| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00437 |
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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 | 3497730 |
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| End bp | 3501258 |
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| Gene Length | 3529 bp |
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| Protein Length | 845 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 | DNA repair protein, putative (AFU_orthologue; AFUA_1G04570) |
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| Protein accession | CBF89485 |
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| Protein GI | 259489316 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.775561 |
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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 | 34 |
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| Fosmid unclonability p-value | 0.182643 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCACCAA ATCTCATCGA TTGCAGTGCG TTGGCCAGCG GGTCTTCCTC CACTCGTTTC
GCGGAGGCTA CCTGCATGGC CACTTGGCCA GCGACAGCCC AACTGATATC GCCCGGGCGC
TATGTCGAGG GCCCTGTAGG AACATCAATG AGGGAATCAA CGAGGCGGCT TGATAGGCTC
TGCAGTCCAG ACCAATAGCA CGAAGAAAAA GGGCTGCAGT CTAGGCTGTC CCATACTTAG
TAGATTGCCC CAATCAGTGC GAATACTTCA ATGGCTTACT CCGCATTCCG TCGCAGGCCC
GATCGCTGTT CGCCACTATC AAATATCATA GACCGCCAAA TGGCTCCATC ACCCTCAGCC
CCCCGTCGTT CTATATACTC CGTGTTGTGG TTGAGGTCGA AGATTATACA AATGGAGGCC
GTCACGTGCG GGCACCGAAC CGACATTCTT CCAGGTTACT CGACCCTCAT CGCGAGCATC
ACCATATGCC TTATCTGGCG ATAATATGTC GCTAAATCTG CAATTGTCCC ATCAGAATAC
GCCATCCAGG ATCGCCGATG TCGACATTTG ATGGAGTCAT CCAAGGTATT TGCCTCAGAG
TACCTTCATT GCAGCTCGAA CATTGACAGC TCCAACTCGC AGAGTTCCCT TTCATTACTA
GTGCGTCCGA GCTATTATAC CAGGGATGGT CTCACTAAGT TGACTAAATT GTGTCTCTAG
TCGATTACTT CCGAAGAAAC CCAGAACGGC CACCCCCTCT GGCCTGCTTC CTCAGCCATG
CTCACAGTGA CCATCTCCAA GGACTCGAGT CCTTTAGAGC CCCTTTCATA TACTGCTCAT
CAGCTACCAG AGAGGTAATG GCTGCAGCAA GGTGCCTGAG TCCATTGACT AATATCTTGT
AGATTCTTTT GCGAATCGAG AAATATCCCC ATCGAATGAA TTTCAATAGT GGAATCCTCG
AGTCTCGAAA ACTGCACTAC AAGCACTTGT CGAAGCTTTT GGTAAGCATT TTTATAACAT
ACGGGGTGGC ACTTGCTAAC CTGGGGGCAG AGGCCGATTC CACTAAACAC GCCGACGGAG
ATTGATCTTA CTCCGAAGCT ATCTATCAGA GTTACCCTTC TGGATGCGAA CCACTGCACT
GGCGCTGTGA TGTTCCTTAT TGAAGGTGAT GGAAAGGCCA TTCTTTATAC AGGAGATATA
CGTGGTACGC GCTAGCCATC CCCACTTGGT CATTTCTCTG ACGGGCAACA GCGGAATCGT
GGTGGATCGA TAGCCTCATC CGACACCCAA TTCTTATCCC ATATACCTTG GGGATCAAGC
GATTAGATAA AATATACCTA GATACAACGT TCGTCCACAC ATCGCATATT CCCCATACCT
TTCCAACAAA AGCGGAGGGC ATAGCTGAGC TCCTACGCAA ACTGGAACCG TACCCTGAAG
ACACTAACTT CTACTTTCGG GCATGGACAT TCGGGTATGA AGAGGTCTGG ATGGCGCTCG
CCGCTGCCTT TGATACCAAG GCAAGTATAT GTACAGGCCT CTTTTCGTCT AGCTTACATA
TGTAGGTCCA CGTGGATCGT TATCAGATTG GCCTGTACAG ATCCGTCACA CAGAGCGGTA
CAGTTGAAGC AGCTTCGCTC TGTGGGTTCA GATTGGGAAA TAGAGTTGTC TCAGGCTGTC
TAAGTGAAGA TGAGCGGTCT CGTATCCACA GTTGTGAGCC AGGCGTCCAC TGCTCTGCCG
CATCATCAAA AAACACGGTC CACATAATCC CCATAATAAG CCGGACGGAC AAGGGCGCCG
