| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06507 |
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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 | BN001301 |
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| Strand | - |
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| Start bp | 2266132 |
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| End bp | 2269208 |
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| Gene Length | 3077 bp |
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| Protein Length | 834 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 | snRNA cap binding complex subunit (Gcr3), putative (AFU_orthologue; AFUA_6G05130) |
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| Protein accession | CBF70876 |
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| Protein GI | 259480075 |
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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 | 23 |
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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 | 50 |
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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 | GTGCAATTGT GTCTGCCATT GAGTGGGACA CTTCACTCAA TCACCGTGCA GCAATCCCCT
GTGAAATAGG GTGCTCCTGG CAAGACAAAA AGACATGGCT GATTACGAAC GTCGGAACCA
TGGCCCTAGG GGAGGTGGGC GCAAGCGGCG TTATAGAGGT AAAAAGACCC GTCTGCTCAT
CCGTTGTCAA TTCTATCAGC TAACTGCCCT GTCGCGTAAC AGATGATGAC GATTACGATC
GCCGCCAACG ACGCAGATAT GAAGAACCTC TAGTGGTCAA AGTTCGACGG CAGCTTCTCA
CAATTGCTGA ATCGGTAAGC GGGTCAGATA TATGCGCTTT GGGCGTAATG GCTGTTTGTC
TCACTTACAC TATATGCTTA GGCCGCTAGG AGGGCGGAAG ATGATGCACT GAGCATTGCG
AAGAACGTGG CCGAGAACTA CGAGGACGAG GAACTAAGGG ATAATTTTAT TGAGGTTGCG
CTTGACCTGT GTGTTGCCAA CACTATTGCT GTTTTCTGAA TGTCGCTTTT TACCAAACTG
ACAGCTTCAT TATTCCAGTG TCTTGGAGCA GCCGCTGAAA ATACCTTTCA TTGCTACTAC
CGTGCTTGTT GCTAATACGA TAAAATCGGA CCTCGCCGCC GACGTCCTAA AACACGCAGT
TGAGCGCTTC CAGCACAATG TTGATGCCGG TGCTTGGCGC GAAGTCAAGC TTCTTCTACG
CTTTCTCGGA TGCTTACAAT GTATATTGGA GGGGGATGGC GTCTTTGCGA TCTTGGAGGA
ACTTTTCTCC CGTGCTGTTG ATCTTCAAAC CGCGTCTTCC GAAGATGTAG GCTGTTCTTA
CTTCTTTGGT ATGGAAGTGT GCTGACATCT GCATTTTGTC TAGCTAATTG GATTGGAGCT
CGTGAAAATC ATTCTATACA CGATCCCGTA CATCATGGCC TCCCCGGTCA GCGGGTTTGA
AAGTCAGGCG CTGGGCCTAC TAGAAAAGAC TGATATCATC GCATCTACGC CGCATACGCT
TGTAGACTTG GCGAACCCCT TCGGACCTGA TAGTCAGAAA TCGGCGACTG TTCCCAGCGT
TATCAGCCTA CTCCAAAGCC AGCTACAAGC CGAAGCGAGT CGAAATTGGG AACTGGAGTG
CCTGCCCCGG CCATGGGCAA ATGTAAGAGA AGGCGATGAA GAACCGAAGC GTCTTGAAGA
AGGGCCGAAG CATGTGTTAC CTGATATCAC GATACCGAGC CCCGTACTAA ATGGATCGAG
GGCAATCTTC CCAGAGGTTT TTCTGTCTGT CTATGGAGAT CAGGATATTG AGACAGTTCC
ATCAACGTCA AACATTGCTT CTTCTCTGCT GAGAGACGCT CTTGTTGACA CCATTAACAT
CATGGACTTT AACCGCATTG CAACGGCAAA GTTCCTGATT GATCTCGACT GTTATTTTAC
