| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03157 |
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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 | BN001306 |
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| Strand | - |
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| Start bp | 1575877 |
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| End bp | 1578608 |
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| Gene Length | 2732 bp |
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| Protein Length | 755 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | sulfate transporter, putative (AFU_orthologue; AFUA_3G13470) |
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| Protein accession | CBF83291 |
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| Protein GI | 259485887 |
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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 | 21 |
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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 | 45 |
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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 | ATTACAAGTC AAAACATACT TCTCTGTGAC GCTTGCTGGC CTGGGCCTTC TCATTGTAGG
AGCTGAGATA CTTCCGCTTC GCCGTCTACC CAACCAAAAG CCATGCATTG TATGCTCCCG
GCTTTATCTT TACCCTCGAC TCCAACTGAC ACTAGCGGTG TACCCACAGC ACGGTATCAG
CGACGCCGAT TTATCTTTAT TTCCTAGTCT TGGGTTTCGT TTACTTCTGG AGGCATTCTA
CTTTGCTAGA TTGTTATCGT TCCCTAGACA CCCTTCTCTG ACTGCAGCAT CTGCATGGCT
TGTCATCGCC GCTCGCCACG ATGACCGAAT CGGATCACAC CCGCTCTTTG CGAGATCGGA
TCATTGAACT CTTTCGTCCC CCGGCGTCCG TTACCTTCTT ACCTCGCATG ACGGTGCACA
ACAATACAAT GGGCGATTTT GATGAGTCGG CCGGAAGCAA TTCATCACAG GTCGACTCCC
GAACTCCACT GCTAGGATCG TACGACCGTC GAGAGCCTCC ATGTGGTATG GGTAACTCCT
GCAACCATGG CACATTCACT CCGAGGGTGG AGTCTGATGA CTGGCGTACA AATGCTATGC
CAGAATATGG AGGCGAACGA TATCCCATAG GCAGCACTAG CCGGCGCTCT ACCAGTGCTG
CACCAAGCGC TCAGGGCTTA GAGAATTTTC CAGCTGGAGC TTCGACACCG CTCACTATAA
AGTATAGTAA ATCACAGTAA GTCAACGGTC CCGTCTATCA GAACTCCTTA GTAAATATTT
CTAGGTATAT ATCGTATTAC ATTCCATTCT TTACTTGGAT CTCTCAGTAT CGACTATCGT
ACCTTCGCGG CGATATCTGT GCTGCCCTGA CAGTCGCTTC AATTTACATT CCGATGGGTC
TTTCATTATC AAACATCGCC CACGCACCTC CAATCAATGG CCTCTATTCA TTCGTACTTC
AGCCGTTCAT ATACGCAATA CTAGGGAGTT CCCCCTTGCT CGTCGTTGGC CCAGAAGCAG
CTGGGTCTTT GTTGACTGGA GCCATCGTCA AAGAAAGCGT CAATCAGGGA TCGTCAGGAG
AGGATGACGA AGCCGCAAAT GCCATAGTTG TGGGGGTAGC TACTGCGCTG GCAGGGCTTA
TGATCTTAGT CGCTGGAATA TTCCGACTGG GTTTCCTAGA CAACGTTCTC AGCCGGCCGT
TTCTGCGAGG CTTTATCACG GCCATCGGCT TCGTTATTTT CGTGGATCAG TTCATACCTG
