| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10350 |
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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 | BN001306 |
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| Strand | + |
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| Start bp | 2251967 |
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| End bp | 2255227 |
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| Gene Length | 3261 bp |
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| Protein Length | 910 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | PX domain protein (AFU_orthologue; AFUA_3G08020) |
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| Protein accession | CBF83696 |
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| Protein GI | 259486113 |
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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 | 23 |
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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 | 46 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CCGGTCAATT GCGCACTATG CACGCGACCA ACGGAGTTGT CGACTCGCCT ACCCCTCGCC
AAGATGGCGA CCTTGGCTAT AAGCCAGTCC TGACTGGAAA GCAAGAACAC TGTCGGTCCC
TCAATATACA AGTTGTCGAG AGGGGTTGCT GACTGTGACA GATCTCAAGC GCGAACTCAT
CGCCCGCCAG GTCCAAAAAG AGATCTCCGA ACTAAACTCC CCAACCGCCC TTCGGCGCTT
TGGCGCTCCC TTCAAGTCGG ATTTCGGAGA AGTCGCGCCT ATCGATTCTG AGCTTCCAAT
CCTTCGATAT ATATTCGTTC ACCATGTTCG AAATTTCCCA TTCTTAGATC AGGCACGGGA
GAAAGAATTT TGGCAGGACA AGCTGCAAGT GGTGCGTGCC GTGTTTTTGC CTCTCTCGAC
AGAACCGGCG GAGCTGACAA TCTGGACACA GTTTCTCGAA TCATTTGCGA ACAAGAATGT
TTCGTCCTCT GAAGACCGAC TGGAGGAGAC GAAGCGAAGA AAGTTGGCCC GAAAGTGCGA
GAAACTCGTC GAGCTGATGA TGGTTTCCGG TATCCCCACC GCATCTGGCT ATGAGGAGCG
TATCCAGTTT TCGGAAATGG AGGTAGTTGA CCGTGGTGCT AATGAGAAGG GGCTTCTTGT
CAATATGCCG GAGGGGAATG CGATTAATGG CTGGGATATC AATGTGGCTG CTGTGCGGGT
AACATCCGTA CGGCGGACGG TTCGACATCA TCAACATGCG GTATGTCTAG TATACCCTGG
ACTAATACAT CAAACTAATA ATCGGCAGGA ATTTATCATC CGCGTAAGAC GGAACGGTCA
GCCAGATATC TTTGTAGCTC GACGGTTCGG CGAGTTTGTC AAACTTCAAA AGAGGTTGCA
CACCGAGATA CCGGGCAGGG CGGTGCCGCC CCTCCCACGA AAGAACAAAT CATCAACAGC
ATCAACACTC TGGGGCGGTA GCACCGCGGA AGACGATGAG TCGTCTCTCT CGTCCGTCTC
GACCCAGGAT ATTGGGCCTC CAGAGGAGAC TCGTTTATCC CGCAACAGTC TGGCTCCGTC
GGATATTGTT CAACGCACGC GTTCAAGATC AAGGAGCTCA GTAAGAAAGT CTCCTAGATC
GTCTGCGGAG GTACCTAGAG AAACTGTGCT CTACCGAGAA GAGCAGCGGA TTTCGCTTCG
CGCGTTCCTT CGTACACTTC TACAGAACAA GCGGATAGCC GAGTCAAAAG CTTTAGAAGA
ATTCCTTACT GCAGACCCGT TTGTTCCTGG GCAGGAAGAG ACGCGTGACA TGGAACGACG
GAAGGAAGTC GACGCTATCA GGATTGAGGA GCAAAAGCGA TTCTACGAGA TTGCCCGTGA
ACGGGCGGCA GAGCTGGATG TGTATATGGA AAAATTCCGT CGAGATATTG TAGAAAGCAG
TAAGTCCAGG TCTCCAGGAA CCTGGCCAGG GGGCATAACC ACGCTAACAT ACGTTGTCAG
ATGGGTTGAC AAAGCTTTTT GCCGAGATCC GAGAGAAACC GACGGTTGAA GATTTGAGCC
CTCAATATCA GAAGTTTGCG GAATGGTTGC GCATTGAGTA CGTGATCCTG TCAAACTATC
