| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10112 |
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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 | 2840345 |
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| End bp | 2845119 |
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| Gene Length | 4775 bp |
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| Protein Length | 1515 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | Nuclear pore complex protein An-Nup188 (Eurofung) |
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| Protein accession | CBF89062 |
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| Protein GI | 259489084 |
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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 | 15 |
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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 | 39 |
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| Fosmid unclonability p-value | 0.690097 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTGCTCC AGTCTTCATC GGAGATCCCT CCCGCAGACC TCCTTCTGTC TTGGCTCCGT
CTAATGGTTG ACAATGTTTT CCTCGAATCC CTCCAGGCTG TATGTTTCCC CAGGTTTCAT
CTCTTCAAAG ACTTACTAAA TCTCGGCAGC CCTGTGATAA CCCTCTAGAA CTTCTTTTAC
CGCTTCAAGG CTTTGTGTGC CTGATTACTC TAGCTTTTCT AAAACTGTCC CTTTCTATCC
CTGCCATTCT TGATAAAGAT CAGAGGAATG ATACATCCTC CAAGCCACCT TATTATCTTT
CAAAAGACGA CATTGGCCAG ATCAACGAAT TATTTACAGC AGTTGGGCTT CAGTCAAGAA
CTGCAAGTCC CGCAGCGTTT GCATGGGGGC TTATTTTGCA CACCATGGCA GAGCTTGCTC
TTAACGATAA AGAGACTCGG GAGTTGGAAC AGTATCAAAG TGCCGTGGAT TCCTTCCAGT
CAAACACTCC TCATTCAAAC TCAGGTCGCG CTGCCGAAAT ATCTCTATAT GAAGAGCTCC
TTGAAGTTGC TCGTACGCCG CGATATAGTA TTGATGAGTC GATTGCACTT CTCACTTCGG
ATGCAATGAG GAATATTGCG TTCGATACCA TTATTGTTCT AGCGCAAAAG ATTGGGCCGT
CATCGACTAT CGATGATATC GTGACGAATC GTTGGGCTCG CATGGCACTG CTGGATCTCA
TCCGGTCGAT GATGATTTAC TTGGATTATT CACCAGAAAT CGTTCAGTCT GTCTTGGCTG
TCCTTACTGG GCCTCTCTCA GACTCAGCAT GGCCCTTGGC TACGTCACCG GTGTCGTCGA
ACGATCCACG TTTGATTTTC ATGAGAGATG AGAATTTAAC CAGCAACATC CTCCACGTGG
CGCGCTCGCG GTTCCCTTAT GAAACTGTAC CCTTTCTAAA GCTATGCCGA GCGCTACTCG
GTGCAGAACT GGTCGATGAA GAAGGCTTCC CACAAATTCT GAGCGAGTTG GAAAGCATGG
AATCGTTCAC GCAGGTTGTT CCAGACAATT TCCAAGGTTA TGAAACTATT CGGGAGGATG
AAGATGCGAA CTACGTTAGT CTCCTCCAGC CTCTTCCAAT GACGGAATCC AAGTTGCGGA
AACAGACACG CCAGGAGACT AGTAATGCTC TCATTGTTAC CGGTTCGTCG GAGCTTCCTG
CAGCAACAGT GGGTCAGATA GTATCTGAGT CCAAACCTGC AGTCGTTATG TGGCAACACC
GGTATTCCTG CTTGAGTTAT TTGGGCAGCC GGCTAGAGGA GTGGAGCGAG AATGGTGGAT
TCTCAGAAGA GTTTGGCGAT GACTGCGTTG CGGAGACAAT CTGGCTGTTC ACGGATCTAA
TTTTTGCGTC CACGAACAAC CAAGCACGTA GCAACGATAA TTCCGCTGCG AAAAGCATCC
TGGAGATGGC CAGCGATGGT CTTTCTAGTC AAACTGACAT CATCGGACTT GTTTTTGACA
