| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04951 |
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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 | 468051 |
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| End bp | 471359 |
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| Gene Length | 3309 bp |
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| Protein Length | 866 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 | vacuolar sorting protein 35 (AFU_orthologue; AFUA_3G10360) |
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| Protein accession | CBF76410 |
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| Protein GI | 259482177 |
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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 | 16 |
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| Plasmid unclonability p-value | 0.736999 |
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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 | 44 |
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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 | CTGTTCTATG GAATCTGAAA GCAGTCAAAT CTCTTCCGTT CCAGTGTTTT CCCTCCGATA
TTATCATAGT TTCATCTCTC CCCTCCCTTT TGAGCCATTC CAGCTGCTTA CCGCCTAAAC
CCAAGCCGTT TCTATCTCCG CTCTTGACCT ATCCCCTCTT GCTTCTTACC TGGTCAGATA
ACCACAATGG CTACTTCGGT AGCGCCGTCC GAAGACCAGA GTCGTCTCCT GGAGGAGGCA
TTGGGGGTGG TGCGCCAGCA ATCGAGTATG ATGCGAAAAT GCCTCGAGAC GCCAGGCAAA
CTGATGGATG CGCTCAAATG CGGGTGAGTT CGAGCTTCAG CTAGCAGTGG ACTATGCTGC
GACGACGCGA GATACTGCTC AATATATACA AAAACGGCAA TACTGATATT GCGGTATCAT
TTCTAGATCG ACATTGGTCT CTGAACTCCG AACACCGAGT CTAGGGCCCA AGCAATACTA
CGAACTGTAC ATGGCTGTCT TTGATGCACT GCGCCACCTC TCCGTCTACC TGAAAGAGAA
CCACCCGGTC AATCACCTCG CGGACCTGTA CGAATTGGTT CAGTATGCCG GAAATATTGT
TCCGCGGCTC TACCTCATGA TAACCGTTGG TACCGTCTAT ATGTCTGTGG AGGATGCCCC
TGTCAAAGAG ATCATGAAGG ACATGATGGA GATGAGCCGA GGCGTGCAAC ACCCAATCCG
TGGGCTATTT TTGAGGTATT ACCTTTCCGG TCAGGCGAGA GACTACCTAC CAACGGGAAC
CGGTAACGGG CCTGAAGGGA ACATCCAGGA CTCGATTAAC TTTGTCTTGA CCAATTTTGT
GGAAATGAAT AAATTATGGG TGAGACTTCA GCACCAGGGT CCCTCGCGAG AGCGGGAGAA
GCGGATGCAG GAGCGTCGGG AGCTGGAGTT GTTGGTTGGT AGTAACGTCG TTCGCCTGAG
CCAATTGGTG GATTTGGACA CGTACAAGTC TGGGATTCTG CAGGCGCTAT TAGAACAAGT
CGTTCAGTGC CGGGATGTTT TGGCGCAGGA GTATTTACTG GAAGGTGAGG GTGACTGGGT
GAAGAGGCGT GCGGAGTGCT AATGCTGCGA CTATAGTGAT TACGAAGGTG TTTCCCGATG
AGTTCCATTT ACATACGCTC GACCTATTAC TTTCAGCTAT CGCGCGGTTA AATCCGCATG
TGGATCTGAA GAAGATTGTG ATAGGGCTCA TGGACCGCTT ATCCTCCTAT GCGGCTCGAG
AGGCCGAGAC CTCTATGAAT GCGGAGACGA GGAAGCAAAA GGAAGAGGAA GCCGTCACGA
AGCTTCTCGA AAATCTCAAG GTCTCCGAGG CGTCCCAGGA GAAACCGAAG GAGGATGCCA
CCCCTACCCA GGAGAATGGC GTCGAGCAGA CACCAACGGA AAGCGAGGAG CAAACGAAAC
CAGCCGATGA GGTTACGGCA AATGGGCGCG ACGAGGACCA GAAGCCCACC TCGCCTCAAG
ATATCAAATT GTATGACATA TTTTACGAGC AGGTGGTCAG CCTTATCAAA TCCCGTGGTC
TTCCAATTCA AGATACGATG GCACTCCTCG TTTCACTCGT CAACCTCGCG CTCAACACGT
