| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_02068 |
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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 | 2698121 |
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| End bp | 2702430 |
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| Gene Length | 4310 bp |
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| Protein Length | 1305 aa |
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| Translation table | |
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| GC content | 54% |
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| IMG OID | |
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| Product | RNA binding effector protein Scp160, putative (AFU_orthologue; AFUA_2G04700) |
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| Protein accession | CBF86115 |
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| Protein GI | 259487437 |
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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 | 17 |
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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 | 41 |
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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 | ATGTCCGCCG AAGCCGTCAA TGGGGCCCCC AAATCCCGGG CAGCTATGCT GGAAGAACAA
CATGCTCTCG ATGAGGCACA CAAGGCCACT GTGGAGGATG TCGTGGACGA AGAAGACTTA
TTGCACCCTC CTCCCTCAGT CCAGGCGGTT AGCGAACAGG CTTCCAGCGC ACCCTCGCAA
GCATCCACAC CACCCGTAGC CAAGGCATCA GTCAGCTCGA AGAATGCGTC CGGAAAGCCC
CCTGCTCTGG ATGTGCAATC GGAGGAACTG TTCCCTGCAC TGGGAAGCGG TCCCAAGCCC
AAGGCGCCTG CTGCATCCGC CTGGGCCGCA AAAGGCCCCT CCGCCGCCGC CGCCCTCGCT
AATGGCGCCC CCAGCGGTGT GTCGTCAGGT ATGTCGGTCT TAACCATATA TTATGGCACT
GGCGATAGAA ACGTATTACT GACTTTTTTT AGCGGATGTC CCTAGGATTA TGACATTGCC
CGGAAAGCAC ATAGAGCAGC TTCGACTTGC GCCGTCTCAG ATGCTTCAGA GGGGCCAATT
GAAGAAACCA CTGCGGGATA TCCTGCGCGA TATCTCTAAG CGATCAAAAG CCAATGTAGA
TATGCGCGGT GGGCCTGGAG GGTCTATCAT CTTCGAGGGT AGGGGATCGG TGGATGCAGT
GCGCCAAGCG CTTAAGCAGG TGGCGCAGCA AGTCGGTTCT AAGGTATGCG TCTTTTTCGC
TATTCTCATA GTCGACCCTA ATTAAATCTG GTCTAGCAAT CGGTTCGTGT CCCAATTCCC
ACCTCAGCTC GTCCTCACAT TATCGGTAAA CAAGGAGCTG TCGTTCAGGA ACTCCAGCAG
CGCACTGGTG CGCGCGTGCA GGTTCCTCGC GCGGAAGAGC CAACTGGCGA TGAGGACGAG
GACAATGACA CCATTGATGT GTTGATTGAA GGTGATGCTG TTGCCGCTGA AATGGCTCGC
CGAGAAATCG AGGCTATTGT GAAGGAGCGA GCGTCTAACA TGAACCTACG CCTTCGGTCA
ATCCCACCGG AATTCTTCCC CTTTATTGCC GGTCCTCATA ATGCGAACTT GAGAGAGATT
GAGGAGCGCA CCAAAGCTCA GATCCATGTT CCTCGATACG ATACGTGGCA AAGCCAACCT