TATTCGAGCG CAATCTTCAA AGTGTCAGCG CAAGGACTGC GTCAGAAGGT GTAGTCGATT
CGGCGATAGC CTGTCTGCAC TTCATTCGCG CCCTCATTGC GGTTCTACCC AATAGAGTAT
GGCCCTTACT ATCTCGAAGC AGCCTGCTTG GGACAGACGG AAAGGGCGGT ATGATGACGG
CTATTATATC CGCTACGGAA GTGACTTCTG GGGAATATCC ATTTCTTATG GCCTCTGTCC
GTCTATTTGA GGCTGTTGTT GATGACGCAA TGTCCCGTGC TGTCCTAAGG CGATGCCCAG
TAGGGAAGGC AGGGGTTGTT TCGGACTGGA CTTCAGGAGT CCCGTCGCAC ATCATGAGAC
GCATTCTGCT CAACTATGTT CGGATAATGG TCGAGGTGTA CAACAGCAAT GGCAACTGGA
GGTTCAACGC TCCGGAGAGG AAGTTCGAAA TTACCACTGC GATTGCAGGG GTGCTCGAAA
GAATACTTTA CTACGCTTTT GGAACGAACG ATCCTGCCAA CGGCAAATTG GAATCGAAAC
TTACCGGCGC CTTCTCGTCT TCGGCCACAT ACATCCTAGA CGTCCTCCGA CCACAATCAG
CTGCCGATTT GCCGTTCAAT CCTATTCTCC GACTGATAAT TGATGGCCTC CAAACTCCTC
CCACTTTATA TCTCCGTTTC TTGAATTTGG TAGAAAAGCA AGTTATCTCC ACACTGGAAC
TCTCAGCAAG GTTGCTACAG GCAGCTCAGC TCACTGAACT GCCGCCATCG CTGCTAGAGG
AACAGCTGTT TAAAGCTACA CCAGTCCTTG TGAAGCTATA TGCGCTCCAT GGCCCCTACC
AAGTCCCTAC ACTTTCGCTA TTAAACACTC TAATTACCAC TGCTGCGTTA GACTCTGACA
ATGAGCCGCC ATCCCTAGTT GGCCACTTGG GAGCCGAAAC CTCCCGCCTT TTCCTTGACG
TTCTATCCCG ATTCGACAAG CCTCTCAGTG ACGCGAATCT GCAATTATCT ATATGGCGCT
TACTGACGAC TTTAGTTAGC AAACGACAAC AATGGCTTGC GGTCTATATC CTCACAGGTT
CTTCTCCCCG TGAATCACTG AAGAAGCCGG ATACTGGAGA TAAATCTGCA GTTAAGGGCA
CACCGTTCTT ACGAATGGCG CTTGAAATGC TCTCCGCCAT TGAGCAGATT TCTCCCCGAG
TGGCCCTTTC ACTTCTCGAC TTCGTCTCTA ATGCTCAAGA ACATTGGCCG TGGGCAACCC
CCGAGCTCAG GAAACAAGCC AACTTCTTCA CGAGTCTCGT GAACTATGTC TCCAAGCTGA
ATATATTATC TCTTTCCAGC ATTGAGCAAA TTTTCGCCAC CCGGATAGCT GCCGTTGTTG
CCGATATTTG TGCTGTTTAT TTACATTCGG CCAAAGAGGC GAAGGACCAG AATTTTTACA
AAACGCTGTT TCCGCTGGTA TCTTGGTACG CGAAGGCCGC TGTTGAAGTC TCTGGCTATA
ATGGCTCCCT ACACGCCAAC CTCAAGAGAA ATTTTGAGAG CAGGTATTCG GGGTGTAAAC
TAGACGATTT TAAGAGGACG CCTCTGCTGC CACGGAGTCT TGGGCGAGAG TATTACTACG
ATATCCAGAT GGGCAAAAAG CTCCTTTCCT ATGATTTTGC GTGGGAAGGG TCCAAGAACC
ACGGATTTGC TGAGGAGTTT GAGCGTGCTA ATCTCAACTT GTCGCTTGTT GAAGCCCAAG
TGGTATGTAC AAGACTCTCG ATTTACTGGA TAAGATCTAA CAGAGTCCCT TCGACAGAGC
CTTTTGCACA GTTGGAAATT CCTTGCCATT GAGCATTGCG CGGACTTCAT CTCTGAGAGC
GAAATCCAAA AGACGATAGC ATTTGTTGTC AAGAGCTGCT TAGAGGCAAA TATGAATGGA
GTCCCGCAGG AGGCCATCTT CGAGCGAATT CAGCAAACAC GGGTCGATTT CGCACAGAAT
CTCCTGCAAC GCCTCGTAGA AAAAGGATCT AAGGGCGTTG AATTCTCCAG CCTTCTTCAG
GTGGTTTGGG AGTCATTACG AAGTCGCCGG CCCACCTATG AAGATGCATT GATCAACGAT
GATTCCGAAT ACTACCGGTC GCTTTTGAAC ACCCTTTTCT TGGCCTTACA GTTCCATCTT
GATGGCGGCG CGAAAGCAGC GCGCGAACTC TATAACTCCA AGGCGGACCC AACACCGGAC
CTGGTCATTG TTGTTGAAAT TGTGAAGACT GTGGTAGCAC AAGGTTTCAG GTCACTGACC
TCATACCTTC ACGAGCAGCC AGAGAAGTGC ACACCAAAAG ACTTTGCCAT CATAACCGCA
ATTTTGCAAA GCTCACTCCA AGTGAAGGAT ATCGATCGGA TGTACGAGCA CATTGTATAC
CACATTGCCG ACAATGATAC AGTGCGACAT GCCACTTCAT TATTCTCTTG GGCAGATCAG
