| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08713 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001303 |
|---|
| Strand | + |
|---|
| Start bp | 2989558 |
|---|
| End bp | 2992856 |
|---|
| Gene Length | 3299 bp |
|---|
| Protein Length | 985 aa |
|---|
| Translation table | |
|---|
| GC content | 52% |
|---|
| IMG OID | |
|---|
| Product | single-stranded DNA endonuclease (Eurofung) |
|---|
| Protein accession | CBF78182 |
|---|
| Protein GI | 259483093 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 19 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 55 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGCCGCCTG AACGACAGAA TGTGCCGGTG AAGCTGTCCT TGCCATTAGT ACGTTTCTGG
TACCGTACAT TCTTTTCCAT CGTGATTTCT GCTAACAGAG TACGTTGCAG CAATTCCAGC
AGGACATCTT CACCGAACTC CGCGGCGAAG ATGAGCTGGT CATCCTCGCC CGTGGCCTAG
GCCTCCTCCG CCTGATTACG AACTTGCTTC ACTTCTACGA TGCAGCAGGG AATAATCTGG
TTCTATTAGT GGGAGCGAAT GACCGAGAGA ATGAATGGAT CGGCGAGGGT ATGTGCCTCA
AGCGATAACC CATCCAGAAG TACGCCGCTA ACATGGTAGA AGCCCTGGCG GAGCATTATG
CAATAAGCAA AACGCCTCTT GCAAGGGGTT TAAAGGTCAT AAATACCGAC AGGGCTACAG
TGCCGATGCG GTGGGTGCGC TTTCATGGGC TATATGATGG GAGACTGATT GCTCTAGGGA
AAAGATATAC GCCGAAGGCG GTATTCTGAG TGTGACATCC AGGATACTAG TCGTGGATCT
TTTGTCCAGT ATATCCCTCC TCAGTCGTCC CCGATGTCAA GCTGCTGACC CGTTCAGAGC
TACTTGACCC AGAGAGGGTG ACTGGATTGG TTGTACTTCA TGCTGACAAG TAGGCCTTGC
CTCCCGGTTG TCTTGGGCCA GCTGACTTCT GGTAGAATTG TCGCGACGTC GACTGAAGCA
TTTATCATTC GAATCTATCG CAATGCCAAC AAAAGTGGCT TTCTGAAAGC CTTCTCCGAC
TCGCCGGAAC CTTTTACTAC GGGATTCGCG CCCTTAGCCA ACTCTTTGCG TAACCTTTTC
CTACGGAAAG CTTCATTATG GCCGCGGTTC CACGTTACTG TTGCTGAATC GCTGGAGGGC
CATCGGAAAG CCGAAGTAAT CGAGCTCGAG GTCCCCATGA GTGATAAAAT GCGCGAGATA
CAAAACGCAG TCCTTGAGTG TGTGGAGCTC TGCATTGGAG AACTCAAGAA AGCGAACACG
GGATTAGACA TGGCCGATTG GACGTTGGAT AGCGCTCTGC ATAGGAGCTT CGACATCTCC
ATCAGACGCC AGCTTGACCC TATGTGGCAT CGTGTGAGCT TCAGGACCAA GCAGATTGTG
AGCGATCTCA GTGACCTCCG CGCAATACTT CAGTACGTAC GATGGCCCAC TTTTAAACAG
ACATTCATAC TAACAACAAT CAGCGCCCTG CTCACATATG ATGCTGTCTC ATTTGTCAAA
TATCTTGACA CTATTGTGAC CGCGCATTCC CCTCCGCCGG GCTCCACGAG GCACAATTAC
TCACCCTGGC TGTTTCTCGA CGCGGCCCAC GTCCTCTTTC AGACAGCAAA GTCTAGAGTA
TACGAAGGGA AGATTGGCAA TGAATTATCT CGCTCATCCA TGACATCTTT ACCTACCACG
CTTCGGCCTG TATTGGAAGA GCAGCCCAAA TGGGACGTTC TGGCTGAGAT CCTCGAGGAA
ATAGAAATGG ACGCATATCA TAATCCGGCC AGTACAGGTG AATCAAACAA CACGGTACTG
ATAATGTGCA CAGATCAACG AACGTGCTGT CAACTTCGGG AGTATCTGGG AACAATGAAT
ACCAAAGTCG AAGATGAGCG GCAGGAGGTT GCAGATGGTA GCGAGGACAA GCAAGAGAAG
AAGCGCTCAG GAGAAGTTAT GTTGCGCAGG AAACTAAGGG AGTATGTCAA CTGGAAACGC
TCACTGGTCA ATGTCAACAA AAACTTGACA GCAAAACCAG TGAATGAAGA GCCTCGAACA
GGATCAGGCC GGGATTCACC ACGACCGACG ACTCAGCAAG GTCGAGCTCC ACCGAACAAA
