| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01401 |
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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 | BN001308 |
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| Strand | + |
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| Start bp | 571543 |
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| End bp | 576050 |
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| Gene Length | 4508 bp |
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| Protein Length | 1072 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | |
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| Product | Exportin 1 [Source:UniProtKB/TrEMBL;Acc:Q6Q6S4] |
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| Protein accession | CBF87570 |
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| Protein GI | 259488259 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.0226596 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.0000000000000335567 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | CTTGACAGTC TATCATTCCT CCAGTCGAAA CGCGCAACCA CCAATTCCCG CTTATCCCTT
TTTAAAACCC TCATACTTCG ACTTACGCAA CACCATATTG CTCTCAAAAA CCTTTGTGCT
TAGTGACCGC TACCAAACCC CTCCAAAGAA GCTCTACCCC GCCAAACATT CCACCTTAGC
TCTCCATAAC CCGAACAACG CATGCCATAT ACACGCTAAA GCTAATTCAA CTTTACTCTT
CGCACCTTTT CAAATATAGC TTTCTCGTGG AGACAATCGA GTTCGAGGTG GAATACGACT
TTACCCAAGC CTCTGCGATA GAATGTCTGT CTCTATACAG GAGCTGGACA CTACTGTCCA
GGCCTTTTAC GAAGGCAAGG GTGAATTGGT ACGTTAAAGG TGGTACGATA AGGCCGGATG
AATTTTTCGC TGACTCTTGA ACCTGCGATC TAAAGCAAAA ACAAGCTCAG CAGACACTAA
CAGAAGTAAG CCCCCGCCAC GAGCGCGTTG CAAACAAAGG ATCACGTCTA ACTTGCTTCG
AACTTAGTTC AAACAAAATC CGGATGCCTG GTTGATAGTC GGGAATATAC TTCAGGAATC
GCAATATCCC CAAACCAAAT GTAAAGTGTT CCAACTTATG CTATTGACCG ATTGCTGACA
TTTATAGACC TCGCCCTTCA AGTTCTCGAC GATGTTATTA TGACACGATG GAAGGTTCTA
CCAAGGGACC AGTGCCTAGG TGAGCTTATG CGAAGGCAAT CGAAGCTGCT TGATGCAGAT
TATCTGACAA TCACAGGTAT TCGCAATTTT ATCGTTAATT TCATCATCGA AAATTCCAAG
TCTGAGGAGA AGTTAAGAAG TGAACGGGCG TTCTTGAACA AGCTTAACTT GGTCCTTGTT
TCCATATTGA AGCAAGAATG GCCACATAAT TGGCCTACTT TTATCAACGA AATTGTCTCC
TCGTGCCACA CAAGTCTTTC CATCTGTGAA AACAATATGG CGATCCTTCG ACTACTGTCC
GAAGAGGTTT TTGACTTCTC TCAGGATCAG ATGACGTCCG TTAAAGCGAG GAACCTGAAG
ACGACTATGA CCCAGGAGTT CTCGTCGATA TTCCAGTTAT GCTCTGAGGT ACTTACTACT
GCAAACCAAC CGAGCCTAGT CAAAGCCACG CTCGAGACGC TCCTTAGGTT CTTGAACTGG
ATTCCCCTAG GGTATATCTT CGAGACGCCC GTCATAAATA CCCTGTTAAC GCGGTTTCTC