TTAGCCGTTG CAGGTGACCC CGTCTACGGA GAACTAAGTA TTTCTTTTCT AGCCAAACTA
TCCACCATAC CTATGCTAGC CGAGCACCTT GCAGTGGAGG TCGTCCTGGC CCAACTGTCA
AACTGCCGCT TAACGAACGT GCTCCGGCAA CCCAAAGGAT TTGGTCCGTT CGACCCGATT
CCGAGGATAT ACGCAATGTG GACTGGCGGC ATTCTCCCCT TATGCTTGAA CCTCCTATAC
CACGTCATTC GTACGGCGCC TGAGGTCGCT GCCTTCCTCA ACCAATTCGA AGGCCAACTT
ACACGGGCTG CGTCGTCTTT TGCGTCTGCT CGCAGCACGG TATCATCTTC CGCTCAGGGA
ATCAGTCTGA GCATGGCTTC GGAAGCGTAC TCTTTGGCAC TTATCTCGTT TATCCTAGGC
CGCCTGCGTG AAGCAGGACC GAGTATGGGT ATGGATGCAC AAGCGATCCA GGAACTGAAG
TGGGACAAAT CACAAGTCAA AGAAGATATA GAAGAATTGG TCGAACGCCG GGCCAATCTC
CGATTACGGA TCGTTGCGAC CACCGACAAG GAGGTCGAAT TGGCGCGTCA GAAGCCCGTT
GATGCCGCGT CAGGGTCAGA GAGCCGGTTG GAGGAGAGAA TTGTTAGCGA GCTGAAAGCA
ACACTAGCTT GCTTAGGAGG GGACGAATCG TGATCATGTC AATATAATGA ATGTTTTTCA
GGCATTGGCG GCGCATATCT GCGATGGTTA TCTAGGTATA CAAAGCCCAT TCACTCTAGT
TTCATTGCGA TCTGTGTACA TTTAAGACTA CAAAA
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| Protein sequence | MLLQSSSEIP PADLLLSWLR LMVDNVFLES LQAPCDNPLE LLLPLQGFVC LITLAFLKLS
LSIPAILDKD QRNDTSSKPP YYLSKDDIGQ INELFTAVGL QSRTASPAAF AWGLILHTMA
ELALNDKETR ELEQYQSAVD SFQSNTPHSN SGRAAEISLY EELLEVARTP RYSIDESIAL
LTSDAMRNIA FDTIIVLAQK IGPSSTIDDI VTNRWARMAL LDLIRSMMIY LDYSPEIVQS
VLAVLTGPLS DSAWPLATSP VSSNDPRLIF MRDENLTSNI LHVARSRFPY ETVPFLKLCR
ALLGAELVDE EGFPQILSEL ESMESFTQVV PDNFQGYETI REDEDANYVS LLQPLPMTES
KLRKQTRQET SNALIVTGSS ELPAATVGQI VSESKPAVVM WQHRYSCLSY LGSRLEEWSE
NGGFSEEFGD DCVAETIWLF TDLIFASTNN QARSNDNSAA KSILEMASDG LSSQTDIIGL
VFDIFERNLQ SVSARTASEG VVDSAIACLH FIRALIAVLP NRVWPLLSRS SLLGTDGKGG
MMTAIISATE VTSGEYPFLM ASVRLFEAVV DDAMSRAVLR RCPVGKAGVV SDWTSGVPSH
IMRRILLNYV RIMVEVYNSN GNWRFNAPER KFEITTAIAG VLERILYYAF GTNDPANGKL
ESKLTGAFSS SATYILDVLR PQSAADLPFN PILRLIIDGL QTPPTLYLRF LNLVEKQVIS
TLELSARLLQ AAQLTELPPS LLEEQLFKAT PVLVKLYALH GPYQVPTLSL LNTLITTAAL
DSDNEPPSLV GHLGAETSRL FLDVLSRFDK PLSDANLQLS IWRLLTTLVS KRQQWLAVYI
LTGSSPRESL KKPDTGDKSA VKGTPFLRMA LEMLSAIEQI SPRVALSLLD FVSNAQEHWP
WATPELRKQA NFFTSLVNYV SKLNILSLSS IEQIFATRIA AVVADICAVY LHSAKEAKDQ
NFYKTLFPLV SWYAKAAVEV SGYNGSLHAN LKRNFESRYS GCKLDDFKRT PLLPRSLGRE
YYYDIQMGKK LLSYDFAWEG SKNHGFAEEF ERANLNLSLV EAQVSLLHSW KFLAIEHCAD
FISESEIQKT IAFVVKSCLE ANMNGVPQEA IFERIQQTRV DFAQNLLQRL VEKGSKGVEF
SSLLQVVWES LRSRRPTYED ALINDDSEYY RSLLNTLFLA LQFHLDGGAK AARELYNSKA
DPTPDLVIVV EIVKTVVAQG FRSLTSYLHE QPEKCTPKDF AIITAILQSS LQVKDIDRMY
EHIVYHIADN DTVRHATSLF SWADQLAVAG DPVYGELSIS FLAKLSTIPM LAEHLAVEVV
LAQLSNCRLT NVLRQPKGFG PFDPIPRIYA MWTGGILPLC LNLLYHVIRT APEVAAFLNQ
FEGQLTRAAS SFASARSTVS SSAQGISLSM ASEAYSLALI SFILGRLREA GPSMGMDAQA
IQELKWDKSQ VKEDIEELVE RRANLRLRIV ATTDKEVELA RQKPVDAASG SESRLEERIV
SELKATLACL GGDES
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