| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04460 |
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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 | BN001303 |
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| Strand | - |
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| Start bp | 1985486 |
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| End bp | 1988528 |
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| Gene Length | 3043 bp |
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| Protein Length | 977 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | |
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| Product | small nucleolar ribonucleoprotein complex subunit, putative (AFU_orthologue; AFUA_4G07540) |
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| Protein accession | CBF77475 |
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| Protein GI | 259482724 |
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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 | 17 |
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| Plasmid unclonability p-value | 0.693918 |
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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 | 47 |
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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 | ATGTCCAAAG CCGTTGTTAA GACGACCTTC GAGGCGTCTC GAACGCTTCG TCCTATCTAT
ACCGGGGGAA GCACCGCGCT CGATGCCAGC GGCCGCCTAC TGGTTGCTTG TGTCAACGAA
GATGCGCTCG TCGTCGACCT TGAGACTGGC AACCAGCTCG CTACGCTTGA CGGAGTATGG
CTTGGTCTCA TTTTGAGTGT CTATTCATGT GCTAATTCAA GTTGTAGGAT GGAGAAGTTA
TCACTAGCTT GGCCAGTACG TTCCTCCATT CTGAGACCTG TCCAAGAATA GTGCACTAAC
GAGGATATCA GTTACTCCCT CGGCTTCGCA CGTTATCCTT TGTTCCCGAT CCATGTCAAT
GCGCATATAC TCCCTCTCCC AATACGAAGA TACAACTCCT ACCCTTGAAA CGAAGCTCGT
TCGGAGTCTA AAGCCTCACA CAGCGCCAGT TGTGACAACC GCCACCGACT CCACCGGTAC
GTTACTAGCG ACTGGAGCTG CAGATGGCTC AATCAAAGTC TGGGATATCC GAGGTGGCTA
CATCACGCAT AGCTTTCACG GCCATGGTGG TGTGATCTCA GCCTTATGCT TCTTCCAACC
ACCCACGGCG GAGCACGACG GAAAACTGTC CTCGAAAAAA AAACCGAAAC GGAAGACTGG
GATGGCAGGC GATGATGATG ACAACGAGAT GATGGACCTA GATTCTGCCT CCAACTCCAA
CGGTGCATTC CGGCTTGCCT CCGGTAGTGA GGAGGGTAAA GTGCGCGTCT GGGATTTGAA
TAAAAAGAAG TCCATTGCAT CTCTCGACTC GCATGTTTCT GTTGTACGCA GCCTATCATA
TTCGTTAACG GAGAATGCTC TATTGTCCGC TGGCCGAGAC AAAACTGTCA TTGTGTGGGA
TATGCGAACT TTCAAAACTC GGAGGATAAT TCCTGTTCTC GAAAGTGCCG AAGCAGCTTC
CTTTGTTGCC GAAGGCGGAC TATGTCTGGT TGGAGGAGAG TATGGCAGGT TACGCGTTTG
GGACTGCAAT AGGGGAGGAG AGGTTACCGG TGACCAGGAA GCTGCGCCGG AATTTGAGGC
AATCATCGCG ATTCACTATA CACCAGGGAT GTCGTTCGCT ATGACTGTTC ATGCTGATCA
AACACTAAGG CTGCATTCTC TTGAGCCTCT ATCAAACCTC AAGCCTGGAA CCACCATCGA
TCCGCTGCCG GTTGTCAGGC GCATATCAGG TAACGATGAT GATATTATTG ATCTCGCATA
CGTCGGTCCC GATCGTTCTA TGCTTGCTTT GGCAACCAAT ACTGAGAGCA TCCGGATTGT
CTCTGTTGGG CCGTCTGACT ACAGGCCTTC AACAGATGGG CAGGAGTATT TCGGTGCTGA
TATCGCTCAT CTGGATGGCC ACGACGACAT CATTATCTGC ATCGATGTGG ACTGGTCTGG