ACCCAGCATC TTCGTGAAGC GTGCCACTCC ATTCGATAAG TTGCGCGATC TCCCTGATGA
CCGGACAACG TGGAAACCGG AGGACGTGGC TGTAGATGCT GTTTTCTCTC AGCTGTTTCA
ATTGCCTTCA CCCGAGCACA AACTTGTTTA TTACCATTCT GTCCTCACAG AGTGCTGCAA
GATTGCACCG GCGGCCATTG CGCCGAGCTT GGGTCGCGCG ATCCGATTTC TCTATCGCAG
TCTCGACGTA ATTGACCTGG AACTTAGTCA CCGGTTCTTG GATTGGTTTG CGCATCATTT
GAGTAATTTT GGGTTTACTT GGAAGTGGAG TGAATGGTTG GTCTTTTATC ATAACCGACA
CGCGTGCCAC AACATTGCTA ACTAACCTGG AATAGGATTG AGGACCTAGA GCTTCCCCTT
GTACATCCAA GGATGGCGTT CATCAATGGC GCGCTAGATA AAGAGATTCG GCTGAGTTTT
GCCCAGCGCA TTCGGGGAAC CCTCCCAGAT CCTTATCAAG ACCTCATCTC TGAAGGAAAA
GAGAAGGACA CCCCTGACTT CAAATACGCA TCTGACAGTG AGTTGAACTG GTGTATGGAA
AACGAATTCT TCTTTGGAAC GCTAACTTTC CCTCTTCAGC GACGCCCTAT GCAAATGAAG
GCAGAGAAAT CATGCAGCTC ATTCGTAGAA AGGCCGCAGA CGATGAAATT CAACCTCACA
TCACTGCGAT CGAAGAGCGA GCAGCTGGTC TGGGAGTTGA GATCCCCCTG TTACCCTCCA
CGGATGCCTT CGTTACCTCC ATCTGCTTCG TAGGCGCAAA ATCCCTCTCT CACGTTCTGT
CCTGCATCGA GCGGAACAAG GAACGCCTCT TGGCGATTGG ACCAAGGTCA CCTGGTGCGC
GTCGCCAAAT TATCACATCA GTCATGGAAT ACTGGGTTGA CCAACCCGGC ATTGGTATCA
ACATCATCGA CAAGCTGCTG AACTACACAA TCCTAACACC CCTTTCCGTC ATTGAATGGG
CGCTGGTCGA CCACTTGGAC GCAGGCACTA TTCTCGCAAA AACCCACATC TTCGAAATGA
TCTCTGCTAC TGTCGGCAAA GTCACCAACC GCCTTCGCCA GATCGTCGCG GCTCGCATCC
AGCCAGGTCT CTATGAGCCT CAGCTAAGTG TACTTGATGA AACTCTTAAC CGTGAGAAGA
AGGATATGCA CGCCCTTTTC CAGGTCATTG AAGACTCCGT CGTTTCTGTG GCCGGAGGTA
GCAACGACCA GCTCATGGAA CGTGGTGACG GCAGCGGCGA TTTGCCCGAG GACGAAATCA
TTCGTGAGTG GGGTAAACGC TGGCTTCGCG CGTTTCGTCG CAAGGCCGGC GTCGAGGAAG
CCTTCATTAG CCAGGCTATG TCCAGCGCAA CACCTGTCGG GACGAAAGCC CCGACCCCAC
CTCCGGCTGC TGCTGATGGA AGTGTCCCTG GGGATGGAGC GGGCGATGGT GATATGGATA
TTGCCGATGC GGATGCGGAT AGGACGGCTG GTATCTGATC CTTGTCGCTT GTACCTTTTA
TTCTGAATTT AAATATGTAT AGCGGTAATT GCAAACAAAT GCCTCTTGTA AGACTCTGAG
CAAAAACAGA AAGTTAT
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| Protein sequence | MADYERRNHG PRGGGRKRRY RDDDDYDRRQ RRRYEEPLVV KVRRQLLTIA ESAARRAEDD
ALSIAKNVAE NYEDEELRDN FIEVALDLVL EQPLKIPFIA TTVLVANTIK SDLAADVLKH
AVERFQHNVD AGAWREVKLL LRFLGCLQCI LEGDGVFAIL EELFSRAVDL QTASSEDLIG
LELVKIILYT IPYIMASPVS GFESQALGLL EKTDIIASTP HTLVDLANPF GPDSQKSATV
PSVISLLQSQ LQAEASRNWE LECLPRPWAN VREGDEEPKR LEEGPKHVLP DITIPSPVLN
GSRAIFPEVF LSVYGDQDIE TVPSTSNIAS SLLRDALVDT INIMDFNRIA TAKFLIDLDC
YFTPSIFVKR ATPFDKLRDL PDDRTTWKPE DVAVDAVFSQ LFQLPSPEHK LVYYHSVLTE
CCKIAPAAIA PSLGRAIRFL YRSLDVIDLE LSHRFLDWFA HHLSNFGFTW KWSEWIEDLE
LPLVHPRMAF INGALDKEIR LSFAQRIRGT LPDPYQDLIS EGKEKDTPDF KYASDTTPYA
NEGREIMQLI RRKAADDEIQ PHITAIEERA AGLGVEIPLL PSTDAFVTSI CFVGAKSLSH
VLSCIERNKE RLLAIGPRSP GARRQIITSV MEYWVDQPGI GINIIDKLLN YTILTPLSVI
EWALVDHLDA GTILAKTHIF EMISATVGKV TNRLRQIVAA RIQPGLYEPQ LSVLDETLNR
EKKDMHALFQ VIEDSVVSVA GGSNDQLMER GDGSGDLPED EIIREWGKRW LRAFRRKAGV
EEAFISQAMS SATPVGTKAP TPPPAAADGS VPGDGAGDGD MDIADADADR TAGI
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