| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03627 |
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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 | BN001302 |
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| Strand | + |
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| Start bp | 3491995 |
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| End bp | 3495519 |
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| Gene Length | 3525 bp |
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| Protein Length | 892 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 | conserved hypothetical protein |
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| Protein accession | CBF75745 |
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| Protein GI | 259481844 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.0000158129 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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Fosmid Coverage information |
| Num covering fosmid clones | 37 |
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| Fosmid unclonability p-value | 0.388345 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTCTACATTC CACGACACAA CCAGTGATAC CCCCAGATAC CCAGATACCC CTTGACTCTC
TAGTTTGTTT GTTTTCATAC CAGTCTCGCG GTTTCGGCGC CCCCTTCAAT TCATACTTTG
AAGGCGATAA TCGATAATCA ATACGACACG ATACTCTTAG ACTCAATCAC TCCCTCTCCT
TGCTTGCTAT TCATAGCTTG ATCTCGTTCA CCATGCCTTC TCGCGCGGTC AATAAGCCGG
TCGACCCAAA GCAGAGGGAC AAGGACATCA ACAACAAGCT GCAGCTGTTC GGTATCTACC
ACGCTTTCAA GAATGGAAAA CTTCCAACCG TACGTCACAG TTCATATCAT CACTCATTGT
CGCCTATTAA CTGGATTTCA CACACAGAAC AAGCAATGCG ATGTCGCTAT CAACTCTGCC
CTGGCTCACA AGGCGCTCAC AAACCCATCG AAGGAATTGT CGGAGGAGGG TCGGGCTCTC
GTTCAGGACC TCCGAATCAT CATTGAAGAG GCCAAGAAAC TTATCCTTAG CAAGAACGAC
GGCCAGTTGC TTCAGGAGTT CATCTACGAC GCCCAGCACA TCTCTACAGA GGACGTGCAG
AAGCCCAATG TTGCCGGCAA TGACACTGCT GAGCAGGATG CCGCTAGAGC ACGAGAAGGA
CTAAAGACTC TTGGAACCCT TATGATCACC AATGGAGAGT TCCGCAAGCT CCGTAAGTAG
AACATGTTCT ATACTCAACC CTCTATACAC TAACATTTCT TACAGTTAAC GACGCGATGA
TCATCGCCCG TGATATTGCC GGGGACGCTT CCCAGAAGGC TGCCGATAGT GTTCGCCCGG
CGGAGCATGA ACTTTCCCAG GTCGATCAGC CTGCCGAGGA CAATGTTTGG CATGAGAAAC
CGGATCTTTC CGGCCAGAAG GAACAGCTGA AGTCTCGCTT CAGCAAGAAC AAGGACAAGG
CTGTAAGTGC CATTGTTCGC AGCATACCTT AACATCACTA ACGTCTGCAA AGCAACAAGA
GGCATCCGAT GTTGCCAACA CTGGTGCCCA GGCTGCTACT GGTCCAAGCG GTGACTCTGT
CGACCCTTAT TCTGGAGTTA ATGCTTCACT CCAACACGCC CAATCCAAGG TCCCTGAGGA
CCAGAAAGCG GAGGCCAACA AACGAAGCCA GGAATACAAG GATAGGACTA AGAACTATCT
CTCTGGAAAG TTCCCTCAAG AGCGTCGAGA CCAGACCATT TATCGCTTGA AGAAGATGAT
TTTGGAAATC CAGGGCCACC GGGACTGTAA GTTAATCAGC CTTATACACT ATGAGCACCG
CTAATGCATA AAAGACCAGC AAGCAATTGA GACTTTGCTT GACCTTGCGG AAAAGTACGG
TGGCCATGGA AGGCACATTG CTCAGCAGGG AACTGGCAGT GTTCAGGGAA CCCGAGGCCA
GAGCAAAGTC CAAACCATGG AGAAGAACCT CAGGGTATGC TGGTCATAAA ACAGACTTCG
GGACAAGGGA CTAACTCGTA GCAGACTTTA ATCGAACGAT TCGCCAACAG CACGTCTATG
GATGATTTCT TTGACTCTCT GGAAAACATT TACCGCGATG CGGACAAGGA CCCCGAGCTC
AAGGGATGGT TCAAGAACAC AAACCAGTTT ATCCGGTAAG ACTTGGTGCA GTTTTGATCT
GAAGGATATT GGTTCTAACA TCGTCTTATA GCAAAACTCT CCAGCAGCAG GGTTATATTC
