| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00550 |
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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 | 3149305 |
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| End bp | 3153847 |
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| Gene Length | 4543 bp |
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| Protein Length | 1380 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 | conserved hypothetical protein |
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| Protein accession | CBF89254 |
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| Protein GI | 259489188 |
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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 | 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 | 35 |
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| Fosmid unclonability p-value | 0.487463 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGGCTGC TTGGGATCCG CGAATTAGGG CTTCGAGCCC TGCCGATCTG GCTGTTGATC
CTTCAACTCT TGTTGGTAAA CGTGGCACAG GCCGACCACA GCCATCCGCA CCATCGCCAT
TATCACGATC ATCGCAGCGA TCATGTCAAG CGGTCCCGCA ATGATACGAC AGACTCTAAT
GAACCCGCCA CGATCGTCAA GAACGCTCTG GCAGTACTTG CGCACGTCAA CAGAGAGCGG
GTGGAAAATC CCAATTTCAA CCAGTACAGT ATACAGGACC CAGGACAGTC AAAAGTATGC
ATTCCTCTGA AGCCCTTTCA TATTATAAAT TTCTCCTGAG AGTGATAGAA TGCTTACGTT
TGACAGAGAC CAGCCTCGGC TGCCGCTCCT TTAGAATATA CTGCTCAAGC AGCAGAGAAT
GCGCGCCGCC GAAAACGGGA CGCTCCTTCA GCCAGGACCC GTGGGAACAC TGCATACTCT
ATCCCAGCTG AATTAGCCAG GGCAGCAAAG ATCGTTGCCG AATCGACCGA CAACACCCCG
AGCGGGAACC AGAGTGAGGT AGCCGCGATG ATCCGGGAGA AGTACAACAG AGGGAAGCGA
GCAACAAATA CTCCGGCACA AACCCTTGTC CATTCAAATG GTCTCTACGA CTTTCTATCC
TATGCTGAGA CTGTTAATGC GGCCTCTTCA TTTGGGGATA ACAATGATCC TGGTCTCCAG
AAGCGATCTC CTTCCAAGTA CTGGATGCCA CACATGGAGA AGAACGGAAA TAGCCCATTT
GCCCCTGCTG GGTACAAAGT ATGCAAAACC AATCACCCTC AACTATCCAC CACTGAATAG
GACTAACGCG GTTCCATAGG TCTGGAGAAA CGTGCGCGAC TACGGAGCAA AGGGTGACGG
AGTCACAGAC GACACTGAGG CCATCAACCG AGCCATCTCT GATGGAGGAC GGTGTGGCGT
AGATTGCGGC TCGAGTACGA GATATCCTGC CGTCGTCTGG TTTCCCGGCG GCAAATACCT
CGTCAGCTCA CCGATTATCC AGTACTATAA TACGCAGTTT ATCGGAGACG TAAGACACAA
CCTAAGCAAT TGCGAAGAAC ATTGACTGAC ACCTGCAGCC ATTGAATGTT CCCACTATCC
TAGCAGCCTC AAGCTTTGTT GGACTGGGTG TTATTACCTC TGACCCCTAC GTGAGCGACA
ACGGACAATG GTATTTGAAC CAGAACAACT TCCTGCGCAG CATCAAGAAC TTCAAGATTG
ATATTCGGCC TACGGATCCA TCTGCCTATG TGTGCGCAAT CCACTGGCAA GTAGCGCAGG
GAACGTCCTT GGAGAACATT GAGTTCTACA TGTTGTATAA CTCGGATGTT CCTGGCAACA
CCCAGCAAGG TATCTATATG GAGAACGGAT CTGGAGGCTT TCTGGCGGAT CTGACTTTTG