ACCCTGAACG TTTGGAATAT GTTGATCAAA TCCTTCAGTT TGCTACCAAG GAGACAGCCG
AGTACACAGA CCATGCAGAC TTACACGCCG CACCGACACA ACAGAACCTT TTGCACCTCC
TCATTGCTCC GCTCCGCTCA TACGTTTCTG TTTTCACAGC CCTGGCTCTG CCACATTACC
TCCCCCTTTT GTCTTCCCAG TCATACCCTA CACGACGATC TGTTGCGGGC GAAATCGCCC
GCACTCTTCT TAAGGACCGA ACATTAATCA CTACTACTGA GAACTTGGAC CGCGTATTAC
AGGCCCTCAG GGTACTAATT AAAGAAGGTG TGCAGCAAGG AGGTTATCCT GGGTCACAAC
GACGAGGCGA GTCAGACGAG ACAATTGAGG AACAAGGGTG GTTGGCCAGA TTGGTTCACT
TACTGCAGGC GCCAGAAAAT GACACCCAAC TTAAGGTAAT CGGCTTCTGT CATTAGTTTC
TAGCTGCTGC TAATTACGTC TAGCTTCTCC AAGCGACTCG AAAAGCGTAT CTAGACGGCA
ACGAGAGGAT ACGCTACACC TTTCCCGCAA TTGTTAGCTC CTCGATCCGT CTGGCACGGA
AACTCAAATC TCGCGAGCAT TACGATGACA ATTGGCAATC ACAATCGTCA GCGCTATACC
GCTTCATGCA TCAGTGCGTC AACAATTTAT ACCAACGCGT CAACCCCGGA TGCGCCGATC
TTGCACTGCG CCTATTCGTA ATGTGCGGTG AAGTAGCCGA TCAGACAGGC TTCGAAGAAT
TCAGCTACGA GTTCTTCGCC CAAGCTTTTA CCATTTACGA GGATTCCATC AGCGATTCCC
GCGCCCAATT TCAAGCCGTC TGCATCATCG CCGGCGCCCT CCACGGCACC CGAGGCTTCT
CCAAAGAAAA CTATGACACC CTCATCACGA AGGCCGCCCT TCACGGTAGT AAACTTCTCA
AAAAACCCGA TCAATGTCGC GCAGTATACC TAGCTAGTCA TCTCTGGTGG GTCATCGAAA
ACCCGCACAG AGGCGAAGAG GACCCCAAGA ACGTACGTCG TCCACAGCCC CCTGATTGCC
ATCCTACTGT GCTAAACGAG ACCAGCTTTA CCGCGACGGC AAACGCGTCC TTGAATGCTT
ACAGCGCGCC CTCCGCGTCG CAGACGCCTG CATGGACACC GCCGTCTCAG TGGAGCTCTT
CGTCGAGATT CTCAACCGCT ACGTCTACTA CTTCGACCAG CAGAACGAAA CCGTGACGAC
AAAGTACCTC AATGGCCTGA TCGAGCTCAT CCACTCGAAT CTCCAAACAG ACCAGGACGA
GCCGAATCCG GCGCTCGAGA ACCCCAAAAG ACATTTTTAC CGCACGCTCG AGTATATCCG
CGCGAGGGAG TTTGAGGGCG TGGTTACGGA TCCCAGATCT TAGACTTGAA TCTTGGATGT
TTCAAGTAAA CTGCGACATA GGCATGCCAT CGGTGGTAAA TATATGTCAA TTACGGTTGT
ATCTGTTATA GTGAGCGAGC TCGATGCTTG AGGCGAGCAT TTTATACAGT GCTGCTGGCC
TATACTGCCT TACAACAATC ACCCTCCCCT AACCTGTTAG GCTTAGTGCG TTTGTTTTGA
TCTGTATGCT GATATATGTA TGTAAGAAAG ATTCCCTTCG TTTGCCGTTG AGCATTTCTC
TCAATACCA
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| Protein sequence | MATSVAPSED QSRLLEEALG VVRQQSSMMR KCLETPGKLM DALKCGSTLV SELRTPSLGP
KQYYELYMAV FDALRHLSVY LKENHPVNHL ADLYELVQYA GNIVPRLYLM ITVGTVYMSV
EDAPVKEIMK DMMEMSRGVQ HPIRGLFLRY YLSGQARDYL PTGTGNGPEG NIQDSINFVL
TNFVEMNKLW VRLQHQGPSR EREKRMQERR ELELLVGSNV VRLSQLVDLD TYKSGILQAL
LEQVVQCRDV LAQEYLLEVI TKVFPDEFHL HTLDLLLSAI ARLNPHVDLK KIVIGLMDRL
SSYAAREAET SMNAETRKQK EEEAVTKLLE NLKVSEASQE KPKEDATPTQ ENGVEQTPTE
SEEQTKPADE VTANGRDEDQ KPTSPQDIKL YDIFYEQVVS LIKSRGLPIQ DTMALLVSLV
NLALNTYPER LEYVDQILQF ATKETAEYTD HADLHAAPTQ QNLLHLLIAP LRSYVSVFTA
LALPHYLPLL SSQSYPTRRS VAGEIARTLL KDRTLITTTE NLDRVLQALR VLIKEGVQQG
GYPGSQRRGE SDETIEEQGW LARLVHLLQA PENDTQLKLL QATRKAYLDG NERIRYTFPA
IVSSSIRLAR KLKSREHYDD NWQSQSSALY RFMHQCVNNL YQRVNPGCAD LALRLFVMCG
EVADQTGFEE FSYEFFAQAF TIYEDSISDS RAQFQAVCII AGALHGTRGF SKENYDTLIT
KAALHGSKLL KKPDQCRAVY LASHLWWVIE NPHRGEEDPK NLYRDGKRVL ECLQRALRVA
DACMDTAVSV ELFVEILNRY VYYFDQQNET VTTKYLNGLI ELIHSNLQTD QDEPNPALEN
PKRHFYRTLE YIRAREFEGV VTDPRS
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