CCACCGCAAG AAGCTGAGCC CGGCCACGTT CAGTTCACGC CGGTCTCGGA CAGGCATATA
CTTATTTCCG GAGAGCGCTC CGCGACTCAG GATGCTCGTG CTGAAATCGA AAAGCTTGCT
GCTGATCTTC AGCGTCAGTT GACAATTCGA CAGCTCGCCA TCAATCGGGG TCAACATCAA
TTTATTCTCG GTGACAATGC CAACGCACTG CATGACTTCC TTGCTGAGAC TGGTTGCGCT
GTCGTGCTGC CGCCTCCGTC CGATGAAACT GAATTCCTGA CCGTTACTGG TCCACTTCAG
CGTATCGAAG ATGGTGTCAA CCGCGCAATG GACCTTGCTA CGAGTATGCA GATGGCGAGC
ATTGATTTGT CGCGCCAGCA CCCTAACGCC CCTCTCGGGC CTCATGCTCA TGCTCGTGCG
CTTACGCGCT ACCTTGCCCA GCGACAAATC ATCAAGGAGC TTGAAGGCAT GTACGATTCG
CGGATTGCTC TGTCGCCTGC TTCAGACGGT CCTGTTACCT GGGAAGTGTA TTCGAGGGAC
GGCAAGAACA CGATCCGTGC ACGCTCTGAT ATCCTGAACC TCGTTCAGGC CCATCCTCCT
GCCAGACTTC GTCACCTTTC TGTTGACCCG TACTTCCACC CTTACTTACG CTCCCGTAGC
ATCCCACAGT TGAGGTCTAA CTACGGTGTC CATGTTCTTA TTCCCGACGA TATTGATAGT
CCTGATGTTG TCCTTATTTA CGAAGGTCCT TCGGCGAGCT CCTCTCAGTT GGAAATTCCG
CGTCAGCGGC CATCTGCTGC AGATCTTGCC ACTTTCGAGA AAGCCCTACA GGAAGCGCAA
GAGTATCTTT TGAACTCTCT AGGTAGCCAG GATGACATTA TCACGGAAAA TGTGTCCATT
CCGAGCAAGT ACCAGGAGAA GGTTCGTAAG TTCATCTCCC GTGAACAGGA AGCGAAGGGT
GAAGATCATA TCCCTGTTCG TGCACTTGTT GGTGGTGGCC CGAGCCGCAA CGGCGGAGCC
ACTCCCCAGA GCGACGTCGC ATTGCGCGGT CCATCCCGCC TAGTGAAGGA AATTGCCGCC
AAGATCGGAG AATTTGTCGT CGAGCAGGAG AAGGATGACC TTGAAAGAGG CTACACAACC
TCTTTTGATT TCCCCAAGAA ATTTGCAAAC TTCCTCATTG GAAAGAGGGG CGAGAATATT
AACAAGCTTC GTGACGAATT TGATGTTGAT ATCAAGGTCG AAGACGGCAA GGTGGAGGTC
AAGGGACCTA AGGCAAAGGC TGATGCAGCC AAGGCTCGGA TTATCAATCT CGGCAAGAAG
CTGGAGGATG AGACGACTCA CGTCCTGAAG GTCCCTGCCC AATACCACCG AGAGCTTATC
GGACAGAAGG GTAGCCAAGT CAATCGACTC CAGGACCGTT ACTCCGTTCG TGTTCAGTTC
CCCAGGGCAG TTGTCATTAA CGACGACCAG TCTGTTGCGG ACACTGCTAG CGAGGCTGGC
AGCGCTCGAC CTCAACGATC CCAGCAGGCT TCTGACGAGG TGATTGTCAA AGGACCCAGC
AAGGGGGCAG ACGCCGCGCG CGATGAGATC CTCAGTCTGC TGCAATGGGT CGTTGATCAT
TCTCACACGG CAACCGTGTC TGTCGCCCAA GGCCAGATTC CTTCGCTGAT CGGCCAGCGC
GGACGCGAAA TGGATAAGCT CCGAGCTGAT ACTGGGGCTC AGATCGATGT TCCGGGCGCT
AACGATGCAC CGGATACCTC TGGACGCGTG GAAATCAAGA TCAAGGGAAC CAAGAAGCAG
GTAGAGGAAG CAAAGAAGAT CCTGCAACAG CGTTCAAGCG AGTTCGATGC TACGGTCACA
AAGACCATCA ACGTCGACAA AAAGCACCAC AAATCCCTGA TCGGTGGTGG TGGTAAGTTT
AAATTTGTTA CATATTGTGT CGGACCTCAC TGACAGTAAT AGGTGCCAAT ATTCGCAAGC
TTGTTGCGGA AGCCGGTGGT CCTACGGACT CGAGCGCGTC TCGACTCGTC AGATTCCCAC
GTCCTGAAAG CGACGATACC ACCATCAGAC TGGAAGGAAA TGGTGCAATT GTGGACAAGA
TTATCGCCGC TATTGAACAA TTTGTGCAAG AGCGCGAAGA CCAAGTTGCC ATCAACCTTG
AAGTACCTCC CGTGCAGCAC CGTCTTCTCA TCGGCCGTGG AGGAGACACC CGACGGGGCA
TCGAGTCGCA GTTCGGCGTC ACCCTCGATA TCCCCAGACA AGGTTCTGGG CGCTCTGATG
