| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10941 |
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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 | BN001304 |
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| Strand | + |
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| Start bp | 1507375 |
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| End bp | 1510766 |
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| Gene Length | 3392 bp |
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| Protein Length | 559 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 | heterogeneous nuclear ribonucleoprotein HRP1 (AFU_orthologue; AFUA_2G06090) |
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| Protein accession | CBF79395 |
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| Protein GI | 259483749 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.210274 |
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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 | 39 |
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| Fosmid unclonability p-value | 0.500661 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATTATTGTCT CTCTAATCCG TTTTCTTAGT ATTCTGTAAC TCAGCCACTA GGATTTTCTT
CGTGATTAGC TTCTGGTGAT ACCCTATCAA AATCTGACTG CGGACATCGC TGCTATTCGC
ATACGGGTCA ATTGAAATTG GGTCGTTCGT CTTGCCGCTT ACTCCATCAT CAACCAGCGC
CGATTCACAT CATGGCTGAA CCAGAGGACG TTGAGGAGGA TCTTTTCGCC GATCTGTATG
TTGCTCCCAC TCTCGCTTGG ACAAAATTAC ATCGATCTAA ACATGTCTTG CTTTCTAGGT
ACGATGCAGA TGAGACAGGA AATCAAGCAG CTTCAACTGG TGGAGCTCCG GCGGCTTCCA
ACTCCGCACC GTCAGATGCG CCTGCACAAC CTTCAGCCAC TTCCGCCATT CAATCAGTTG
AAGGCGTTGG CAATGAGTCC GAAACCACGC ATGGCACCTA CCAAACCCCT ACATATGAAG
GAGGCTATCA AAATGGATCT GGCCCCGACT CCGGATATAA CAACCAAACT ACTGGTCCAG
TCGGAGAGCC GGAGCCGCAG GGAACAGGCA TCAAGGAAGA CGGGTAAGTT CTCATTGTTT
TTTTCCCTCA CAAGCATCTT ATGTTCTTCG CAATTCGGAT ACGTTTGTGT ACTTTGCCTT
TGCTGCGCCC ATGGTATGGG GCTAGAGGTG CCCACAGAAA CTGCCAATTC GTTTGGCGGA
ATTTTTCCTA TATGCACATG ATGATGGCGA GCTGTACGTT GTACTCGGTG CATGGCTTGT
GCAGGACAAC CTACGTTTTT GGCTTATCTG GTGGGTCCAT TTGATGGGAC GCTCCTGAGG
CATGAAAGGG GTGTTGGACT GGAAGGCCGG ATGAGACTCC GTTCAAGTCA AGATCTTTTG
GTGGGAGCAA CTATTACGCC GGTGGGAGCA AAGCCATTTC AACTCAATAA GATTGACAAC
TTTGTTTGCA CCTAGACGGT GCCGGATCTG GGTGGACGTG CACTATTACT TCCAAGTCTA
GTGAGGGTCT ATCAGCGAGT CAGCGCCATT ATGGCAGAAT CGGGAGGCAT ATGTCGACAG
CCTAATTATG CGAGCCCCAA TCTCGAGCGA CTATAGTACA GCTGATACCA TATAGCCTCT
TATCGGTACA TGATATAGCA CAGCCACCGA GGAGTAGCGC CCCCGGCTGG CTGGCTGGGC
ATTATCGATC AGTTTACCTA GCTTCGGACT TCATAGACAG CAGGCAGAGA TACCTTGGTC
AGAGAGACAG AAGAGAACAA TTGACTTATT CCGCCCGGCA ACCCTCTCCC TTGTGGTCTG
TCTATTACCC GCATACACAA CCGGACCCTG GAACCCATGT TGTTTGGTAT CCAGACTGCT
GGGTGATTTG TAATCCAGTG GCTGTGAATT AACTCCGAAA TAACACCTGC GCTGATATAC
GGTCTCAGGC GGTTCAGTTG AGTGTATACG TGCTAGAACC ACAGCTCATC ATGAAGGAGC
