| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10285 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | No |
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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 | 3457169 |
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| End bp | 3461563 |
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| Gene Length | 4395 bp |
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| Protein Length | 1272 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 | pentatricopeptide repeat protein (AFU_orthologue; AFUA_5G10660) |
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| Protein accession | CBF86583 |
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| Protein GI | 259487705 |
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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 | 11 |
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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 | 43 |
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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 | CACCTTTGTC TTTTTCTTCT TCACACTCTC TTCACATTTT ATTATCCCCC TTTCTTTTCG
TCTCGCGCGT TCATTGGCGA CCCCGTCGTC AAATGAACCT GCATTATCAC CTTTCTCCGG
AAAATAAGGT ACAGTCCTCC AGGAGATCCG ACAACTCCCA ACAACTCAGC CAGGATTAAG
ACCCTAATCA GTCCTAGTGT TGCCTCTTCC CATTGATGAA GAGGTCCCCC GCAAGATAAA
TGGTCTTCAA GCCGTTTACC CATATCGCGC GTCAGAGTTT CACCAAAGCC TTCACTCATG
GCTATGCTCA ATCAGTAGTT GCCGCCTCGC AGTCGTCCTA CGCGTCGTCA ACCACACTCA
ATCATCTCAC CGTTGCGAAC CCGGCAAAAT ACTCTCGAAC TACTCAGTTA CAACATGTCT
TCCAACCGTC GAGTTCTTCA GGTGCCGGCG CGAAGGCCAG CCAGGGTAGC TCGGGTGGTG
GTGATGCAGG CTTAGCCGCC TACTATGCGG CGTGGCAACA AGCCCAGCAG ACTGGTGACG
ACAGCGACTG GAAACAGTTG CAGTTGAAAC GAGGTCTTGG CTGGAAACCG CTCACGGAGG
AAGAAGCGAG TAAACGAAAG GACGAAAATG GCCTGTCCCC CACCGCTCGG TCCGATCTCA
ATCACTCTCC GCATCTCACC CAGGCCTCTG TCAATGCCGA TGTGAGTGCA AAGGTTGAAG
AAGCAGTGGC CCGCGAGATC CAGATACAAG AAGAACAAGC ACGGGCGGAG GAAGCGTCGG
AGGCGCAGGA TGCCTCTGCC ACCGAGGCAT TCCCGGACCT GCCGGATGAT GTAGCTGCTG
TTGGTGATAT CGCGACAGAA GAGTCCCGCC TTGCTTCAGA AAGGATCGAG CAACTCGCCT
GCGATAAGAA GTTTGTGGAT ATCCCTGGTG CCTTCGCAGC TCTTCTTCGA GACGGCCTTA
CGCCGACCGT TGGCGCCTAC AATGCTTTGT TGGACTCAGC TATTGAACTC CACGATGATC
GATCACAGGC GATCCCGAAG GCGCTCGATG TTTACTCGGA TATGCTTCGT CGTAGGGTAA
TTCCTGATGA ACAAACGTAC CGGATGCTGG TTCAGCTCTT CGTGTTACGT GCCCACGACG
CCATGAAAGC GATGGAGGTG CTGGAGCAGG AGAGGGTCCG TTATGGAGGA ATGGAGGAGC
CTGGAAAGTT CATGCTGCAC TCCAGTGAGC TTGAGAAGGC CATTTTGGCT GAGGATGACT
