| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04435 |
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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 | 2055406 |
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| End bp | 2058535 |
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| Gene Length | 3130 bp |
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| Protein Length | 980 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 | cell morphogenesis protein Sog2, putative (AFU_orthologue; AFUA_4G07260) |
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| Protein accession | CBF77530 |
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| Protein GI | 259482751 |
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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 | 24 |
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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 | 49 |
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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 | ATGATTTCTA CTTTGGTTCG ACCGGAGGAT AGTCTAAGAA TGCCTCGCTC ATATCGAGAC
ACTGAAGAGG AAGACGCGAA CCGACACAGT CCCGAGCCAG CGGCGCCGTT ATCCTCGTCA
TCCTCGACCA CCGACGGGTC GAATAAGAGC GAAGATGAAG CCACGTTGGT GAACGGGTCT
ACCGGCGATA CCAGCAGCAG GCCGACAAAG TCGCGTGAAT CGCTTACGCC GGAGGAGACA
ATCCAACTTG CGCGCCGAGC AGTAGAGAAC GGGATCCAGG AAACGAAACG GTCTTTGGCA
GGAAGCGAAG CGGTCGGTGA TGTGGTCAAG CCGAAGCTGA CCATTGATTT GGGCCACTCA
AATATCAGTC GTATACCGGA GCCGGTTGTG GATATTATCA AGGATGAAGT TGAACGGTGT
GTAATAACAA AGCTCCTGGG ATTCATCGTG CACGAAGCGA ATGAAAGTTG GTCCACATGA
TGCTGACTAT GTCGTAGGCT CTCGTTATGG AACAATCAAC TGGTCCATAT TCCTTACCGA
TTCGCAGAGT GCTCTCATCT TCGATATCTC AACGTCAGAT CTAACAACTT TCGTGAATTT
CCTAGAGGAG TACGTTTCGT CTGATTGATT TCTTGTCGTA GCTTTCTGAC TGGTATGCTA
GGTGATTAAA CTGCCATTAC TGGAGATTTT GGATTTGAGC CGCAACAAAA TTAGCCAGCT
TCCGGAGGAA ATAAAGAAAT TAACATCTCT CCGAGTTCTG TCGGTGATGC AAAACCGCCT
TGACGATTTA CCACTTGGTG TGTCGGATAT GAACAAGCTT CAGATCCTCA AAGTAGCTGG
AAATCCACTG CGGTACCCGC TCCGCAAAGT AATAGAAACA TCTGAGGCCG AGATTACCTC
CTCAATGATG AGCGATAACG AAAAAGAAGT TGCTTTAACG GCTGAGCTTA AAAGGTATCT
TAAGGCGCGG CAACCTATTA ATTCTAATGA TTTTGAATCA AACAACGAAA GGTATGTTTC
TGAAAGCCGG CTGCGTTGGG TTTGAGCTAA TTCTCGGCGA CGTAGTGATG GCATCTTGGA
CACTCCAAAA CCCGTCAAAC GGGGAGTGAG CAGTCGCTTC CCAGTGATTC CAAGCACAGG
CGACGGCGCT GACCCTAAAT CGCCGTCATT ATCACGGCCA CCTCCCATCC CACTTAAATC
ACATTATCGC ATTGCTTCTG GACATGGCGG TGCTCTGCAA ATCCTCCAGC GTCCCGGTCC
CATACCTGGG GCTAATGAGC GGAATCGAAG TAATAGCGAG GGTATCATTC AAGCCTCTTT
TGCAACACGG TCCAAGCGCA TGGGGGTCAT CAGTCGAAAG AACACAGACT TGGGCACACT
GGACGAAATG CGGCCATACC GCAATAGTCA CCTCCGTGGT CTCAGTTATG GATCTATTCT
TCGGACAAGG CCATCTATCA GCAACTCATC TAGTCCGAGC AGCCCAAGAG AGCGCAGGCG
GCCCAGAGAT GGATTTGTGA ATCGGATGTC GAGTCTACCA GAGCACAAGG GCGAGCGGGA
AACTGAAAGC CCCATAATCG AAAGCGCCAA GGGAATTCTT TTTGCCCTCT TTCAAGTCCA