CGACGCCGAG TCCGTGGAGG AGCTGCTTCT GTTGCAGCTC CCCGTCAACC AAACAGCAGT
GTTCAAGCAG ATACTGAGCC TTCAGAGCAA ATGTCTGTTC TCCTGGATGT GATTCAACCC
ACGGAAGTAG AAGAAAGCCT CAAGGAAGAG ATCATTATTG ATGACCTTGA GGACATGGGC
GACATTTACG AACTATATGA TATGGATGAC TTGGTGATGG TACATCCTTT CGACGGTGAT
ATGGACGAAC ATATACTCGA AGAAGTCCGT CCTAGATATA TCATCATGTA CGAGCCCGAC
CCTGCATTCA TCCGGCGGGT CGAAGTATAC CGCAGCTCCC ATGTAGGGAG GGACGTGCGG
GTTTACTTCA TGTATTATGG TGGCTCCGTC GAGGAACAGC GTTACCTGAG CGCAGTGCGA
CGGGAGAAAG ACGCATTCAC AAAGCTTATC AAAGAGAAAA GCGTCAGAAC CCAGCTAAGC
TGTATAAACA AACCAAAGCT AACCATCAAT AGAATATGGC CGTAACCCTC ACGCACGACA
AAAGCGCCGA AGATCCCCAA GAGCAATTCC TCCGCACAGT AAATACTCGC ATCGCCGGCG
GGGGCCGCTT GACAGCAACA GCCTCACCCC CGCGTGTCGT CGTTGACGTG CGCGAATTCC
GCAGCGCTCT GCCCTCCCTC CTCCACGGCA ACAATATGGT CATTGTACCC TGCCAGATCA
CCGTCGGCGA CTACATCCTC ACCCCGGACA TCTGTGTCGA GCGCAAGTCC GTCCGTGATC
TCATTTCCTC CCTCCGCAAC GGCCGCCTCT ACAACCAAGC CGAGACCATG ACGCAACATT
ACAAATCGCC ATTGCTGCTC ATCGAATTCG ACGAGAACAA ATCGTTTACT TTTGACGCTT
TCACGTCTGC CACGACGCCG GGGACAACAT TCCTCACGGA TTTCGGATTC TCCTCATCTG
GAACCGTAAC TACGTCTCTA TCATCCAGCA GCGCGCTGAT TAACCCCTCC GCGCCAAAGT
CAGCACAACA CCTCCTCGTC CTCCTGACAC TTGCATTCCC GCGCCTGAAA ATCATTTGGT
CGTCATCACC CTACCAAACC GCCGAGATCT TCGCCGAGCT GAAGAAGAAT GCGCCTGAGC
CGGACCCCGT CCGTGCCGTG CAAATTGGGC TTGATGTGAA TATTTCAGAC GATTTGGGCT
CCGGGGATCT CATGACTGCT TCGGGGATTG AGCACAGGAC GTTTAATCTT CTGCCGCAGG
AGATGCTAAG GGCTGTTCCG GGCGTATCGC CGCAGGTGTT AGAACGGTTG ATCCTCGAGA
CGGGAAATAT CTCCGAGATT GCTAATATGA GTGTTGAAGA GTTGGATCCG TTCATGGGGA
GGGAGGCTGC GAGGCAGGTG GTTGGATTTT TTCGGAAGAG TGTATTTGAC GGGGATTGA
|
|---|
| Protein sequence | MPPERQNVPV KLSLPLQFQQ DIFTELRGED ELVILARGLG LLRLITNLLH FYDAAGNNLV
LLVGANDREN EWIGEGIPGG ALCNKQNASC KGFKGHKYRQ GYSADATDCS REKIYAEGGI
LSVTSRILVV DLLSKLLDPE RVTGLVVLHA DKIVATSTEA FIIRIYRNAN KSGFLKAFSD
SPEPFTTGFA PLANSLRNLF LRKASLWPRF HVTVAESLEG HRKAEVIELE VPMSDKMREI
QNAVLECVEL CIGELKKANT GLDMADWTLD SALHRSFDIS IRRQLDPMWH RVSFRTKQIV
SDLSDLRAIL HALLTYDAVS FVKYLDTIVT AHSPPPGSTR HNYSPWLFLD AAHVLFQTAK
SRVYEGKIGN ELSRSSMTSL PTTLRPVLEE QPKWDVLAEI LEEIEMDAYH NPASTGESNN
TVLIMCTDQR TCCQLREYLG TMNTKVEDER QEVADGSEDK QEKKRSGEVM LRRKLREYVN
WKRSLVNVNK NLTAKPVNEE PRTGSGRDSP RPTTQQGRAP PNKRRRVRGG AASVAAPRQP
NSSVQADTEP SEQMSVLLDV IQPTEVEESL KEEIIIDDLE DMGDIYELYD MDDLVMVHPF
DGDMDEHILE EVRPRYIIMY EPDPAFIRRV EVYRSSHVGR DVRVYFMYYG GSVEEQRYLS
AVRREKDAFT KLIKEKSNMA VTLTHDKSAE DPQEQFLRTV NTRIAGGGRL TATASPPRVV
VDVREFRSAL PSLLHGNNMV IVPCQITVGD YILTPDICVE RKSVRDLISS LRNGRLYNQA
ETMTQHYKSP LLLIEFDENK SFTFDAFTSA TTPGTTFLTD FGFSSSGTVT TSLSSSSALI
NPSAPKSAQH LLVLLTLAFP RLKIIWSSSP YQTAEIFAEL KKNAPEPDPV RAVQIGLDVN
ISDDLGSGDL MTASGIEHRT FNLLPQEMLR AVPGVSPQVL ERLILETGNI SEIANMSVEE
LDPFMGREAA RQVVGFFRKS VFDGD
|
|---|
| |