CTCTTGGAAT TGCGCTTAAG CTTTTCGACA CGGCCACTGC CCGACATGCG GATCTTGTCT
TCCCGATCGA TACGTACCGC CATTTGATTA GTGCCTGCGC CACTGAGGGT AAGGTTGACG
CGATGGTTCG CGTGTATGCA CACATGGAGT CTCACAAAGT GACCCCTCAC GCCTCCATCT
TCCCCTCAAT GATTGACGCC TTTGCTTCCG CCGGCGAGTT GACGAGTGCT GTTGAGTGCT
ATAATGAGTA TAGGTCACTC GCGGTGTCCG ATGACAATGG AACATTCTGC ATTATTCAGC
GTCTGGATGG CCAGGTTTAT GCCGCTTTGA TCAAGGCTTA CATTACATGT GGCAAGGAGG
AAAATGCGAT GCGTTTCCTC GATCGCATCC GGTCCTCCTT TGATGAAGTT ACTGAAAACC
GTGAAACGCG ACAAGAGGCA CTGGAGTCAG TTATCATCCA TGACGCCCTT GTGCAACATG
CTCTGAAATC GGGAGATTAT GCTAAGGCGC TTGGGCAAGC CAAAACTCGG TTACGCGACG
GAGCTCTTGA TCAGGCCATG TCTCAGATCT GCATAGCGGC GGCCGATTCC GGCAACTTGG
AGATCGCTTC CGAAGCATAC GATCTTCTCC CCAAGGACGT GGAGACACGA CAGAAGCCTG
CCGTTTCTAT GTTAGCTTTG CACGTCCGTG ACGGCAATGT GTCAGCTGCT CGGTCCTTGT
GGCTGATGTT AAGCACTGTG GGTCAGGCAA CGTCGGATAT GGTGCAGCCG ACTGTGATGT
ATGCAGTCGC TCTTCTGAAG AGTGGTCGCA CCGAGGAATC TCTTGTTGAG GCGCGGAATA
TGTTTAGCCG CATCCGCTCT TCCAACGATC TCTCTTCGAA CTCTCTTCGT GAACAGATCA
ACGAGTGTAT TCACCTCCTC AGTCGTGTTC TTGTCCAGAG CGCTGCTATA CTTTCAACCC
AAGCGTCAAT GTCACTTCTC TGGTTGATGG CGGAGAACGG CGCCTTGATC TCACCAGTTG
CTCAACACGC CGTTGCGTTT CTAGGACCTC TGGAGATTTC GCAGCTCAAT TCACGCGATC
TCGCTCTCGC CCTTCAGGTT CAAGCTGGAA TTCTGGTCAA CAACAGCGCT ATGTCTTTTG
ATGCCGCACA CCCTATTCGA TTCTCTCATA TGTTGGACAT TGCTCTAGCA ACAGGACTCG
CGATGGATTC CACTACCGTC AATCTCGTTG ACCAAGCAGT TAATAAGCTT TTCACTAGCC
GGCCTGACAT GGTCAGCCGA TGGCACAGTT ACTTGGGCCT GACATCTAGC CCGTCTAGCT
ACATTTCTGG TCCGCACACC CCTGTCTCGG AGATTTCGAG TATGAGCTCG GTTCTGAGTG
AGGACTCGTT TGACCCTTAT GCATACGCTA CCGACTTCAA GGGATCGGCG CTGATCGCTG
ATGGACTCGA GAGCACTAAT GGTCGGCCCG AGGCTCACCT CAATGAAGCT CTTAATAGGC
TCCGCAACAT GCGTCGCGCT GGTCGACACC CTCGCTACGT CACCTATGCC AAACTTATTG
GGGCTGCAGC CAAGAACAAC CGCGTTGATC TTGTGCACGA AGTCTTGAGT ATGGCTAGGC
GTGACGTTCC TCTTCTGCCC CAGTATAAGG CTGTTAAGTA TGGCTGGACT TCTATCCTTG
ATGCCATGGT TGCCGCTTGC TTAACCCTAG GTGACCGTGG CCTTGCCGCC AAGTATCACC
ACGAGCTGTC CGAACTTGGC TCTGCCCCCT CTGCCAACAC TTTCGGCCTG TACATCACCA
CATTGAAGGA ATCCACCAAG ACATTCGACG AAGCCACCGA AGCCTTGAAG ATCTTCCACC
GTGCTGTTGC AGAGGGTGTT GAGCCCACAT CGTTCTTGTA CAATGCTCTT ATTGGCAAGC
TGGGCAAAGC CCGTCGTATC GATGATTGCC TCCAGTACTT CGCCGAGATG CGTGCCAACA
ATGTCCGACC TACCAGTGTC ACCTATGGAA CTATTGTCAA CGCACTTTGC CGTGTTAGCG
ATGAACGTTT TGCCGAGGAG ATGTTTGAAG AGATGGAATC CATGCCAAAT TACAAACCCC
GTCCCGCACC TTACAACTCC ATGATTCAAT ATTTCCTCAA CACAAAACGC GACCGCAGCA
AGGTTTTGGC CTATTACGAG CGTATGCTCA GCCGCAACAT CAAGCCGACC ATGCATACCT
ACAAGCTCCT TATCGACGCG CATGCTTCTC TAGAACCCGT TGATATGGAG GCCGCTGAAA