GACGTCCCCG AGTTTCGTAA TGTGACTCTA AAATGTCTCA CAGAAATTGG TGGGCTGCAG
ATCGGACATC CCTACAACTA TGACGAGAGG CTGGTTCACA TGTTCACGGA AACTCTGACC
ACAGTATCAA AGACCATTCC ATTATCCATG GACTTGAAGA GCACTTATGC CAAGAGTAAC
TCGAGGGATC AGGAGTTTGT GCTTAATCTG GCATTATTCC TTTGCAGCTT CTTCAGCGCG
CATCTCAATG TGAGTTCTTC GCGTAAAACA TATACTTATA GCTGCTTCCG ATGCTAACCG
ATACCAGCTC GTTGAGAAGT TGCCTAACCG GGATTATCTC ACGCATGCCC ACTTCTACTT
GATCCGAATC AGTCAAATCG ACGATAGAGA AGTGTTCAAA ATCTGCTTGG AATATTGGAC
CAGGCTAGTG CAGGAGCTCT ATGAAGAAAT GCAGCAGCTT CCGATCACCG ACATAAACCC
CTTGGTGAGC ATGGGCGTGA GTGGCTTGTC TAATGGAGGC GCACCACATC CCAATACCCT
TGCCGGCTAT CCCCTCCGCA AGCACAAATA TGATGAGGTT CTTTCGAGTT TGCGCACGGT
CATGATAGAA AAAATGGTGC GTCCAGAAGA AGTTCTGATC GTTGAGAACG AGGAGGGTGA
GATTATACGC GAATTCGTTA AAGAAAGCGA CACAATCCAA TTATACAAAA CCATCCGCGA
GTGTCTGGTC TACCTGACAC ATTTGGACGT TATCGATACC GAGAATATCA TGATTGAAAA
GTTAGCTAAG CAGGTTGATG GTACAGAATG GTCCTGGGCA AACTGTAACA CACTTTGTTG
GGCGATCGGA TCAATATCCG GTGCCATGAA CGAAGAGACC GAGAAGCGTT TCCTTGTCAC
TGTCATCAAA GACCTTTTAG GCCTCACGGA AATGAAGAGA GGGAAAGACA ACAAAGCTGT
CGTGGCCAGT AACATCATGT ATATCGTGGG ACAGTACCCG CGTTTCTTGA AGGCTCATTG
GAAGTTCTTG AAGACAGTCG TTAACAAACT GTTTGAATTT ATGCACGAGA CACATGAAGG
TAAGTTCTCC AGTCTTATCA ACAGGGCACT CATAGCTCAC ACCATTCAAA GGTGTCCAGG
ATATGGCTTG CGACACGTTC ATCAAAATTG CCAACAAGTG CAGGAGACAC TTTGTTGCGC
TTCAACCGGG AGAGAACGAA CCTTTCATTG AAGAGATTGT TCGCAATATG CGCAAAATTA
CCTGTGATCT GTCGCCACAG CAGGTCCATA CTTTTTACGA GGCTTGCGGC TATATGATTT
CGGCACAGGG GCAAAAAGGA CTCCAAGATC GGCTAATCGA GAACTTAATG TCTTTACCCA
ATTCCGCCTG GGACACTATC ATTGCGCAAG CCAACCAGGA TCCTTCTGTC CTTCAGGATG
GGGAGACTAT TAAAATAATT GGGAACATCA TGAAGACGAA TGTCGCAGCC TGCTCGTCAG
TCGGTACTTA TTTCTATTCC CAGCTAGGCC GCATTTACCA TGACATGTTG AACATGTTCC
GGGCATCCAG TCAGCTCATA AACGATGCTG TTGCGCGCGA TGGTAAGGTC TACCAAGCTT
TCCCTGTATT ACAGCTAACA ATCTTCCAGG GGATATTGCA ACCAAGACTC CTAAAGTCAG
GGGACTTCGA ACAATCAAAC GGGAGATTCT AAAACTTATC GACACATACG TGCAGAAAGC
GGACGATTTG GAGATGGTCA ATGCGAATAT GGTCCCACCC CTTCTCGAAG CGGTCCTAGT
GGATTATAAT CGAAACGTAC CCAATGCTCG CGAAGCTGAG GTCTTGAGCG TTATGACAAC
GGTCATCCAG AAGTTGCACG TATGGTGTTC CCTTCCCGGC CGAACCTATG CTACTCGGCC
ACCAATATCT ATTGAATGCA TGCTCACGTT TTCTAGAATT TGATGGATGA TAAAGTGCCG
CTAATCATGG AAAGTGTATT CGAATGCACT TTGGAGATGA TTAACAAGGA CTTCCATGAA
TTCCCTGACC ACAGAATTCA ATTCTTCAAA CTGCTTCAAG CGATCAATCT TTATTGTTTC
CCGGCACTGC TTAAACTAGA CGCCACACAA TTCAAATTCG TCATCGATTC TTGCATGTGG
GCAAGTAAGC ACGATAATCG GGAAGTTGAA AATACCGGTC TCACAATGTG CCTCGAACTT