GCATCTTGGT CGTTCGATAT GGGAAGTCGC CGCAGCAGAC AACACATCAA TTCATACGCC
ATGGACTACC ATAGCCCAAA ACAATTTCCC AAGACCAAAA ATTATGGTGC TCAAGTTGTT
GATAAGATCT GTCTGAGTTG AGATGCTTTC CCTACCATGG GCCCATCAAC CGTTCCCGGC
TACTCCCAGC CATATACTAC TCATGTGTTT TATATATTTG CTTTCCTTTC CCTCTCCCTC
CCCCTTTCCC TTTTCTTTTC TTTTCTTTTG TTTTCTTTAT TCCCTCCCCC CTCCTTTTTG
CATTCGTCTT TTGCTGGGCT GAGTACTTTC AATGAGAGGA ATGGAGTTTC TAATGAGCTA
TGTGTGGCAG AAAAATGTTT ATTGGAGGGT TAAACTGGGA GACAACAGAT CGTATGTGCC
GTTTACGAGC CTTCTTAAGA GACTCTGTGA TCTAACCTCT TAAGCTAGAA TCTCTAAAGG
AGTACTTCTC GCAGTTCGGA GAAGTACAGG AATGTACCGT CATGCGTGAC AGTGCTACTG
GTCGGTCTAG AGGATTCGGA TTTTTGACTT TCAAAGACCC CAAGACTGTG AATACTGTTA
TGGTCAAAGA GCACTACCTT GACGGAAAGA TTGTAAGGCT TGCTTTAGCG CTTTTTATGT
TATAATGATC GTATGCTCAC ATAACTCGCA GATTGACCCG AAGCGCGCTA TTCCACGTGA
TGAGCAGGAG AAGACAAGTA AGATCTTCGT TGGTGGCGTC AGTCAAGAGG CTACCGAGCA
GGATTTCAAA CAATTCTTTA TGCAATTTGG TCGTGTGATT GATGCGACTT TGATGATTGA
CAAGGATACC GGGCGCCCTC GTGGGTTTGG CTTTGTGACA TTTGATAGTG AAGCCGCCGT
CGAAGCAGCT CTTTCGCGCC CTCTCGAGAT TCTTGGTAAA ACTATCGAGG TAAAGAAAGC
TCAGCCAAGG GGTAACCTAC GCGACGACGG AGATCGTGGG CGTCGCGGTA GAGACTTTAG
GGATGGCAGT CAAGGTGGCT CAGATGGTTC CCAGCAGCAA GCAGGGGCCC AGGGGCAAGG
TGTCATGCCC GGCGGGCTCA CTCCTCAAAT GATGGCGCAG TATTGGCAAC GCATGCAGCA
GTACTTTGCT TTGATGCAAC AGCAAATGGC AGTAGCCGCC ACACAGGGCC AAGGAATGGG
CGCTATGGGA ATGGCTGGAA TGAATCCTGC TCTTATGCAG CAAATGCAGA TGAAGCAACT
ACAACAGATG CAAATGGGAA ATAATCAGCA GTCGCCGAGC ATGAGTCCTC CTGCTCAGAG
CCCGACCCCG CAGTCAATGC AGAATATGAT GAACCCTGCC ATGATGCAGC AGATGCAACA
GCAAATGCCA AATCAAGGAC AAGCAAATAA CATGGGGGGG CAAATGGGAA TGGGTGGAAA
TGGCAGTGGA AACATGAACA TGGGGAGTAA CTATGCTGGA GGAGGCAGAG GGGGTCCCGG
TTACAATGCT CACGAACAAA TTGCATTTGA GCAACAGAAA TATGAGCAAC AGCAAGCTCG
CAGAGCAATG GAAAACCGGG CCTTCTCACC CTATCAGCAA GGTGGTCCGA CATCATGGGA
AGGCATGTAC GATGAGGTGC CCCAGCCAAA TATTCCCACA GGTCCCCAGG CCATGAATCG
ATCCAGTAGT GTGGGACGTG GTACGCATCA CCATTGTTCT CTGCATCGTT ACATATTCAG
CTAACCCGGT ACTAGGTCAA ACACCGCAGC CGCAAGGCGC TGCACCTGCA AACGCGCCGA
CAGGACCTAA GAATGCTGGG AAGCCTGGCG CAAATTACCG TGGTGGAGGA CGTGGCGGCC
ACCGAGGCTT TCATCCCTAT GCGCGAGGAT AG
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| Protein sequence | MAEPEDVEED LFADLYDADE TGNQAASTGG APAASNSAPS DAPAQPSATS AIQSVEGVGN
ESETTHGTYQ TPTYEGGYQN GSGPDSGYNN QTTGPVGEPE PQGTGIKEDG KMFIGGLNWE
TTDQSLKEYF SQFGEVQECT VMRDSATGRS RGFGFLTFKD PKTVNTVMVK EHYLDGKIID
PKRAIPRDEQ EKTSKIFVGG VSQEATEQDF KQFFMQFGRV IDATLMIDKD TGRPRGFGFV
TFDSEAAVEA ALSRPLEILG KTIEVKKAQP RGNLRDDGDR GRRGRDFRDG SQGGSDGSQQ
QAGAQGQGVM PGGLTPQMMA QYWQRMQQYF ALMQQQMAVA ATQGQGMGAM GMAGMNPALM
QQMQMKQLQQ MQMGNNQQSP SMSPPAQSPT PQSMQNMMNP AMMQQMQQQM PNQGQANNMG
GQMGMGGNGS GNMNMGSNYA GGGRGGPGYN AHEQIAFEQQ KYEQQQARRA MENRAFSPYQ
QGGPTSWEGM YDEVPQPNIP TGPQAMNRSS SVGRGQTPQP QGAAPANAPT GPKNAGKPGA
NYRGGGRGGH RGFHPYARG
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