AGCTTGGTTT GGCGGCTGAA GCCAAGGCTG CTGGTGTTAC ACATGGCAGC ACCGTGGACA
AGCTGCTATT CATAATCAGA AATATTACTC ACTCACATAG CTTGACGGCG GCCGTTGCAT
TCACGAGTTT CGCCATAATC ATGGTATTTC GGTATGTTTG CCGGTCCAGG GAAAGCACAA
TTCTGATTCA TCTTTGTAGT ACCCTCAAGA AGCTTCTTCA GCCGCGGTAT CCGCAGGTTA
TTTATTTTCC AGATCGAATA CTTGTTGTTG TTATCTCAGC AGTCCTAACC CAGCAGCTCA
GATGGCACGA GCAAGGGCTT GAAGTCCTAG GCCCAACTAA GAATTCAGGC AATGGCGTCT
TCAATTTCGA GTGGCCTTTT CAGCCAAAAT ACGCAGAGTA TCTCCGCACT GCATTGAGTA
CCTCCTTCAT TATTGCAATT CTCGGTTTTT TCGAGTCATC TGTCGCTGCC AAGGGACTTA
CTGGCGTTGC AAGCGTGGGT GTGCAAGGAA TGCAAGTTAG CCCCAACAGG GAGATGGTGG
CGCTAGGATT CGCCAACGTT GTCGGCGGAT GTTTTATGTC TCTTCCTGCA TTTGGCGGAT
ATGCAAGAAG TAAAGTTAAC GCATCGACTG GTGCGCGATC GCCAATGAGC AATATCTGCC
TCAGCGTAGT TGCAATCATA TGCATCATGG TCCTTTTGCC GTATCTTTAT TATCTTCCGG
TAAGTTCTAA AGCACAACTG CAATCATTCC TTCCTTACAA TCCACAGAAA GCTGTGCTGT
CCTCCATGAT CTCCGTCGTC GCCTACTCTT TGATTGAAGA GTGTCCTCAC GACCTAGCCT
TCTTCATCCG CCTCCGCGGC TGGTCTGAGT TAGCCCTCAT GCTCTTAATA TTCCTCTCAA
CAATCTTCTA CTCTCTCGAA CTCGGCATTG CCCTCGGCAT GGGTCTGTCA GTACTAATCC
TCATCCGCCA CTCCACGAAA CCTCGCATCC AGATCCTCGG TAAAGTAGCC GGTAGCGACC
GCTTCGACAA CGCTGAATTA CACCCAGAGA ATGTTGAGTC GGTCGAAGGT GCGCTCGTTG
TCAAAATTCC TGAACCTCTA ACCTTCGCAA ATACGGGGGA CCTCAAGAAT CGTCTCCGCC
GATTAGAGAT GTACGGTACG AACCGTGCGC ACCCCTCTAT GCCGAGGATA AGGCCTCCAG
AGCATAATCG GAATGTTATT TTTGATGTCC ATGGTGTGAC AAGTATTGAT GGTTCAGGGG
CGCAGGTGTT ATATGAGATT GTGGATGGGT ATGCGCAGGC CGGCACGAGA GTGTTCTTCT
GCCGGGTTCC GAACCGAAGT GTGTATCGTA TGTTCCAGCG GAGTGGGATT GTGGAGCGGT
GTGGCGGGAT GTCGCATTTC GTTGGGCATG TTGACGAGGC GCTTAAACTT ACAGATTCGG
AGACGAGGCC GTTAAGTGCA TCTAGTGCTT GA
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| Protein sequence | MTESDHTRSL RDRIIELFRP PASVTFLPRM TVHNNTMGDF DESAGSNSSQ VDSRTPLLGS
YDRREPPCGM GNSCNHGTFT PRVESDDWRT NAMPEYGGER YPIGSTSRRS TSAAPSAQGL
ENFPAGASTP LTIKYSKSQY ISYYIPFFTW ISQYRLSYLR GDICAALTVA SIYIPMGLSL
SNIAHAPPIN GLYSFVLQPF IYAILGSSPL LVVGPEAAGS LLTGAIVKES VNQGSSGEDD
EAANAIVVGV ATALAGLMIL VAGIFRLGFL DNVLSRPFLR GFITAIGFVI FVDQFIPELG
LAAEAKAAGV THGSTVDKLL FIIRNITHSH SLTAAVAFTS FAIIMVFRTL KKLLQPRYPQ
VIYFPDRILV VVISAVLTQQ LRWHEQGLEV LGPTKNSGNG VFNFEWPFQP KYAEYLRTAL
STSFIIAILG FFESSVAAKG LTGVASVGVQ GMQVSPNREM VALGFANVVG GCFMSLPAFG
GYARSKVNAS TGARSPMSNI CLSVVAIICI MVLLPYLYYL PKAVLSSMIS VVAYSLIEEC
PHDLAFFIRL RGWSELALML LIFLSTIFYS LELGIALGMG LSVLILIRHS TKPRIQILGK
VAGSDRFDNA ELHPENVESV EGALVVKIPE PLTFANTGDL KNRLRRLEMY GTNRAHPSMP
RIRPPEHNRN VIFDVHGVTS IDGSGAQVLY EIVDGYAQAG TRVFFCRVPN RSVYRMFQRS
GIVERCGGMS HFVGHVDEAL KLTDSETRPL SASSA
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