ATGAACAACA TGGCTGAGGT AGATGTACAA ACGTCGAACA TCTTCTTCCG TCAATTCTAC
ATCCCAATCT TGCAGGATGT ATTTTTCGTA CTCACAGACA GTGATCATAA AGCAGGTACG
CTCATCGGTG CCGCCCGAAG AGGAAAAATA CAACAGTACT AACCTTCTCA AAGGTTTCAA
ATCCCAGGCT ATGCTGCTGT CGCGGATGTT TTACTTCATC GAATCAGGCA AAATCCAAGA
TCCCATCTAC TCCCCTGAAC AAGCACCTAT CGGGACATCC AATAAGGATT TCCTCCAGAA
GTACGTTGCG GATCTTTTAC AGACGGCTTT CAAGAATCTG CAAGAGTAAG TTCTCAGGTT
TCCCATTATA AAAGTTGTCC GATGTCTAAT TGCGTGCTAG AATCCAAATC AAGCAATTCG
TCGTGGGCCT GTTTGCTTTC AATGACGACT TCAACAAATT CAAGACACAC CTTCGTGACT
TTTTAATTTC GTTGAAGGAG TTTGCTGGGG ATAATGCTGA ACTGTACGCC GAAGAACGGG
AACAGGCTTT GAAAGATGCC AAGGCTGCCG AGCGTGATCG CGCAATGAGG GTTGGAGGGC
TCCTCAAGCC TTCGGAAATG GACCATGATG ATGAGCTATG ACTCGATGAA GAACTGAAAT
CCGAGACTGA CTTATCTTCT TCGGCACATG TGATGAAATG TTCGAAAGGC TCCATGTCTT
GCGACGACGG AGACTGGCTG GACGGCTGGT CCTTCTATGG ACTGTAGGTG CGAGATGTCC
CGTCTGTCTA TTTTAGGATG TATTTTGGTC TCTCAGCCGT TCCAACCCTG GTTCTTTTCC
TTCTGGGATC AGGATCTCAT GGAAGGTTAG TATCTGATCT ATTGCGATTT TGTCCTCAGA
CTTATATGGC CTGACGCATG TTTAGCATGT TGTCACTGTG TGAGCCACAA CTTCCGGTCT
TTCGCCTGTG GCTCTAGTTG TATTTAATTC TAGATAGGCT AAAGACATGT AAACATTATA
CGTCTTGT
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| Protein sequence | MSVSIQELDT TVQAFYEGKG ELQKQAQQTL TEFKQNPDAW LIVGNILQES QYPQTKYLAL
QVLDDVIMTR WKVLPRDQCL GIRNFIVNFI IENSKSEEKL RSERAFLNKL NLVLVSILKQ
EWPHNWPTFI NEIVSSCHTS LSICENNMAI LRLLSEEVFD FSQDQMTSVK ARNLKTTMTQ
EFSSIFQLCS EVLTTANQPS LVKATLETLL RFLNWIPLGY IFETPVINTL LTRFLDVPEF
RNVTLKCLTE IGGLQIGHPY NYDERLVHMF TETLTTVSKT IPLSMDLKST YAKSNSRDQE
FVLNLALFLC SFFSAHLNLV EKLPNRDYLT HAHFYLIRIS QIDDREVFKI CLEYWTRLVQ
ELYEEMQQLP ITDINPLVSM GVSGLSNGGA PHPNTLAGYP LRKHKYDEVL SSLRTVMIEK
MVRPEEVLIV ENEEGEIIRE FVKESDTIQL YKTIRECLVY LTHLDVIDTE NIMIEKLAKQ
VDGTEWSWAN CNTLCWAIGS ISGAMNEETE KRFLVTVIKD LLGLTEMKRG KDNKAVVASN
IMYIVGQYPR FLKAHWKFLK TVVNKLFEFM HETHEGVQDM ACDTFIKIAN KCRRHFVALQ
PGENEPFIEE IVRNMRKITC DLSPQQVHTF YEACGYMISA QGQKGLQDRL IENLMSLPNS
AWDTIIAQAN QDPSVLQDGE TIKIIGNIMK TNVAACSSVG TYFYSQLGRI YHDMLNMFRA
SSQLINDAVA RDGDIATKTP KVRGLRTIKR EILKLIDTYV QKADDLEMVN ANMVPPLLEA
VLVDYNRNVP NAREAEVLSV MTTVIQKLHN LMDDKVPLIM ESVFECTLEM INKDFHEFPD
HRIQFFKLLQ AINLYCFPAL LKLDATQFKF VIDSCMWASK HDNREVENTG LTMCLELMNN
MAEVDVQTSN IFFRQFYIPI LQDVFFVLTD SDHKAGFKSQ AMLLSRMFYF IESGKIQDPI
YSPEQAPIGT SNKDFLQKYV ADLLQTAFKN LQEIQIKQFV VGLFAFNDDF NKFKTHLRDF
LISLKEFAGD NAELYAEERE QALKDAKAAE RDRAMRVGGL LKPSEMDHDD EL
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