TCACTGGCTT GCTACAGGTG CAAAGGATAA TACGGCACGT TTATGGCGCC TAGACCCGCA
GAATTCGTCA TACACATGTT TCGCCCTCCT AACGGGTCAC GCAGAGTCTC TAGGAGCCAT
CAGTTTTCCA CGGGACTCAC CCCCTCCTGA TACGCCAGCG TACAAGGCTC CAGTAAATCA
TCCCCCTCCG TTCGTCATCA CGGGTTCCCA GGATCGTACA GTCAAGCGAT GGAACGTCGG
AAAGCTAGGC CCTACCATTG GCAATAAGCC CCATACACCG AAAGCGCTGT TCACTCGCAA
GGCTCACGAC AAGGACATCA ACGCTCTGGA CGTGAGTCCG TCATCGGCAT TGTTTGCTTC
AGCCTCACAA GACCGAACCG TCAAAATCTG GTCTGCAGAC GACGGGTCCG TCGTGGGTGT
CTTGCGCGGT CACAAGAGAG GAGTTTGGTC GGCGCGTTTT TCCCCCAAGG GCACACCGAT
CCTTAGTGCA GATGCCAAAA GCAGCACTAA CAGAGGCATG ATTGTAACGG GCTCAGGTGA
CAAGACTGTG AAGCTCTGGA GTTTGTCCGA CTATAGCTGT CTTCTTACGT TCGAAGGCCA
CACGAATAGC GTACTCAAGG TGCTCTGGCT CCCACCACCC GACATGTCCA GTAAGACCGA
AGATGAGGAA GATGAGGATG CAGCAGCATC AAAGCCCAAC TCTATTCAGC TCCGACCTCT
TGTTGCTTCC GCAGCCGCAG ATGGGCTGGT GAAGATCTGG TCCCCCTACA CAGGCGAACT
GGAAACAACC CTTGACAACC ACACCGATCG AGTCTGGGCG CTAGCCAGCC CTACACCATC
CGGGACGCGT GACGACGTCA ATTCCTCCGC AACCAAATCT ACCTCCCCCT ACGCCATTGC
ATCCGGCTCC GCAGATTCTA CAGTCACCTT CTGGACCGAC ACAACCTCCG CAACCTACAC
TGCCGCCGTC AACGCCAACT CTGCCCGCAT AGAACAAGAC CAGCAGTTAC AAAATTACAT
CGTAGCAGGC GCGTACCGTG AGGCAATCAC CCTCGCCCTA CAGCTCAACC ACCCCGCGCG
CCTCCTGTCC CTCTTCAGCG CCGCCATCGA CGCTGCGGAC GATCCTCACA ATACTGACAA
CCAAGGCGAA GATCGTGCAA ACAGTTTCAC CGGGAACCCG TCTATTGACG AGGTCCTCCA
AACTCTTGAC CCCGCCAACC TCTACGTCCT CGTTCTTCGT CTCCGGGACT GGAATACCAA
CGCGCGCCAT TCTAAGGTCG CGCAGCGAAT ATTATTCGCT CTCTTCCGCT CCTATCCGGC
GTCTACGTTT GTTGAGCTCG CTTCCTCGAG CATAGCGAAG CGAAACGGAG ATGGACGCGC
TGCAGCTGCT ATGAAGGATA TTCTACAAGC CTTGGCCTCG TACACGGAGC GACATTATCG
CCGTGTAGAG GAGCTCGAAG ATGAGAGCTA CCTCGTCGAA TGGGTTCTAG GTGAGATGGA
TGGTGGTATT GGATTAAGTG CGCTTGGAGC TCCTACACAG GGCATCAATG AGATTGAAGA
TAAAGCTGAG CACGGGAAGG ATGTTGTTAT GCTCGGTGCT TAA
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| Protein sequence | MSKAVVKTTF EASRTLRPIY TGGSTALDAS GRLLVACVNE DALVVDLETG NQLATLDGDG
EVITSLAITP SASHVILCSR SMSMRIYSLS QYEDTTPTLE TKLVRSLKPH TAPVVTTATD
STGTLLATGA ADGSIKVWDI RGGYITHSFH GHGGVISALC FFQPPTAEHD GKLSSKKKPK
RKTGMAGDDD DNEMMDLDSA SNSNGAFRLA SGSEEGKVRV WDLNKKKSIA SLDSHVSVVR
SLSYSLTENA LLSAGRDKTV IVWDMRTFKT RRIIPVLESA EAASFVAEGG LCLVGGEYGR
LRVWDCNRGG EVTGDQEAAP EFEAIIAIHY TPGMSFAMTV HADQTLRLHS LEPLSNLKPG
TTIDPLPVVR RISGNDDDII DLAYVGPDRS MLALATNTES IRIVSVGPSD YRPSTDGQEY
FGADIAHLDG HDDIIICIDV DWSGHWLATG AKDNTARLWR LDPQNSSYTC FALLTGHAES
LGAISFPRDS PPPDTPAYKA PVNHPPPFVI TGSQDRTVKR WNVGKLGPTI GNKPHTPKAL
FTRKAHDKDI NALDVSPSSA LFASASQDRT VKIWSADDGS VVGVLRGHKR GVWSARFSPK
GTPILSADAK SSTNRGMIVT GSGDKTVKLW SLSDYSCLLT FEGHTNSVLK VLWLPPPDMS
SKTEDEEDED AAASKPNSIQ LRPLVASAAA DGLVKIWSPY TGELETTLDN HTDRVWALAS
PTPSGTRDDV NSSATKSTSP YAIASGSADS TVTFWTDTTS ATYTAAVNAN SARIEQDQQL
QNYIVAGAYR EAITLALQLN HPARLLSLFS AAIDAADDPH NTDNQGEDRA NSFTGNPSID
EVLQTLDPAN LYVLVLRLRD WNTNARHSKV AQRILFALFR SYPASTFVEL ASSSIAKRNG
DGRAAAAMKD ILQALASYTE RHYRRVEELE DESYLVEWVL GEMDGGIGLS ALGAPTQGIN
EIEDKAEHGK DVVMLGA
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