| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00305 |
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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 | 3906732 |
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| End bp | 3909889 |
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| Gene Length | 3158 bp |
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| Protein Length | 963 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 | small nucleolar ribonucleoprotein complex subunit Dip2, putative (AFU_orthologue; AFUA_1G02680) |
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| Protein accession | CBF89762 |
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| Protein GI | 259489467 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.140894 |
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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 | 40 |
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| Fosmid unclonability p-value | 0.864535 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTGAAAT CATATCTGTG AGTTCTGGAG TTGGTTATTT CTTATATGCA AGGTATATTA
GCTGACATTA AGGCCTTCAG AAAATTCGAG CACTCGAAAA CTTTCGGGGT TATCACCTCC
GCATCGTCGA ATGCGATCTG GGTGCGGGAC GATGCAATCG CCGGGATTTC ACGTCAAACA
GGCGCTGGAC GTAGTGTGGT TGGCGCAGGA GAGGAGGTTT TGTGCTGGGA TATAAAGAAG
GGCGAATTGC TGGGGAGATG GAAAGATTCT GCGTGCAGGG CGCAAGTCAC TGTCATTACC
CAGAGCAAGA CGGATGAGGA TATTTTCGCC GTTGGGTAAG GGCTCACCAA GTGCATCTGG
ATCCGGAGCA ATACTGACAT CACTTTTCTC TCTGATTTAG CTACGAAGAT GGCAGTATTC
GATTATGGGA TTCAAGGACC GAGACGGTGA TGATCTCTTT CAATGGCCAC AAATCCGCTA
TTACCCAACT AGCGTTCGAC AATGCCGGAG TTCGCCTTGC AAGTGGCTCG CGGGATACCA
ATATCATTCT TTGGGATCTA ATTTCAGAAG TTGGATTGTT TAAACTGCGC GGGCACACAG
ACCAAATCAC CTCTCTTCAT TTCCTCGTCC CAACACTCGA GCTGTTGAAT GAAGCTGGAT
TGAGCGAACA TGCCGGTTTC TTAATCACGA CCGGAAAGGA CGCATTGATC AAGGTTTGGG
ATTTGGCATC ACAACATTGC ATTGAAACCC ATATTGCACA GTCAAACGGG GAATGCTGGA
GCCTGGGTCT TGCCCCAGAT CAGAGCGGCT GTATAACGGG CGGAAATGAT GGCGAGCTGA
AGGCCTGGTC CATCGACGAG GGTGCGATGA TTGAAATCTC CAAAGAGAAA ACCGGTTCGG
AGAATCGCAG GATCTTGGCT GATAGGGGAT CATTCTACCG CAACGGAAAG GATCGAACGA
CTGGAATCAG CTTTCACCCC CGAGCAGACT ATGTGGCTTT CCATGGCTCA GAAAAGGCGG
TAGAAATTTG GCGCATCCGT TCTGAGACCG AAGTCCAAAA AAGTCTGGCA AGGAAGCGCA
AGCGAAGAAA GGAGAAGGAA GCCCAGCGTG CGGCAGAAAC GGGCGAGACC GCGGAGAAAA
CTGAGAACGG TAAGGCGGAG GATGATGTTT CGACCGCTCC TGTTACTGAA GTCTTCGTGT
CTCACACGAT CGTCAGGACG GGCGGTAAGG TTAGGTCTTT CGATTGGATA AGGACCAAAT
CGAGCGGAAA GATTCAACTC CTTGCTGCTA CTACGAACAA TCAATTGGAG GCCTACAGCG
TGACCACGTT GAATAAGAAG AGCAAGAGCG AGGGTGATGT GGAGTACAAC CGAACGCTGG
CTATCGATAT ACCAGGCCAT CGCACAGATA TTAGATCCGT CGCCTTGAGT TCGGATGACC
GAATGCTGGC TTCTGCCTCC AACGGGAGTC TCAAGGTCTG GAATGTTCGG ACACAAAACT
GCTTGCGAAC TCTAGAATGT GGTTATGCAC TATGTTCGGC TTTCCTTCCG GGTGACAAGA
TTGTCGTGGT TGGCAACAAG GACGGGGAGC TGGAAATCTT CGACATTGCC TCGTCAACAC
