| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08314 |
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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 | 95178 |
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| End bp | 100164 |
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| Gene Length | 4987 bp |
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| Protein Length | 1282 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 | CBF80288 |
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| Protein GI | 259484238 |
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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 | 15 |
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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 | 40 |
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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 | ATGCATTGGC TACGGTCTAT ACACGCCGTT GTTGGCATTT GTCTGGCTGC CGCCTGCGTG
AATGCTAAGG CCGCTGTGGT CGCGTCAAAA ACTATAGAGC TGTTTCCAGA AGTGACACTC
GAAGAACGGG CTCCCACTAT TACAAGCCGG CCAGACCCTC CAGTAGTTGA CTTTGGTGAT
GCAGAGACAT ACAGACCGCG TATCGGCGTC GACACCAACT ATCTGACATG GGAGGAATCG
AGTACTAAAG TGAGTAGACT CCAGAATTCC CGAATATGGG GTTGAAGCTC ACGCGAGGTA
CCGACTCGCA GTGGATCGGT GTGTGGACAG AATACCTCAC CCAAGGGCCC TCGACGACGG
AGTATATAAA GATGCACACA GCTACGGCGA CGGAGGACGG CCAGCGTCCT GGTGATGTTG
CTATCTTGGT ACCCCCGGTG GTTGCTACAG CTCTTGCCAA CACCGTTACA AAGTCAATGG
AAGCATGTAA ACTCCCAATT GTGAAACGCA GGGTCAGGAC AGGTGGCATG TACCCTTCAA
GCCCCTTCTC TCTTATACAT AATCTTATAC AGTAGGTGGC TAACTGTGTC AGAACTGGTC
TGCCTCCTCG AAGAAGGGTT TGGACATGTC GAAAAAGGCG CTTTGGAGGT CATCCCGGAT
TCCGCCTGGG CACTGCCAGA GATCCCCATC AACGACATCC TTCCACTTGA TACGTACGGA
CAAGAGACGT TGTCCCTAAT GCTGCAAGTG CTCAAGACCC AGGCACGACG GAACATGCTG
AAGATGCTTT ACGTGTCGTC GATCATCTCG CTATCAGTCA GCGGTGTCGA GGCGATCAAG
CACGAATGGT TCCACCGATT CAACATCCCC GCCAATGGAA TTCCCAAGCC CAAAGAAGAG
GAAGATGGGC TGACCTGCGA TAAGAACGCG CCTCGCGATG AGTTCTCCCT GACGTGCACG
GATCATAACT GCAATGGACC GAATGAGTGT TCTGATCCCA TAGCTTGCGA TACCTCGAAC
GACCGCTGCA CTACTGGGCA TGACAAGGGC TGTCTCTGTC TGCATGAGTC TTTCGATATT
ATCGCAGAAT ACATTCCATT AGAGTTCTTT GAAGTGCAGG ATGAGATAAT CGAGGGACTG
CTTAATTCCT CCGCCGGCGT CCCTTCCAAA CCCTTCCCTA CTTTGAGGTT GTTGCCTCTC
GGCGACTCAA TCACGAAGGG ATCTGGCAGC AGTGACGACA ACGGATACCG CAGGAGGCTG
CACGACTTAC TGCTCAATGA TGCAGACACT GGAGGGGACA ACGATGACGA CAGGGTATCC
AAAGTGGACT TCATTGGCAC GTTCCGTAAT GGCAACTTCG AGGACCGCGA CCACCAGGGT
CTCTCTGGGA AGCGAATCTC GGACATCGCC GCTGCGTCAG ATCGTGTTGT CAAGGCGCGA
CCAAACGTCA TCCTCGTCCA CGTAGGCACG AACGATCTGG ATAAACCTGT TGAACCCGTC
GAGACTGCGC CGGACCGCCT CCGGGCATTG CTTGACGGAC TCAGGGAAGC CTGTCCGGAT
