGCA CTGGCCCTTA TCACAGATGC AGGCTGCTTA
GCCACCATTG CCCAAGCATT ATGGTATCTA GAGGATCAGC AACAGTCCAA CAGCTGGTCG
TCGAAGAACG GCTCTGCCCT TCACCTAGCA ACACACTTTG ATCTCGATAT CCTGGTGAAA
GACCTCCTCT CCCAGGGCTA CGACCCGAAT ATGCGCGATA TCAATGGCGT CACGCCTCTT
GCACTCGCCG TTCAACGAGA TTTGTTGGAC ATATTGATCA CTCTCACCAA TGCAGGCGCA
TCGGTGAATA TGCCCGACAA CGGCGGCCGG TCCCCCCTTC ACTGGGCCAT CTATCATAAC
TTGCCTGACG TCGTCAGATT TCTGCTAGAT CATAAGGATA TTGACGTCAA TATGCCCGCC
GCGCGCTGGT CACACTACAC GCCGCTTATG CTAGCTTCCG CCTATGGGTT TGACGACTAT
GTGTCTATGT TGCTAACCAA ACCCAAAATT GACGTGAACT ACGCCAGCCC AGAGGGTGCG
ACAGCCCTGA TCCTCGCCGC GCGACATGGA GGAACAGGAG CCGCCAGGCT CCTTCTTGCG
AATCAGGAGA TAAAGATAAA CTACGCCGAC AGCAGCGGCT CGACTGCGCT AACTGTAGCG
GCGGAAAATG GTTACTATGA TCTGGTCGAA GCCCTTCTTG ACGCAGGAGC CGACACAGAG
GTGCTGCAAG AAGGAAGCAA CGGCACGGCG ATCATGCGGG CCATTGATGA TGGGCGTACA
TCCATCGTAC AGCTACTGGT AGACAGAGGC GCAAACGTCC ATCACAAGGA CGTGTTTGAC
CGCGGCCTCT TACATTCAGC GGCTGTAAAC CGGCGAGCTG ACATATTGCG GATCTTGCTT
AAGCATGATC CGACCCTCGA CGTGAATATG CAAGATGTAC ACGGCAAAAC GACATTACAC
GACATCGCGC GCATGGGGGA TCTTGAAACG GTCGATGTGC TCCTTGAGGC TGGTGGTGAT
CCGACCATTA AAGATATCCA CGGGCGCACG CCGATCCTCG TCGCGCACGA GTCGCACCAT
CCTGCTATTC TGGAAATGCT TCGCGCTGCG AGGCAGCGGA TGAAGGCAGA AGGGCAAAAC
TACAAACTTC AACGAACCCC CAGCGGTACA ACAGTCGACA GCGAAGACTA CGGCATCAAA
CGCGCCGACA CGGGCCTCTC CATTCATGGA ACCCTCCCGC TCTGGTCTCT TGTGGTCTCC
AAACAATTCA CTGAACTGAA AGAGCGTCTG CCGGAGTCCT CACCCGAGGA TATCAATCAG
GTTGAGCCGG ATATGGGCCA AGCAGCGCTA CACTGGGCCG TTTCCGACAG CGATGCCTCC
ATCGTGAAGC TCCTGATTGA CTATGGCGCA GACATCAACC TTCGTAACCG TTACGGGCGG
ACGCCGCTCT CTCTTGCCGT TATCGACGGT TTGTGGGACA AGGCACGACT CCTCTTAGAG
GCCGGCGCAG ATCCCGATAT CGAAGATCAG TGGGGATGGC CACCTCTCTG GATGGCAGGA
CCGAGGCTTG GGATTCTGCT TATTGAGAAT GGGGCCAAAT TGCCGCCCCC ACCTACGTTC
ACAGGCGGAG GAACAGACGA AGGTGAAAAT ATCGAGAAGG CTGCTGGGAA GGTGGATCTG
GAAAACTTCC TAAGATGGGC GGCACAGTTC GGCTCGGAGA CCGCGCTCCG CCGCCTCGTT
CAGGCGGGAG CTGATGTCTG GAGTAAGGAC CCGAGCGGCA AAACGCCATA TATGATCGCG
AAAGAGTACG GGTATGACGA GCTGGCAAAC CTGCTGGTGC AGCTTGCGCC GATGCCGCAG