TTGGCGGGAA CTTCGGGTGA GACCTTCTTT GCTCTACCTC TATTACTTAC TTTACTTACT
AACATTGCCC CTAATTGTCT TTGGCCTTGC AGTGCCTACT TTGGTAACCA GCAATTTACC
ACAAGCCAGC TTGTTTTCGT CAACTGCAAT ACTGCGCTAC AGGTTCATTG GGATTGGGCA
TGGACAATGC AAGACTATGT CATCGAATCA TGCACAAATG GTCTTACAAT AGTTGGCGGG
GTGAGTTCCA GGTTCCTTCC GGATCCCATA CCATACCGTA CCATTGACTT ATAGAGATAG
ACCGGCGGAA CTATGAGTAC TGGTCAGGGA GTTGGCTCTC TTGTTCTGAC TGATGCAATT
ATTGCCAATA CGCCCAATGG TATTGTCACA TCTCTCTATG CAGAGAATTC CACTTCCCTA
CTGCTTCAGA ACGTCGGTTT TTTCAACGTC GAAACAGCCG TCGTCGACAG TGTGAAAAAC
CAAATCTTGC TCGCGGGAGG CAACGAGGTC CTAAAGGACT CGTGGGGCTT TGGCAAGATT
AGTGACGCCA CTGGCTCTGG ATCCTTTGTG AATGGGCAAG ACATCGCCGT CATGAATAGG
ACTGAAGAGA TAGTCGGAAC ACAAGCCTAT GTCAAGCCCA ACCTATACAC GCGTCGTCGA
CCCCAATACG AGGATCTCTC AATTGATAAC ATCGTCAATG TCAAGAAATA TGGTGTTAAA
GGTGATGGCA GCACTGATGA CACTGTCACC CTGAACTGGG TCCTTTCGTT TGCTGCCAAT
TTATCTTCGG TGGTCTACTT CCCTCATGGT GTGTATAAGA TCACGGACAC GCTGAAAGTA
CCGGTTGGCT CTCGCATTAT GGGCCAGGCT TGGCCTCAGA TCATGGCAAC AGGCTCTAAA
TTCGAAGATA GCAACAATCC CCGTGCTGCC GTGAAGGTTG GAGATCCTGG AGATGTTGGT
ATTATTGAAA TACAGGATAT GTTGTTTACA GTCTCCGGTC CCACCGCAGG GGCTGTCCTT
GTTGAGTGGA ACGTCGAGCA GTCTAGCAAG GGTTCAGCAG CTATGTGGGA CTCGCATATT
CGTGTCGGGG GTGCCCTTGG GTCCAAACTT CAGAGGCAGC AGTGTCCGAA GAAAACGGGC
AGTGTAAACC CAGAGTGCAT TGCCGCTTCC CTCTTACTGC ACCTCACACC AACTTCAAAT
GCATACCTTG AAAATATCTG GGTATGGGTG GCCGACCATG ACTTGGATGC CCCTGAGCAG
GACCAGATTG ACGTGTACTC AGCCCGTGGT ATCCTGATTG AGAGCAAATT GGCCTGGCTC
TATGGGACTG CTTCAGAGCA CAGTGTTCTG TACCAGTATC AGCTGTCGGG GGCAAAGAAC
ATCCTTATGG CCATGATCCA GACAGAATCT CCATATTATC AGCCATCGCC GCGAGCGCCA
AAACCCTTTA TACCAGGACT ATTCCCCAAT GATCCCTTGT TCAATGATTG CAAATCAAAT
CCGCTCAAGT GCGCTGTATC CTGGGCAGTT CGTATCGTTG ATTCATCTTC TATATGGGTG
CTTGGAAGTG GCCTCTACAG CTTCTACTCG GACTACTCGC AAAATTGTCT TGAAACAAAT
GATTGCCAAC AGAGGGACTT TGAGATCGAG CAAAGCTTCA ATATCTGGGT CTATAATCTC
TGCACAAGGG CAATTGTCGA GATGGTATCT CCCTTCCGGG GTGTCCCTAC TTACGCCCGT
GATAACGTTA ATGGATTGCT TTCGTCCATT CTAGCCTGGC TAGGTGGAGC TGAGCAGACC
GCGGGTGAAC GGGAGTTCCT AGGATTCAGT ATTTACACCA TGGCGAGTTT AGAAGAGATT
GATGTTCCTT CAGCCTGCAA GACAGCCCTA ACAGAACGAA TCAAGTGCGA TCCTTACCTA
ACCTCAATGA TGCAGCTCAA ATACCGCGGG TCGTTGGACA ATGACACGTT GACTGATTCC
ATCTGCAAGC CTAGCTGCGG AACGAGCTTG CAGCAGTGGT TCAACTCTGT GGAACAAAAC
TGTGCTGGAT ATAACCTGAC TGCGGGCTCT CCACCAGTGA TGTTTGGAGC ACGGATGTGG
GCTGGTTACA ATGAAACTTG TAGCAAGGAT ATGAGCACTG GAGAATATTG CAATTGTACG
TCTTTTCATA CCACTCCAAC GTCGATGCGC GCACTAACAT TTAAGGGCAG CTGTCATCGA
CGACTTCACT ATTGTGGACT CCACCGCGCA GATGCCGAAA GACGAATTAT GCTCCTACTG