GTCTCATGTC TATGCCCTTA TAAATGTCAT CAAGCGTGAT GATTACCGGC GAAATAGTCT
CGAAATTGTC TTTTACAACG CTTCCACTCA TGTGGACCGA CTAAATGAGG CGCTTGAAAA
TGCAGAAAAC TCACGAGCAG ATGATGCGGA GCCAATGCGA GCCTCCTACG AGGCTGTCAA
GAGGGAATGC GAGACGTGTA TCATGGCGTA CTCTCACGTC GGAACCCAGT TACGCAACAG
CCTTGACAGA ATCGTTGCCA ATGGCGATTC GCGCTACATT CGCTCGCTGA TGCTTATGAT
ATTTGGTAGC GTGGTTGAGC TCCGCAACGC ATGTGCATGC TTGGAGGTAC CTGTTGGAAA
CCGACCGAGA CCTACTGGAA GGCCACCAGT ACCTGAGATC AGCAGAGAAT CTGCGGATTC
AGATAGATAC CACTGCACAA CAGTCACCCC AACGCGGGGA AGAGAACCGT CCTTCTCCAC
TCGCCGGCTC CGTAGCGATA CAACAATCTT GCATCCACAA ACTAATATGC ATGGGCCCCT
GCCAGCCTCT GCCACATTTC AGTCCGCCGT TAGCTCTCCA GGCTTCGCTC CCACTCCATA
CAGCTATGGA GCGAGGAGTC GGTCGAGCAG CAGGTCGAAT CATGTCAACA CATCCGTACC
CTCGTCCCTT GCTACTCCTC GGTCAGGCGA GTCTTTCCCT CCGATGCCTA CTTCGGTGAT
ACCTAAAATA AACCCCTTGA CCGGCTTGGA CGAAATAGAA GAGGAACGGA TCTTTGAGAA
GATTTTCTAC CAACTTACCG CTGCTTACAC CGCTGCTCTC CAAGCGCTAC CTGTTGCCCG
CCGTCATTTT GCGAGGAACC TGGAGGTCGC GGAACAGAAT CGGGAATTCG AAGATATCCA
GATGCTATGG AACAACCTCA TTCACCGCTG CCGGGTTTGT CTGGAAGTAT CAGAAGCCCT
CGGGCTTCGT TTGTCTAATA TGAAAGTGAA GGAACCAGGG GGTGGAATGC GGAACCAACG
AGAGTTCTGG CAACTATGCA AAGCCTTTAT GCAGTCTTTT GTCGAACTGG TGACTGACAT
GCGCGAAGTA CGGAGCATGC ACTTACTCCC ATCTGAAGTA ATCGTGATTC TTCGGCCTGT
GCAGAAGGCC AGCAGGGAAG CAGGTCGCTT GATCGAGGCT TCTCCATGGT CATATCTTGC
AGACATGGCT CCCGGGAACG GCCCCCCGGC CATATACGGA CCACCCTTGC CGTCCCAAAC
TTCACATCAG CAGCAGCAGC ATCACCATCA CCATCAACAA CATCACCCTC AGCTCAACAC
AAGCATGTCA CCTTCTGTTG CGCTTCCCGC AACCCCCCTT AGCGCTGCTC TGGGCCCAGC
GGCGCAAGCA ACAATACCTT CGACACCTGC AAGTGCCTAC AGCGATAAGT TCTTCGAGGG
TGACGTCTTT CAACGAGCCG ACTCCTTGCT TTCAATGCCA AATCAGGCGC CATTCTTCTC
GCGACGGTGA
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| Protein sequence | MISTLVRPED SLRMPRSYRD TEEEDANRHS PEPAAPLSSS SSTTDGSNKS EDEATLVNGS
TGDTSSRPTK SRESLTPEET IQLARRAVEN GIQETKRSLA GSEAVGDVVK PKLTIDLGHS
NISRIPEPVV DIIKDEVERL SLWNNQLVHI PYRFAECSHL RYLNVRSNNF REFPRGVIKL
PLLEILDLSR NKISQLPEEI KKLTSLRVLS VMQNRLDDLP LGVSDMNKLQ ILKVAGNPLR
YPLRKVIETS EAEITSSMMS DNEKEVALTA ELKRYLKARQ PINSNDFESN NESDGILDTP
KPVKRGVSSR FPVIPSTGDG ADPKSPSLSR PPPIPLKSHY RIASGHGGAL QILQRPGPIP
GANERNRSNS EGIIQASFAT RSKRMGVISR KNTDLGTLDE MRPYRNSHLR GLSYGSILRT
RPSISNSSSP SSPRERRRPR DGFVNRMSSL PEHKGERETE SPIIESAKGI LFALFQVQSH
VYALINVIKR DDYRRNSLEI VFYNASTHVD RLNEALENAE NSRADDAEPM RASYEAVKRE
CETCIMAYSH VGTQLRNSLD RIVANGDSRY IRSLMLMIFG SVVELRNACA CLEVPVGNRP
RPTGRPPVPE ISRESADSDR YHCTTVTPTR GREPSFSTRR LRSDTTILHP QTNMHGPLPA
SATFQSAVSS PGFAPTPYSY GARSRSSSRS NHVNTSVPSS LATPRSGESF PPMPTSVIPK
INPLTGLDEI EEERIFEKIF YQLTAAYTAA LQALPVARRH FARNLEVAEQ NREFEDIQML
WNNLIHRCRV CLEVSEALGL RLSNMKVKEP GGGMRNQREF WQLCKAFMQS FVELVTDMRE
VRSMHLLPSE VIVILRPVQK ASREAGRLIE ASPWSYLADM APGNGPPAIY GPPLPSQTSH
QQQQHHHHHQ QHHPQLNTSM SPSVALPATP LSAALGPAAQ ATIPSTPASA YSDKFFEGDV
FQRADSLLSM PNQAPFFSRR
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