TACTAGATAC GATCAAAGCA CATGACGGGC CCGTATGGTC TTTGCAGGTG CATCCCGACG
GCAAATCGTT AGTTAGTGGC AGCGCAGATA AGTCCGCGAA GTTCTGGAAT TTCCAGGTCG
TGCAGGAGGA GATTCCTGGT ACCAAACGGA CAACACCGCG GTTGAGGTTG GTTCATACGA
GGACACTGAA GGTCTCAGAT GATATCCTGA GTGTCCGGTT TTCACCCGAT GCTCGCCTGC
TGGCAGTTGC ACTTCTCGAC AATACCGTCA AAGTGTTCTT CAACGATTCG CTGAAGCTTT
TCTTGAACCT CTATGGCCAT AAACTACCCG TTCTAAACAT GGATATCTCT TGGGACAGCA
AACTTATCGT CACATGTTCA GCTGACAAGA CAGTCCGTTT GTGGGGTCTG GACTTTGGTG
ACTGTCATAA GTCATTCCTC GCGCACGAAG ACAGCATTAT GGCCGTGGCT TTCGTGCCCA
GCAACAACGA AGGCAACGGT CACAACTTCT TCAGCGTCAG CAAAGACCGC GTCATCAAGT
ACTGGGACGG CGATAAATTC GAACACATCC AGAAGCTGTC TGGCCACCAT GGCGAGATCT
GGGCGATGGC AATCAGCCAC ACCGGCGAGT TCATTGTCAC CGCCAGTCAC GACAAGAGTA
TCCGCACATG GGAACAAACT GATGAGCAAC TATTCCTTGA AGAAGAACGA GAAAAGGAGC
TCGAAGAGAT TTACGACAAC AACCTCGCAG CCTCCCTTGA AGAAGAAGAA GGCGGCGCCG
ACGGCGAAAA GGCCGAAGCC GTGGATGCCG GGAAACAGAC AACCGACACC CTCATGGCCG
GGGAGAAGAT CATGGAAGCG CTCGATCTGG GAATGGAGGA TCTCGAAGTC ATGCGCGAGT
GGCGCGTCAT AAAGGCGAAG AACCCGAACG CTGCACCTCC CGCCCGCAAC CCACTGTACA
TGGCCCTTAA CAACATCTCC GCCGAGCAAC ACCTGCTCAA CGTCGTGCAA AAGATCCCCC
CGGCCGCCCT GCAGGACGCC CTTCTTGTCC TCCCCTTCTC GAAAATCCCT GCCCTATTTA
CCTTCTTAAA TATTTGGGCT AGCAGGGAGT GGAATGTTCC TCTTACATGC CGCGTGCTGT
TCTTCATGCT TAAAACGCAT CACCGCCAGA TCGTTGCCAG CAAGCTGATG CGGCCCATGC
TTGACAGTAT TCGCTCATCT CTTCGTCGGG TGCTTACGCG CCAGAAGGAC GAAATGGGCT
TCAATCTCTC TGCATTGCAG TTCGTTGGCG AGCAGGTCAA AGCTCATGGT ACAAAGGATT
ACATTGATGA GCAGGCTTGG GAGGAAGAGC AGCGAACAAC GGGAACTGGT AAGAAGCGTG
TCTTTTCCAG CATCGCTTGA TGCGAGAGGT GAGGTCTTTT CTACTCTTGT ACATTTGACG
GAATCTGTAA TGCATGTGCC TGGCGTTTCA TCTAGAAGTA TTTAGGACTG GGGCTACAAA
AAAGTTATAT ATCCTGGAGT TATAATGAGA ACAATCCA
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| Protein sequence | MVKSYLKFEH SKTFGVITSA SSNAIWVRDD AIAGISRQTG AGRSVVGAGE EVLCWDIKKG
ELLGRWKDSA CRAQVTVITQ SKTDEDIFAV GYEDGSIRLW DSRTETVMIS FNGHKSAITQ
LAFDNAGVRL ASGSRDTNII LWDLISEVGL FKLRGHTDQI TSLHFLVPTL ELLNEAGLSE
HAGFLITTGK DALIKVWDLA SQHCIETHIA QSNGECWSLG LAPDQSGCIT GGNDGELKAW
SIDEGAMIEI SKEKTGSENR RILADRGSFY RNGKDRTTGI SFHPRADYVA FHGSEKAVEI
WRIRSETEVQ KSLARKRKRR KEKEAQRAAE TGETAEKTEN GKAEDDVSTA PVTEVFVSHT
IVRTGGKVRS FDWIRTKSSG KIQLLAATTN NQLEAYSVTT LNKKSKSEGD VEYNRTLAID
IPGHRTDIRS VALSSDDRML ASASNGSLKV WNVRTQNCLR TLECGYALCS AFLPGDKIVV
VGNKDGELEI FDIASSTLLD TIKAHDGPVW SLQVHPDGKS LVSGSADKSA KFWNFQVVQE
EIPGTKRTTP RLRLVHTRTL KVSDDILSVR FSPDARLLAV ALLDNTVKVF FNDSLKLFLN
LYGHKLPVLN MDISWDSKLI VTCSADKTVR LWGLDFGDCH KSFLAHEDSI MAVAFVPSNN
EGNGHNFFSV SKDRVIKYWD GDKFEHIQKL SGHHGEIWAM AISHTGEFIV TASHDKSIRT
WEQTDEQLFL EEEREKELEE IYDNNLAASL EEEEGGADGE KAEAVDAGKQ TTDTLMAGEK
IMEALDLGME DLEVMREWRV IKAKNPNAAP PARNPLYMAL NNISAEQHLL NVVQKIPPAA
LQDALLVLPF SKIPALFTFL NIWASREWNV PLTCRVLFFM LKTHHRQIVA SKLMRPMLDS
IRSSLRRVLT RQKDEMGFNL SALQFVGEQV KAHGTKDYID EQAWEEEQRT TGTGKKRVFS
SIA
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