AGGTACTGGA GACTGTTAGG GCATCTGGAC AAGAACCGGA AGCCGTGCAT TATGCGTCGC
TCATTCATGC TAAGGGCTGT GTGATGCGGG ATATGGAAGC TGCCCACGAC GTGTTCAAGT
CTGCTGTTTC AAACCCCAAG GTTAACGTGC AGCCTTGCCT GTACCAGGCC CTTCTCGAAT
CCATGGTTGC TAACCGCCAG GTCGCGCAGA CCGAAACTGT TGTTGAGGAC ATGGTCAAAC
GTAGGGTGGA GATGACCGCT TACATCGCCA ACACCCTCAT CCACGGATGG GCCGCCGAAG
GAAACATCCA AAAGGCCCAG GCTATTTATA ACAGTGTCGG GATTGAAAAA CGGGAACCAA
GTACGTACGA GGCCATGACT CGTGCGTTCT TGGCCGCCGA CGACCATGCG AGCGCTTCTC
GCACGGTGCA GGAGATGCTC TCCCGCGGGT ATCCTACGGC CGTGGCTCAC AAGATTGCCG
ATCTTGTGGG CAATGGTGCA GTCACAGCCA CTCTCTAAAG TGGTTGTTCA GTTCTTTGAC
GATAAAAGTT GCCTCTTTTC TTCATATCCA GACGCCCACC ACTGGGATCT TATCGCATCC
ACACAGGGCT GGACCCGGTT TTCTCTAGCT CCCCAGCCCG ACATTAACTA TGGACATTGG
GAGGCACTTG AATGCCAGGA GCTCTTCGTA TTTATTTGGA CATATTGCAT TCAGCGGGTA
TGGCGTTCGT CGCATTTTTG TATCTATACC ACTGTTTGGG CTATGGTTCT GCTTTTTTTT
CTTTTGTTCA TTTCTTTCCA TTTGTTTGAT AGAGACTCTC AACTCTCACG TCAATGATAT
ACGACGTTCG ACGAT
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| Protein sequence | MVFKPFTHIA RQSFTKAFTH GYAQSVVAAS QSSYASSTTL NHLTVANPAK YSRTTQLQHV
FQPSSSSGAG AKASQGSSGG GDAGLAAYYA AWQQAQQTGD DSDWKQLQLK RGLGWKPLTE
EEASKRKDEN GLSPTARSDL NHSPHLTQAS VNADVSAKVE EAVAREIQIQ EEQARAEEAS
EAQDASATEA FPDLPDDVAA VGDIATEESR LASERIEQLA CDKKFVDIPG AFAALLRDGL
TPTVGAYNAL LDSAIELHDD RSQAIPKALD VYSDMLRRRV IPDEQTYRML VQLFVLRAHD
AMKAMEVLEQ ERVRYGGMEE PGKFMLHSSE LEKAILAEDD SLGIALKLFD TATARHADLV
FPIDTYRHLI SACATEGKVD AMVRVYAHME SHKVTPHASI FPSMIDAFAS AGELTSAVEC
YNEYRSLAVS DDNGTFCIIQ RLDGQVYAAL IKAYITCGKE ENAMRFLDRI RSSFDEVTEN
RETRQEALES VIIHDALVQH ALKSGDYAKA LGQAKTRLRD GALDQAMSQI CIAAADSGNL
EIASEAYDLL PKDVETRQKP AVSMLALHVR DGNVSAARSL WLMLSTVGQA TSDMVQPTVM
YAVALLKSGR TEESLVEARN MFSRIRSSND LSSNSLREQI NECIHLLSRV LVQSAAILST
QASMSLLWLM AENGALISPV AQHAVAFLGP LEISQLNSRD LALALQVQAG ILVNNSAMSF
DAAHPIRFSH MLDIALATGL AMDSTTVNLV DQAVNKLFTS RPDMVSRWHS YLGLTSSPSS
YISGPHTPVS EISSMSSVLS EDSFDPYAYA TDFKGSALIA DGLESTNGRP EAHLNEALNR
LRNMRRAGRH PRYVTYAKLI GAAAKNNRVD LVHEVLSMAR RDVPLLPQYK AVKYGWTSIL
DAMVAACLTL GDRGLAAKYH HELSELGSAP SANTFGLYIT TLKESTKTFD EATEALKIFH
RAVAEGVEPT SFLYNALIGK LGKARRIDDC LQYFAEMRAN NVRPTSVTYG TIVNALCRVS
DERFAEEMFE EMESMPNYKP RPAPYNSMIQ YFLNTKRDRS KVLAYYERML SRNIKPTMHT
YKLLIDAHAS LEPVDMEAAE KVLETVRASG QEPEAVHYAS LIHAKGCVMR DMEAAHDVFK
SAVSNPKVNV QPCLYQALLE SMVANRQVAQ TETVVEDMVK RRVEMTAYIA NTLIHGWAAE
GNIQKAQAIY NSVGIEKREP STYEAMTRAF LAADDHASAS RTVQEMLSRG YPTAVAHKIA
DLVGNGAVTA TL
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