GCAGCGATTC TCGTCTCGGA GGTCATGCTC AACACCCATA CAGACGTGCA GGCTAAGATC
AACGTCTTCA ACCAAGCGCT AAACGGTATT GTTACGGAGA AGCAGAACGC CGGCGAACAT
ATCGCGGTGG TCCCCATGGG CAATTTGCTC ACCTCTGAGG ACCTGGCGGC GAATGACTAT
AAACACCCGG GCAATCAGGG GTACAAGAAG ATGGCAGGCG CCTGGTTCAA TGCTATTGAT
GAGGCGAACT CGCGCAGCTG GATCAAAAAC CCTGTAGAGC CCGAAGTGAC CTCCGGCGTC
GGCCTAGGTG GCACAGGCAG CAGCCGGAAT ATCTGTGATG GAAACAACTG GGAGCGAGTC
GGGACGGTGA CGCCCCCCTT GCTAAAAGTC TGGAATGAGC AAGGCATTTT TGCTTATGAT
GGCCGACTAC CGACAGCCAA ATGGGTACAG TGGGCAGATA TCAATGGTAA GGATCCTTGA
GCAACCCGGG ACTTCTGTTA GTGCTGTCTT CGATCTCTAA CGATTGTAAC AGGGGACGGC
CGGGACGACT ACCTTGCTAT CCAAAAAGAC GGCGCAGTGC ATGCGGCTCT CTTTGACGAA
AACGGTCAGC TCGCGCGTGT CGTGAGGAAT TTCGCCGCTG GTGTCAACGG ATTCTCGGGA
GACAAGGTGC ATTTCGCAGA CATTGACGGA GACGGGTACG CGGACTATGT GCTCCAAGCT
ATCAACGGCT CCGCGACAGT GTCAATCAAC ACACATAATG TTGGTTCCAA GACCGGCGAA
CGCAATTTCG AGGCCCCCCG TTTGATTGCA GGTGGCGTCG ATGACGTACC GGGGAGCAAG
ATCCGCTACG CGGATCTTAA CGGTGATGGT CGTGCTGATT ATCTGATACT GTATGATGGC
GGCGCGGTCA AGGCATATAT TAACAACGGA GACTATCGAT TCCACGAATA CGGCACTGTG
GCCACGGGCG TTTCGGGCGC ACCGGGTAGC AGGGTTGTCC TTACGGATGT GGATGGCGAT
GGTTATGCGG ACTATGTCAT TTTGGCTGTT GAACGGGAGC TTCCTAGCGC TGGGTGCATG
GCGGATTCGG ACTGCAGCGG TGAATGCGAC GTAAGTATCT TCTCTCTTCT TTTTATACTG
TCAATAATGG CCTAGGAATG CGGGCGATGA TCGCTAACCT ATTACCCTAG TCTGAAGAGG
ACTACTTTTG CCAGAATGAG TAAGTTTGGG TATCATCCTC CTGCCTAAGT ACTTCGAAAT
TGACACAAAA TCCAGTGGAA AGTGCAAATG CGAAAAGAAG CCAGAAAAGG AATGTTCAAA
GACTGCAGAC TGCTTAGGTA AATGTAGCAA TGTGAGTAGC CTACCCACCC CCATCTTTGC
CAGGCGGCTG GAGGCCGGGC AAGGAAGCTA ATGAGAGAAT CATCAGGATT ATAATGGCTT
CGTCTGTCAA AATGGGTATG TATAATCTGT ATTCGTCATC CTCTATGCCG TGCTAAGCCG
GGAAATAGAG CTTGCCAGTG CTTCTTCCCT GAGGCCGACG TCGCTCTAGG CCATACGACC
TGCAATGAAG ATAGACAATG TTCATCCGAA TGCCGGGTAA ATCTGCGATC AACATTTAGA
GTCTTCTTAA CTAGGCCTGG CTAATCATTC ATCCTCTGTA GGAGAACATG GGATTCTATT
GCAAGGAGTG AGCGGCATCT GTTGCAGTCT AATATCTTCT CGTGCCAAAT CTGACGGAGC
TCTTAGGGAC TTCGAGGAGT GCCACTGTCT TGTTGCCTAC GTGGATGGAA GAGCTACAGA
GTATGAATGT GACCCCAAGG ATGACTGGGA GGTCTGTGAT TCTCACTGCC CGGTATGTAA
TTCTCGAAGC TCCGCAGATT AGTGTCTGAC ATGACAACCA AGGGTGCCAT CGGTTTCTGC
ATGTTCTCCC AACGAGAAGA TCTCACACAG TAAGACCAAA ATCTGTCCAA GGAGCCACAC
TGTACGTCTT CTAACATTTG CCAGTCGTGT CTGCCACTGC CTCGACAACG TAGAGTCGTT
GAAGCGAAGA GATTTGTCCG TACTAAGTGC CAACATCACA ATGGACCGTT CAGCACCTTC
TGGTCAGATG CAAAACCAAA AAAGAGCCGA CGGAGCAGAA TCAGCCAATC CCATCACCTT
CATGCGCAAC ACGCATAAGC TGGCCACCGA TGGCAGTGGT GGTAACTGGG CTGAGCGGAC
GCTGCTCTCC ACCGGCGTCC AGAATCCCGA AGGGTCTGTT CACTTTGCCA AGTTCATTCA
CGACAAGATT CCCGACTACG TCGTCGTGGC GAATCCGGAC ACAGACCCTG CTTTTGGCGT
CTGGTCTGGC ACTGGAATGT ATGACAAGGC TGGCGCTATC CGGTTTGCCG ATCTCGACGG
