| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01408 |
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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 | BN001307 |
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| Strand | - |
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| Start bp | 641890 |
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| End bp | 645063 |
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| Gene Length | 3174 bp |
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| Protein Length | 985 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 | hypothetical U5 snRNP component (Eurofung) |
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| Protein accession | CBF84797 |
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| Protein GI | 259486716 |
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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 | 22 |
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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 | 29 |
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| Fosmid unclonability p-value | 0.0125227 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CGACATTGAG AGCTTTGGTG CAACTGGAGC TTCTCCCCAT CCAGCACAAT GGATGACCTC
TATGACGAGT ATGCTTCAAT TATCTTAATT CTCCTTCAGA TTGTTTTCGC TGACTGACTC
CCAGGTTTGG CAATTACATC GGCGAGGCCG CGGAATCTGA CGAAGAGTTT CAACATGAGG
CCGCAAAACC ACAGGCATTT GACTATGATG AAGCATTTGG AGCGGACGAG CTTGAAGAGC
CGGCTCAGCA GGAATTGATG GAAGTAGATG GTGCGTTATC CTTTTCTCCT CCATCGCGTG
AGTTCTGACA TATGAGCCCG CGTTTTACAG AAGGCCCATC CAATGCCGTT ATCCTACACG
AAGACAAGCA GTACTATCCC AGCGCGCAAC AAGTATACGG AGAAGACGTG GAGACATTGG
TTCAGGAAGA GGATGCACAG CCTTTGTCTG AGCCTATAAT TGCGCCGGTC ACACAAAAAA
AGTTCGCGAT TGAAGAGAGC GAGTTGCCAC CAGTTTTCTT CTCGCGCGAG TTCATGACAG
ACCTGTTAAA CTTTCCTGAC CAAATAAGAA ATATCGCGCT TGTTGGTCAT CTGCACCACG
GGAAAACCGC GTTCATGGAC ATGCTTGTCA TGCAAACCCA TGATTTGGCC GAACGACTCG
AGAAGAGAAC AGGAAGGAAG AGGGACGAAC AACTTCGCTA CACGGATGTT CATCATTTGG
AGAGAGAACG AGGACTCTCA ATCAAGTCGG CGCCCATGAG TTTCGTACTC CAGAGCTCCA
AAGGGAAATC GCACCTGTTC AATATCATCG ACACTCCGGG CCACGTGAAC TTTGTCGATG
AGGTAGCCGC CTCGTCGCGG TTGGTCGATG GTGTCGTTCT TGTCGTTGAT GTTGTAGAGG
GCGTGCAGGC GAACACCGAA CAAATTATCA GACATGCAGT GCTGGAGGAT CTCCCTCTGA
CACTGGTTGT GAATAAGATG GACAGGTTAA TACTGGAGCT GAAGCTACCG CCGAACGATG
CCTACTTCAA ATTAAAACAT GTGATCGAAG AGGTCAACAC AATGATTGAA AACGTCATGC
CTGGCCACGG TGAGAAACGG CGATTGAGTC CTGAGAAAGG CAATGTTGCC TTTGCCTGTG
CTTCGATGAA ATGGTGCTTC ACTCTACAGT CGTTCGCGAA AATGTACGCC GATACTTATC
CTAATATTGA GACAGCTGAT TTTGCTATAC GTCTCTGGGG AGATATTTTC TTCAACCCAA
GAAGTCGAAA ATTCACCCGG AAAGGGGCGG AGGATAATTC CAAACGGACC TTTGTCAAGT
TTGTCTTGGA ACCCATATAC AAACTTTACT CTCACACGCT TAGCGAAAGC CCTGACGACT
TGAAGGGAAC TCTCGCCAGT GTAGGCATCA GCCTAAAACC CTCACAGCTC AGGTCAGACG
CGAAGGTGCT GCTCGACCTG GTATGCGAGC AGTTCTTCGG GCCTGCCGAG GGTTTTGTGG
ACATGGTATT ACAGCATATT CCCTCGCCCG TGGAGGGTGC TAAGAGAGTT TTGGAACGGT
ATTATACTGG ACCTCTAGAC ACCAAAATCG CAGCCGCAAT GGCAAACTGC GATCCGGATG