TTCAGGATGA CTGGAACCGC CAGTATAATG ACCTAGCTGA GCACGGTCGA TTCCTACTTC
GTGATCGATA CAGGGACCAC ACCAACCGTG TGCTTGATGA GATCAAGTTC CTTGGTGATC
AATTCAACCA GGACCGCCAA AATCGCGCGT TCGGTGACGC CGTCGAAAAA TTGTTTATAG
ACCTTGGCCG CGATGAGAAT GGGAACCCTA AGTTCAAGAA GCACCTCGTG AAGGATATCA
CCGACGTCAT TCTTCCAGCA ATCTTTGAGA ACGTCCGCTA TGTTCCTATC CCTCGTATTG
AGGTGCAGGA TGCCATGGCC GATGTTGTCA TCGAAAACCT GGTGATTGAA AGCGACAATC
TTATGCCGAA TGTTGTTGAG TTCGGAAGTG ACAATTACTA CCGCTGGGGA AGGAAGAAGA
TTAGCAGCAA GAGAGACAAC AAGATCATGA TCTCTGTGTC TGGTATCCAA GCCGACCTGA
GAGATGTTAG CTTCTACATC AACAAGAAGC AGGGCTTCCC CTCTATTACC GACACTGGTG
TGATGGATAT CTTCCTTGGA GGCGAGGGTT TCTCCTTCAA GATTGCCGCT TCTACTGCCC
AGAAGCAGGA TCGCCAGAAT TTTGTCAAGC TCGACAAGGT TTCTGTCAAG CTCGATGACA
TTGACATCAA ACTCAAGAAG TCTAAGCATA AGGTTCTATT CACTCTCTTC AAGCCCTTGC
TCTTCCGCAC TGTGCGTCCC GCACTTCAAA AGGCCCTTGA AAAGCAGGTT CGTGATGTTT
TTGAAAAGGC CGATGCCTTT GCATATGACG TGCACCAAGA GGCCCAACGA GTGAAGGAAC
ATGTCAAGGA GAATCCTCAA GACGCACCAA ACATTTACAA CCGCTACTTG AACTCTTTCC
GTGCCAAATT GGAGGAGGGC AGACGCAAGG CCCAGGAGGC TTCCCAGCAA GCTGCCCAGC
GCGACACCAA GGCGCAGACC ACGACTACTC TGAAGGGCTC GCTGTTCCCG GACATCAAAC
TTCCTGGAGG CATTACCACC AAGGCTACCG AATACGAAGA ACTTGCGCGT AAGGGCGAGC
GCTGGGAGTC GCCCATCTTC AGCATTGGCT CCGCCTCGGA GTCGAGCGAC ATCCCGAAGC
CGGAACAGAT CACTCGTAAG CCTCACAACA CTGCCGAAAG CAAGCTCCGG GACCGTCAAT
CCAACGGCGC TGCAACTGGT GGCGCAGCTG GCGGTCTCGC TGCTGCTCCT CGTGGCCCCG
TCACCAACGG CGGCGCATTG GCTACCGGAC GAGCCACGGA CGGTGGCCCA GCAACCGCTG
CCCCAACCCT AACCAACGGC AGCACCGCGG TGACCAACGG TCATGCGAAG CACTATGATT
CTCTCTTAAG CAATGGTGCT GATGGCAAAC TGGCTCAGGA CATTTCCCAA ATCTCAGGAA
CTGGATTCAA CCCTCAAACC GCATAGATCT TTGAAATGCG ACGGTGACAA GGACGAATTC
TGTTTCCTAT TGTTCTTTTG TAGCATGACA AACCTAATCC TCCAAATTGA ATTCTCACCC
ACATTCTTTT GTATCATACG TGTCACGCAA TCATGTCTTT GATTTTTTTT TACTACCCCA
TCCTAGGTAG CTAGGTAGTT CTTATCAAGT ACGAGTTGTA CTGTTAATTA TCTCTTTTCT
CGTGAAATTG GATTTGACAA ATGCTTTTGT CTACGCTGAA TCATCTATAA AATCTAGCCA
ATATCTTTTC TCCGTGATTA AATGAAGACT CTTTACATCT GATTG
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| Protein sequence | MPSRAVNKPV DPKQRDKDIN NKLQLFGIYH AFKNGKLPTN KQCDVAINSA LAHKALTNPS
KELSEEGRAL VQDLRIIIEE AKKLILSKND GQLLQEFIYD AQHISTEDVQ KPNVAGNDTA
EQDAARAREG LKTLGTLMIT NGEFRKLLND AMIIARDIAG DASQKAADSV RPAEHELSQV
DQPAEDNVWH EKPDLSGQKE QLKSRFSKNK DKAQQEASDV ANTGAQAATG PSGDSVDPYS
GVNASLQHAQ SKVPEDQKAE ANKRSQEYKD RTKNYLSGKF PQERRDQTIY RLKKMILEIQ
GHRDYQQAIE TLLDLAEKYG GHGRHIAQQG TGSVQGTRGQ SKVQTMEKNL RTLIERFANS
TSMDDFFDSL ENIYRDADKD PELKGWFKNT NQFIRKTLQQ QGYILQDDWN RQYNDLAEHG
RFLLRDRYRD HTNRVLDEIK FLGDQFNQDR QNRAFGDAVE KLFIDLGRDE NGNPKFKKHL
VKDITDVILP AIFENVRYVP IPRIEVQDAM ADVVIENLVI ESDNLMPNVV EFGSDNYYRW
GRKKISSKRD NKIMISVSGI QADLRDVSFY INKKQGFPSI TDTGVMDIFL GGEGFSFKIA
ASTAQKQDRQ NFVKLDKVSV KLDDIDIKLK KSKHKVLFTL FKPLLFRTVR PALQKALEKQ
VRDVFEKADA FAYDVHQEAQ RVKEHVKENP QDAPNIYNRY LNSFRAKLEE GRRKAQEASQ
QAAQRDTKAQ TTTTLKGSLF PDIKLPGGIT TKATEYEELA RKGERWESPI FSIGSASESS
DIPKPEQITR KPHNTAESKL RDRQSNGAAT GGAAGGLAAA PRGPVTNGGA LATGRATDGG
PATAAPTLTN GSTAVTNGHA KHYDSLLSNG ADGKLAQDIS QISGTGFNPQ TA
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