TCAAGCTCAA GGGGCCTAGC AATGCCGTTG AACAGGCTAA AGAGCACATT CTGGCCATGC
TCAAGGATCA GCAAGGTGTG AATGTTGATG TCCCGAGTCA TCTACACCAT GCCATCGCCG
ACAATGGGTC CTTCTTCCGC CGCCTTCGTA ATGACTACCA GGTAACGGTG GACCATGCGG
GCCAGCAAAT CCCGCCGAGA CCAAACGTGG AAGACTCGCG CAGCGCCGTT AACGGAGCCT
CCTCGCTCCC TTTGATCACC GATGAACCCA GTGATGCACT TGACGCTCAC TCATGGAAGG
TGGTAGACAA CAATGTTGCT AGCGACCCTA GCCAACCTGC TACCATCCCA TGGGTCCTGG
CTGGATCTAC GGACAATGTC AACAAAGCAA AGGCTGCCTT AGAAAAAGCC ATCGCCGCTG
CCTCTCAACA ATCCGCGACC GGCTACCTCA TCCTTCCTGA CCCCAAGACA TACCGATTCG
TCGTCGGCCA GGGCGGCAGC CAGATCAACT CTATCCGCAA ACAAACAGGC TGTCGAATCA
ATGTGCCTAA GGACCAGGCC AAGGGCGAGG CGATCGAAAT CAAGGGTAGT AAAGAGAACC
TCGACAAGGC AAGGGATCTG ATTCTAGAGG CCGTCCGTGC CGGGCTGAAC GGCAACTCAA
GGTGACGATC CCTGTCATCA CCCGGATTCT GAACATATAT GAAGATATAT CATTTATCCC
TTTTTCTCTT CCTTTCTTTC TTACACTTGT ATTGCTTCAT CAAAAGAATG TGTTCATTTC
TACTGCTACA TCATCGGTCA TGAGCATCCT GGCGATTTTG CGTCATCTTG AATATTCGTT
ATATATTGTT GTATTGGACA GCGAATTAAT GGACAATCCT CTACTCATTC
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| Protein sequence | MSAEAVNGAP KSRAAMLEEQ HALDEAHKAT VEDVVDEEDL LHPPPSVQAV SEQASSAPSQ
ASTPPVAKAS VSSKNASGKP PALDVQSEEL FPALGSGPKP KAPAASAWAA KGPSAAAALA
NGAPSGVSSA DVPRIMTLPG KHIEQLRLAP SQMLQRGQLK KPLRDILRDI SKRSKANVDM
RGGPGGSIIF EGRGSVDAVR QALKQVAQQV GSKQSVRVPI PTSARPHIIG KQGAVVQELQ
QRTGARVQVP RAEEPTGDED EDNDTIDVLI EGDAVAAEMA RREIEAIVKE RASNMNLRLR
SIPPEFFPFI AGPHNANLRE IEERTKAQIH VPRYDTWQSQ PPPQEAEPGH VQFTPVSDRH
ILISGERSAT QDARAEIEKL AADLQRQLTI RQLAINRGQH QFILGDNANA LHDFLAETGC
AVVLPPPSDE TEFLTVTGPL QRIEDGVNRA MDLATSMQMA SIDLSRQHPN APLGPHAHAR
ALTRYLAQRQ IIKELEGMYD SRIALSPASD GPVTWEVYSR DGKNTIRARS DILNLVQAHP
PARLRHLSVD PYFHPYLRSR SIPQLRSNYG VHVLIPDDID SPDVVLIYEG PSASSSQLEI
PRQRPSAADL ATFEKALQEA QEYLLNSLGS QDDIITENVS IPSKYQEKVR KFISREQEAK
GEDHIPVRAL VGGGPSRNGG ATPQSDVALR GPSRLVKEIA AKIGEFVVEQ EKDDLERGYT
TSFDFPKKFA NFLIGKRGEN INKLRDEFDV DIKVEDGKVE VKGPKAKADA AKARIINLGK
KLEDETTHVL KVPAQYHREL IGQKGSQVNR LQDRYSVRVQ FPRAVVINDD QSVADTASEA
GSARPQRSQQ ASDEVIVKGP SKGADAARDE ILSLLQWVVD HSHTATVSVA QGQIPSLIGQ
RGREMDKLRA DTGAQIDVPG ANDAPDTSGR VEIKIKGTKK QVEEAKKILQ QRSSEFDATV
TKTINVDKKH HKSLIGGGGA NIRKLVAEAG GPTDSSASRL VRFPRPESDD TTIRLEGNGA
IVDKIIAAIE QFVQEREDQV AINLEVPPVQ HRLLIGRGGD TRRGIESQFG VTLDIPRQGS
GRSDVKLKGP SNAVEQAKEH ILAMLKDQQG VNVDVPSHLH HAIADNGSFF RRLRNDYQVT
VDHAGQQIPP RPNVEDSRSA VNGASSLPLI TDEPSDALDA HSWKVVDNNV ASDPSQPATI
PWVLAGSTDN VNKAKAALEK AIAAASQQSA TGYLILPDPK TYRFVVGQGG SQINSIRKQT
GCRINVPKDQ AKGEAIEIKG SKENLDKARD LILEAVRAGL NGNSR
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