ATATTCCCGA ACTCGGGGCT GGCGGTGGCC TAGGTGATCT ATATCAGATC CATGAACTGG
AGGTTCCGGA CCAATACTCA CTAGATCAAC TGGAACAGCT CTGCAGCGAG AAGATACCTG
ATCATGAAGC TCTCTCCAAG GCAAAAGAAG CTCTCTCAGC AGCATTCAGG TCTAACACCA
AAGTCCTGTC TCTGGACAGC TACGGAATGA AGGACGCCCA CGAGATGCCT TTAGAAGAGC
TTGTGAATAT CCTCAGCCGC GGTCCTCTGA GCGAGGAACG TATGTTGCTG GAGGATTTGC
CTAAATCAAT CGATAAACTA GATAGATCAG GCGAACCTCT TCCAAGGACT ATAGTAAATA
TAAACTGTCC CACTCGCATG AATTATAATC AGTCTACTGA CAACATGCAC AGCGATTCCC
GTATTCCCGC CATTCTTCCT ACGCCGAGCT GTGCGAGTTG ATAAAAGCTT TCAAACCTCG
CGATATTCAC CCTTGCACAG TGGATCCTCT AGATTGGGAT GAAGACGTCT CTATGGAAAG
TCTCTTTGGC CATCTCTGTT CCGATAACAA GTTCGTCCAC GACCAGTACA TGCGTGAGAT
GACCGCGTTG GAGAACGGCG AACGCCCCAG AAAGAGAAGA CGACGTAATC CTGAGTCCCC
ATCGCAATCA ACCCAACAGT TAACCGTAAC CGAGAACAGC ACTACTTCAC AGGCCTCGCA
AATGTCACAG ATTTCTATGC GGACTGGCCG TGAGATAAAT GGTGCTGTTC CAACAATGGG
GGGCCATAGT TCTTCGCTCT CATTAGATCC GCCTCCTATA AGGCCAACAA TTGCCTCATC
GTCCCCTCCT TCTCCACCAC CTGCGACTAT GGCACAACCA CTAGAACATA CCTACCGCAC
TACAAACAAT GCATCAGATA ATGGCTCGAA CTCGGATTCC CTCCCCATTC CCACCTTAAG
CCCGGAGACC GCGAAAGCGA GACGATATAC TATCCAACAA GCATGGCATT ACCTCAACGA
CGCCCAGAAA TCTCAGAGCA ATAAGTTTCA ACTTGTCTCC CTTCCATCTT CATGGTCCAC
AAACGGGGAG ATTTCTGGGC CTCGCCTATC TATTTCTGAA GAACACGATG TAAGAGAGCT
TGTCGGGGGG TTTTCGTCTT CCCAGCCAAC GGCGATTTAC GAGCCAATAG CCAGTACTGT
ACGACAAGGG AAGCCACCTT TGCCGACTTC AACCGGTGTT GGGATCAATG TCGATGAAGC
TATTGACAAT ACAGAACCGG ATTTGTATCA CAATATCATC CTTGAAACCG ACAACGACAA
CGGCTCTGTT AATGAGACTG ACACGGAGCA CGAAACAAAT CAGCATCATT TCAGCCAAAA
TAGCATATCC TCATCCGCAT TTGCTTCGCA GAGTCAAAGC CAGAACCAGG GCCGACTGGT
CGAATATTTC GAGGAAGAAA CCGCAAGCGA AGAGGAATAC ATCAGCGACG CTGCGCAAGG
ACTTGTAGAT CCAGATAGAG ATCTAGCTCC GGCTCTACAA CTAGAGTCGG TGCTAGAGAC
AAGGAACCGA CCTCGGGCTC AGCATCCATT TCTCGTTAGA CGAGAATCGT CACTTCGGAA
CCGGCAAGCG GCATATCAAG CGGCAAGAGA GGATAATTAT GATGCATGGG CGGGGATATC
ACTTGTTTCG GCGGGGAATA ATCATACGGA GGAGGAGATT GAGCTTTAG
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| Protein sequence | MAPNLIDCKY AIQDRRCRHL MESSKVFASE YLHCSSNIDS SNSQSSLSLL SITSEETQNG
HPLWPASSAM LTVTISKDSS PLEPLSYTAH QLPESGILES RKLHYKHLSK LLRPIPLNTP
TEIDLTPKLS IRVTLLDANH CTGAVMFLIE GDGKAILYTG DIRDTTFVHT SHIPHTFPTK
AEGIAELLRK LEPYPEDTNF YFRAWTFGYE EVWMALAAAF DTKASICTGL FSSSLHISVT
QSGTVEAASL CGFRLGNRVV SGCLSEDERS RIHSCEPGVH CSAASSKNTV HIIPIISRTD
KGADIPELGA GGGLGDLYQI HELEVPDQYS LDQLEQLCSE KIPDHEALSK AKEALSAAFR
SNTKVLSLDS YGMKDAHEMP LEELVNILSR GPLSEEHRSG EPLPRTIRFP YSRHSSYAEL
CELIKAFKPR DIHPCTVDPL DWDEDVSMES LFGHLCSDNK FVHDQYMREM TALENGERPR
KRRRRNPESP SQSTQQLTVT ENSTTSQASQ MSQISMRTGR EINGAVPTMG GHSSSLSLDP
PPIRPTIASS SPPSPPPATM AQPLEHTYRT TNNASDNGSN SDSLPIPTLS PETAKARRYT
IQQAWHYLND AQKSQSNKFQ LVSLPSSWST NGEISGPRLS ISEEHDVREL VGGFSSSQPT
AIYEPIASTV RQGKPPLPTS TGVGINVDEA IDNTEPDLYH NIILETDNDN GSVNETDTEH
ETNQHHFSQN SISSSAFASQ SQSQNQGRLV EYFEEETASE EEYISDAAQG LVDPDRDLAP
ALQLESVLET RNRPRAQHPF LVRRESSLRN RQAAYQAARE DNYDAWAGIS LVSAGNNHTE
EEIEL
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