CTATGTTGAG CGACTCCAGA TGATGCAGCG AAGCCCCTAC TCTGCTTATG ACAAATACTA
TAAGTCAGAG CTCGAATTAA TCAATGAGAA ATGCGGCCTT TCAGGACCCA CAGAGATTCT
TGAAATCCCC ATAGAGAGCC CTGAGACAGA AGACGCCATA TGTCTGTCTG ATACGACATA
TACAACAGTC GACGGAGATA CTTGCACCTC TATAGCCGCG GCAAACAGTA TATCCTCGGC
CGCCCTCTAT ATGGGCAACC AAGAGCTCAT TCGCTGGTGT TCATCCATCA AAGCAGGCAT
CGAGCTATGC TTACCACTCC AGTGCGCGAA AACCTACAAG CTCCAACCAT CTGATACCTG
CACCAGCATC GAGTACGCCT TTGGCCTTAG GAACGGCGAT GTCCGCAAGT ACAACCCCTG
GGTCTCCTAC GACTGTGACA ACCTCCACAT TGCCACCCAG ATCTACGGTA CTATCCTTTG
TCTCTCCCCG CAGGGGGGTG ACCACAACCC CGGTAAAACG GGCAGGTCCT CCAACGCGCC
CTCGACGTCT GATGGCCATG TCAAGCTTGC TATCCCGCCC CCTGCAAATG CGACGCTGGC
AGAGGGGACC ACCAAAAAGT GCGGGAGATG GCATGAGGCT GTTGCAGGGG AGAGCTGTGT
AGCCATCTGC GTGCAGAATA TGATTACCCA CGACCTGTTT GTAGACGTCA ACCCGTCACT
GGATGCGACG GATTGTACGG CCAGCTTGCA AGCTGGGAAG ACGTATTGCG CGGGGCCGAC
GTACGGGTGG AATTCGCTTG AGTCTGACGA TGATTATTAC TGA
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| Protein sequence | MRLLGIRELG LRALPIWLLI LQLLLVNVAQ ADHSHPHHRH YHDHRSDHVK RSRNDTTDSN
EPATIVKNAL AVLAHVNRER VENPNFNQYS IQDPGQSKRP ASAAAPLEYT AQAAENARRR
KRDAPSARTR GNTAYSIPAE LARAAKIVAE STDNTPSGNQ SEVAAMIREK YNRGKRATNT
PAQTLVHSNG LYDFLSYAET VNAASSFGDN NDPGLQKRSP SKYWMPHMEK NGNSPFAPAG
YKVWRNVRDY GAKGDGVTDD TEAINRAISD GGRCGVDCGS STRYPAVVWF PGGKYLVSSP
IIQYYNTQFI GDPLNVPTIL AASSFVGLGV ITSDPYVSDN GQWYLNQNNF LRSIKNFKID
IRPTDPSAYV CAIHWQVAQG TSLENIEFYM LYNSDVPGNT QQGIYMENGS GGFLADLTFV
GGNFGAYFGN QQFTTSQLVF VNCNTALQVH WDWAWTMQDY VIESCTNGLT IVGGGVGSLV
LTDAIIANTP NGIVTSLYAE NSTSLLLQNV GFFNVETAVV DSVKNQILLA GGNEVLKDSW
GFGKISDATG SGSFVNGQDI AVMNRTEEIV GTQAYVKPNL YTRRRPQYED LSIDNIVNVK
KYGVKGDGST DDTVTLNWVL SFAANLSSVV YFPHGVYKIT DTLKVPVGSR IMGQAWPQIM
ATGSKFEDSN NPRAAVKVGD PGDVGIIEIQ DMLFTVSGPT AGAVLVEWNV EQSSKGSAAM
WDSHIRVGGA LGSKLQRQQC PKKTGSVNPE CIAASLLLHL TPTSNAYLEN IWVWVADHDL
DAPEQDQIDV YSARGILIES KLAWLYGTAS EHSVLYQYQL SGAKNILMAM IQTESPYYQP
SPRAPKPFIP GLFPNDPLFN DCKSNPLKCA VSWAVRIVDS SSIWVLGSGL YSFYSDYSQN
CLETNDCQQR DFEIEQSFNI WVYNLCTRAI VEMVSPFRGV PTYARDNVNG LLSSILAWLG
GAEQTAGERE FLGFSIYTMA SLEEIDVPSA CKTALTERIK CDPYLTSMMQ LKYRGSLDND
TLTDSICKPS CGTSLQQWFN SVEQNCAGYN LTAGSPPVMF GARMWAGYNE TCSKDMSTGE
YCNSVIDDFT IVDSTAQMPK DELCSYCYVE RLQMMQRSPY SAYDKYYKSE LELINEKCGL
SGPTEILEIP IESPETEDAI CLSDTTYTTV DGDTCTSIAA ANSISSAALY MGNQELIRWC
SSIKAGIELC LPLQCAKTYK LQPSDTCTSI EYAFGLRNGD VRKYNPWVSY DCDNLHIATQ
IYGTILCLSP QGGDHNPGKT GRSSNAPSTS DGHVKLAIPP PANATLAEGT TKKCGRWHEA
VAGESCVAIC VQNMITHDLF VDVNPSLDAT DCTASLQAGK TYCAGPTYGW NSLESDDDYY
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