ACGTTGCCTC TGCTAACTGA TTAGGGTTGC GGCTACTCTG TACCATCTTT TCCTGGCCGA
AGACAATTCG GCAGAGCTCT TCGCGCAGGC CAAACGGATT CACTCCTTAG TGCCCTATAC
CTTGTTAAAG AATGTGATCC GCATCGCCAA CCCCGCCGCT GTAATGACTG GCGTTTTGGA
CCTCTTCCTT GCCCAGCCTT TCGGCTCCCG GTCTCTTCTG CAGCGAATAT TCTCCATGAC
ATTGCATGAT GGCATTAAAG GATTCCAGCG ATCGATCGAT GCCATGGCTG CTAAAGTTGA
CGATCCTATC ATCTCGCAGA AGCTGAAAGC GTTCACCGAG GCAGACGAGG CTATCAAGAA
CGAGATTCGT CTTGAGGCTG CCGAGGACGA TGTGGACGTT GCTGTGGCTA TTCTGCGATC
AGATTATCTG CCATTTGAGC TGTCGACCGA GCAAATTGGC AAGGTCTTTA ATTCATACGT
CGCCTGGAAT CACGCTGTAG AAAATGTGGA CGAGGAAATG CGGGAGGGCG CGCAGTGGTT
CGCTAATGTG AAGCAGTTGC TCAAACTATA CACGCGACAG ACAGACAAGG CGAAGATGCT
CAGCATCATC GAAGAACCAG TGACGCTCCA ACTGTTCCGC GATCTTTTCA CCATCTTCTA
TGAGCCTTTG GTTCGAGTGT ACAAGTCAGC GAATGTTTAC AGCAGTATCA CCGATTTCGC
CAAGTTTGCT GACGACGCAA TCGCTGTGAT TGAAAAGTGC CAGAGGCAGG ATATTTCCGC
CGACCCAAAC CAAACTGTTC AAGCCTTTAT TGATCTCTGC GAACGGCACC AGAGTAGTCT
CTACAAGTTC GTCCACGAGG TCCACCTGCA CGATAACGGA CTGTTTGGGT CCCTGATGGC
ATGGATTGAA GATATTCTTC AATTCCTGCG TAACGGGCCA AAAGGCGGCA AACTCGACAT
GAACGCGCTG TTTAGCGGTG CCAAGGACAT GGGTCAGATT GACCCAGCCC TCGCTCGTGA
GGAGATAGAT AAACTCATAA AGTGGCATGA GGATCGCAAG CAGTGGCACC TCAACAAGAC
TCGCCAGAAG ATGGCCGCTG AAGGAACGGC TAGTTCTCCA TTCCAGACCA AGTTCAAATC
GAGCGACTTT GGTTTGGATG AGGTATGTAT AGGACCTTTA AAGTAAGTCA CAGATAAACT
AACAAGAAAC AGGCCGACCT TGAACATCTC GCCATTTCCG ACGAGGATTC TGATCACTCC
GATGACATCG ACGCCGAAGA CGAGGCAGAA GAATTAGACC CGATAGCTGT TGAACGAAAA
CGACGGTCCC GGCAACAGGA CCACTTGCGC CGTACAGCCG GAGAGCCCGT CAAACCGGAA
GTTCACGAGA TCCTCAAGCT GTCCGACTCG TTTGGTGTTC TGCTCCGCCA GGTGTTGGCG
GACTGAGGTC GCCATTTCGT TTCGTTCGTT CTGTTGCGAT ACCCACTGCA TCTATTCATA
TACATCTTGA AGTTGCGAAG TTTGTTGTTT CGGCTCGCTT TTACAGTATT TGCATTGCAG
GCTAGAGTAG ACTAGGGCAT ACAACATCTG GTTGCATGGC ATTATATTCC TATAGAAATC
AATGGAGGGC ATTTGACGTC G
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| Protein sequence | MHATNGVVDS PTPRQDGDLG YKPVLTGKQE HYLKRELIAR QVQKEISELN SPTALRRFGA
PFKSDFGEVA PIDSELPILR YIFVHHVRNF PFLDQAREKE FWQDKLQVFL ESFANKNVSS
SEDRLEETKR RKLARKCEKL VELMMVSGIP TASGYEERIQ FSEMEVVDRG ANEKGLLVNM
PEGNAINGWD INVAAVRVTS VRRTVRHHQH AEFIIRVRRN GQPDIFVARR FGEFVKLQKR
LHTEIPGRAV PPLPRKNKSS TASTLWGGST AEDDESSLSS VSTQDIGPPE ETRLSRNSLA
PSDIVQRTRS RSRSSVRKSP RSSAEVPRET VLYREEQRIS LRAFLRTLLQ NKRIAESKAL
EEFLTADPFV PGQEETRDME RRKEVDAIRI EEQKRFYEIA RERAAELDVY MEKFRRDIVE
SNGLTKLFAE IREKPTVEDL SPQYQKFAEW LRIEVAATLY HLFLAEDNSA ELFAQAKRIH
SLVPYTLLKN VIRIANPAAV MTGVLDLFLA QPFGSRSLLQ RIFSMTLHDG IKGFQRSIDA
MAAKVDDPII SQKLKAFTEA DEAIKNEIRL EAAEDDVDVA VAILRSDYLP FELSTEQIGK
VFNSYVAWNH AVENVDEEMR EGAQWFANVK QLLKLYTRQT DKAKMLSIIE EPVTLQLFRD
LFTIFYEPLV RVYKSANVYS SITDFAKFAD DAIAVIEKCQ RQDISADPNQ TVQAFIDLCE
RHQSSLYKFV HEVHLHDNGL FGSLMAWIED ILQFLRNGPK GGKLDMNALF SGAKDMGQID
PALAREEIDK LIKWHEDRKQ WHLNKTRQKM AAEGTASSPF QTKFKSSDFG LDEADLEHLA
ISDEDSDHSD DIDAEDEAEE LDPIAVERKR RSRQQDHLRR TAGEPVKPEV HEILKLSDSF
GVLLRQVLAD
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