GACCTCTGGT TGTCCATGTC ACAAAACTTC TGGCAAACAC AGATGCGTCG CGATTTCATG
CTCTTGGGAA AATACTGAGT GGCACTGCTC GGCCAGGATT GCAAACCCGA GTACTCGGCG
AAGGCTACAC TCCCGACGAT GAAGAAGACA TGGTCAACGC TACTATTTCA GACACATGGA
TTGCCGAAAC TCGGTACAAT ATCCCGACTA GTGGCGTCAC CGCAGGGAAC TTAGTTCTTC
TCGGAGGCGT GGATAATTCT ATCGTCAAGA CAGCGACGGT GGTAGCCACG AAGTTTGAAG
ACAATGAGGA GGCGCATATT TTTAGACCTA TACGCCACAT GACCGAATCT GTCTTCAAAG
TCGCAGTTGA ACCCGTCAAC CCGTCCGAAC TTCCCAAAAT GCTTGAGGGT CTCCGCAAAG
TGAATAAAAG TTATCCTCTA ATCTCGACAA AAGTGGAGGA ATCCGGGGAG CATATAGTCC
TAGGGACAGG AGAGCTCTAT ATGGACTGCG TGCTTCACGA CCTCCGGAGA TTGTTCTCCG
AGATGGAGAT CAAGGTGTCC GACCCTGTTA CTCGTTTCTG CGAAACAGTT GTGGAGACGT
CTGCAATCAT GTGCTATTCA ATAACTCCAA ACAAGTTGAA TAAGATCACG ATGATCGCCG
AGCCGCTAGA CGATGGGATA GCTGAGGATA TCGAGACTGG TAAAGTTAGC ATCAAAGACC
CAATCCGGAA AGTGGCCCGG TTCTTCGAAG AAAAATATGA CTGGGATAAA CTTGCTGCGA
GAAGTATATG GGCATTTGGT CCAGATGAAC TGGGACCGAA CATCTTACAA GATGATACAT
TACCTTCTCA AGTCGATAAG AAGCTACTTG GAAGCGTCAG AGATTCTATA ACACAGGGCT
TCAGTTGGGG TACCCGGGAA GGTCCTTTGT GTGAAGAGCG TACGTATTCT AATACTGTTA
TCTCATCCTA GCTAACTTGT TCATTACACA GCGATTCGGA ATGCGAAATT CAGGCTCACG
GATGTTTCCC TGGCTGATCA AGCCATTTAC AGGGGCGGTG GTCAGATAAT TCCCACAGCC
AGACGTGCTG TCTACTCATC GTTCTTGATG GCCTCCCCTC GCCTAATGGA GCCGCTCTAT
TCTTGCTCGA TGACAGGACC TGCAGATGCT GTTGCATCCG TCTATACCGT GCTGTCACGG
AGGAGAGGCC ATGTCCTTTC AGATGGACCC ATTGCGGGAA CTCCCCTGTA CTCGGTTCGC
GGTCTAATTC CAGTCATAGA TTCTTTTGGC TTTGAGACAG ATCTTCGAAT CCATACACAA
GGACAAGCTG CAGTCAGCCT TGTCTTTGAT AAGTGGAGCG TTGTGCCCGG AGACCCACTG
GACCGTGATG TCAAGCTAAA ACCGCTGGAG ATGGCACCCG CAATGGCGAC GGCACGCGAC
TTTGTTTTGA AGACAAGGAG GCGGAAAGGT CTGGCTGAGG ACGTGACCGT AAGCAAGTTT
TTGGAGCCGG AACTTTGGAA GGGCTTAAAA GAGAGTGGCG TCCTAGATTC GTGA
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| Protein sequence | MDDLYDEFGN YIGEAAESDE EFQHEAAKPQ AFDYDEAFGA DELEEPAQQE LMEVDEGPSN
AVILHEDKQY YPSAQQVYGE DVETLVQEED AQPLSEPIIA PVTQKKFAIE ESELPPVFFS
REFMTDLLNF PDQIRNIALV GHLHHGKTAF MDMLVMQTHD LAERLEKRTG RKRDEQLRYT
DVHHLERERG LSIKSAPMSF VLQSSKGKSH LFNIIDTPGH VNFVDEVAAS SRLVDGVVLV
VDVVEGVQAN TEQIIRHAVL EDLPLTLVVN KMDRLILELK LPPNDAYFKL KHVIEEVNTM
IENVMPGHGE KRRLSPEKGN VAFACASMKW CFTLQSFAKM YADTYPNIET ADFAIRLWGD
IFFNPRSRKF TRKGAEDNSK RTFVKFVLEP IYKLYSHTLS ESPDDLKGTL ASVGISLKPS
QLRSDAKVLL DLVCEQFFGP AEGFVDMVLQ HIPSPVEGAK RVLERYYTGP LDTKIAAAMA
NCDPDGPLVV HVTKLLANTD ASRFHALGKI LSGTARPGLQ TRVLGEGYTP DDEEDMVNAT
ISDTWIAETR YNIPTSGVTA GNLVLLGGVD NSIVKTATVV ATKFEDNEEA HIFRPIRHMT
ESVFKVAVEP VNPSELPKML EGLRKVNKSY PLISTKVEES GEHIVLGTGE LYMDCVLHDL
RRLFSEMEIK VSDPVTRFCE TVVETSAIMC YSITPNKLNK ITMIAEPLDD GIAEDIETGK
VSIKDPIRKV ARFFEEKYDW DKLAARSIWA FGPDELGPNI LQDDTLPSQV DKKLLGSVRD
SITQGFSWGT REGPLCEEPI RNAKFRLTDV SLADQAIYRG GGQIIPTARR AVYSSFLMAS
PRLMEPLYSC SMTGPADAVA SVYTVLSRRR GHVLSDGPIA GTPLYSVRGL IPVIDSFGFE
TDLRIHTQGQ AAVSLVFDKW SVVPGDPLDR DVKLKPLEMA PAMATARDFV LKTRRRKGLA
EDVTVSKFLE PELWKGLKES GVLDS
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