GTTGGCGCTG ATGGGCCCAG GCCGAAAACT GATGAGCGTG CGGAGAAAAC TGCCACGAGC
GGTATGCCGG AGGACAAATC TGAGGATGGA ACTACAAAGG TTAAGACCGA TGACATTGAG
AAGCCAAAGA AGGAAGAAGA CAGCGTTTTG CCGGATAAGG GGATGGCCCT TGATGGGCTG
GACTCTACTA CCCTCGTACC GGCCTCTAAT GTTAACAAGA CTAAGCCTGG CTATTCTACC
TTATTGCTTG GCTCCGCGCA TGGACGGTAC CTGTATACTA TCCTGCTAGT CCTAATCTTG
GTTACAGCGA CGGCGTTGGT GCGATCGTGA TGACGATAAT GCATGATGGG CGTCGGTTCG
ATTGA
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| Protein sequence | MDPLSITASV AGLATLAYQI IGYLGTVRSG GKDRLNLCRE VTYLWMSITS LLEQLSSDAI
KDDKIPDSLR PLFDPDGIIK EIKIQLEDLE HTIKSRSTHG KIAQTLAWPF TQKDAEKMID
RIHRLKSTLQ DGINQSTHAL SQDIYRDGQG IKKVIDESRL KELIEWISPL NFITKQSMIW
NEHHKGTCKW FLERDDFREW REGSNTRIFC PGIPGAGKTF LSSIVYNELE ALRVRDEGGL
KGAAVVMLYC KWDDPLSQDI DNLLASVIKQ FVQRYDVGTS DMMELFTKHS KEGTRSSRAQ
LQSTLELLYS RFTKVFIILD GLDELRSEKE QLPLLMSLAP NGSPYTVNLM VTSRPVPNIV
RHFRHWPSLG GSIICDGCNA EGLAVQYHCA DCEDYDLCQS CYKAGTRCGY KGHTYHLEFN
ARTIPIAAVE EDLTTYVHWR TSASETLQQF LEIKEGLMDA ILDTVVKNNE GMFLLAKFNM
DTLESTLSIK QLMAALKTLP QELDGTYEDA MLRITELKAS TRETVMRFLS WVVFAEQPLQ
EKAIEHALAV SDGDADIDDD NIIRARTLAT KCAGLVQLDE SDCLRLVHYS AENYFRQHRD
RWFPAGNVTI ASSCLTYLQF DVFRSGACSG PSEDIDFESR LSKYPFLRYA SINWGKHLRV
AADDHLSARA LALITDAGCL ATIAQALWYL EDQQQSNSWS SKNGSALHLA THFDLDILVK
DLLSQGYDPN MRDINGVTPL ALAVQRDLLD ILITLTNAGA SVNMPDNGGR SPLHWAIYHN
LPDVVRFLLD HKDIDVNMPA ARWSHYTPLM LASAYGFDDY VSMLLTKPKI DVNYASPEGA
TALILAARHG GTGAARLLLA NQEIKINYAD SSGSTALTVA AENGYYDLVE ALLDAGADTE
VLQEGSNGTA IMRAIDDGRT SIVQLLVDRG ANVHHKDVFD RGLLHSAAVN RRADILRILL
KHDPTLDVNM QDVHGKTTLH DIARMGDLET VDVLLEAGGD PTIKDIHGRT PILVAHESHH
PAILEMLRAA RQRMKAEGQN YKLQRTPSGT TVDSEDYGIK RADTGLSIHG TLPLWSLVVS
KQFTELKERL PESSPEDINQ VEPDMGQAAL HWAVSDSDAS IVKLLIDYGA DINLRNRYGR
TPLSLAVIDG LWDKARLLLE AGADPDIEDQ WGWPPLWMAG PRLGILLIEN GAKLPPPPTF
TGGGTDEGEN IEKAAGKVDL ENFLRWAAQF GSETALRRLV QAGADVWSKD PSGKTPYMIA
KEYGYDELAN LLVQLAPMPQ VGADGPRPKT DERAEKTATS GMPEDKSEDG TTKVKTDDIE
KPKKEEDSVL PDKGMALDGL DSTTLVPASN VNKTKPGYST LLLGSAHGRD GVGAIVMTIM
HDGRRFD
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