CGATGGGCGC GACGATTATA TCCGTGTTAG CATTAACGGA GCGGTCGATG CCTGGCTAAA
TAAAGGAGTT AATAGCCTAG TTCGCCTCCC TGGACTTGCT CCTGGTCTTA AAGGAGTCAC
CCCGGAGAAA GTTCAGTTTG CAGATGTTAA TGGTATGTAT CACCCCCTTC TCCGCCCCTC
CTCTTTTTCT CTTCCACAAT TTCTGTGTGT GTTAGATGCG TATATGTACC GAGTGACTGA
CTGAGTTCTT TCAGGCGATG GCAAGGCAGA CTACCTGGTG GTTTGGGAGG GAGGCGCCGT
CGAGGCGTAC CTCAACACAG GACAGCTCGC ACCCAGCGGG AAAGGAGATG GTCGGAACTG
GAGAGAGAAG ATGGTCATTG CGCCGGGCAT TAACGGCGTC CTCGGTGATA AAATTCGGTT
TGCAGACATT GACGGTACGT ACTGTGAACA GACCAGATCC ATACTGTGCT ACAGAATGGG
AGCCGGAATG CCATTCTCAG CTGACAACAC GATATAGGAG ACGGCAGAGC AGATTTGCTG
GTGTTGTATG ATGGTGGCGG CATCGATGGA TACCTGAACA CAGGCGTTCT AAATCAAGAC
TCTTCTAAGA GAAGCTGGCA GAAGCTATCT GGGCCTTTTG CGGCCGGAGT CAACGGAGTC
CCAGGAAGCA AGGTCCGCCT TGCTGATATT GACGGTATGA AGCCACCCAG ATACCTTTTC
AACCAAGAAG GTATTACATT CACAACAAAA CCGCTTCTAA CACTGTATGT TCACAGGTGA
CGGCCTAGCA GACTACCTCG TCCTTTACGA CGGAGGAGCC GTCCACGCCT ATCGCAACAC
CGGCAACGTC GCAGACGACC CTAACTCGCG GAACTTTGAC GACTGGGGCG TCATAGCAGA
GGGTGTCAGT GGGATCTCCG GCAAGAATGT CTATTTTGCG GATCTCAGCG GCGATGGCAA
AGCAGACTAT GTCGCTATCA ATGAAGACGG ATCGATTGAA CTTTTAGCCA ACAAGTGTGG
CGCCTAG
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| Protein sequence | MHWLRSIHAV VGICLAAACV NAKAAVVASK TIELFPEVTL EERAPTITSR PDPPVVDFGD
AETYRPRIGV DTNYLTWEES STKWIGVWTE YLTQGPSTTE YIKMHTATAT EDGQRPGDVA
ILVPPVVATA LANTVTKSME ACKLPIVKRR VRTGGMYPSS PFSLIHNLIH GVEAIKHEWF
HRFNIPANGI PKPKEEEDGL TCDKNAPRDE FSLTCTDHNC NGPNECSDPI ACDTSNDRCT
TGHDKGCLCL HESFDIIAEY IPLEFFEVQD EIIEGLLNSS AGVPSKPFPT LRLLPLGDSI
TKGSGSSDDN GYRRRLHDLL LNDADTGGDN DDDRVSKVDF IGTFRNGNFE DRDHQGLSGK
RISDIAAASD RVVKARPNVI LVHVGTNDLD KPVEPVETAP DRLRALLDGL REACPDAAIL
VSEVMLNTHT DVQAKINVFN QALNGIVTEK QNAGEHIAVV PMGNLLTSED LAANDYKHPG
NQGYKKMAGA WFNAIDEANS RSWIKNPVEP EVTSGVGLGG TGSSRNICDG NNWERVGTVT
PPLLKVWNEQ GIFAYDGRLP TAKWVQWADI NGDGRDDYLA IQKDGAVHAA LFDENGQLAR
VVRNFAAGVN GFSGDKVHFA DIDGDGYADY VLQAINGSAT VSINTHNVGS KTGERNFEAP
RLIAGGVDDV PGSKIRYADL NGDGRADYLI LYDGGAVKAY INNGDYRFHE YGTVATGVSG
APGSRVVLTD VDGDGYADYV ILAVERELPS AGCMADSDCS GECDSEEDYF CQNDGKCKCE
KKPEKECSKT ADCLGGWRPG KEANERIIRI IMASSVKMGE HGILLQGVSG ICCSLISSRA
KSDGALRDFE ECHCLVAYVD GRATEYECDP KDDWEVCDSH CPGAIGFCMF SQREDLTHRV
CHCLDNVESL KRRDLSVLSA NITMDRSAPS GQMQNQKRAD GAESANPITF MRNTHKLATD
GSGGNWAERT LLSTGVQNPE GSVHFAKFIH DKIPDYVVVA NPDTDPAFGV WSGTGMYDKA
GAIRFADLDG DGRDDYIRVS INGAVDAWLN KGVNSLVRLP GLAPGLKGVT PEKVQFADVN
GDGKADYLVV WEGGAVEAYL NTGQLAPSGK GDGRNWREKM VIAPGINGVL GDKIRFADID
GDGRADLLVL YDGGGIDGYL NTGVLNQDSS KRSWQKLSGP FAAGVNGVPG SKVRLADIDG
DGLADYLVLY DGGAVHAYRN TGNVADDPNS RNFDDWGVIA EGVSGISGKN VYFADLSGDG
KADYVAINED GSIELLANKC GA
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