| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00995 |
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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 | 1795750 |
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| End bp | 1799897 |
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| Gene Length | 4148 bp |
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| Protein Length | 1324 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | Protein stu1 [Source:UniProtKB/Swiss-Prot;Acc:Q5BEN5] |
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| Protein accession | CBF88373 |
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| Protein GI | 259488711 |
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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 | 0.866308 |
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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 | 61 |
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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 | ATGTCCCTCT TCACTGATAC TGATTTAGCA GCTTATGCCT CATTATTTAT CCTAATCTAC
ACACTATCAG ACGCCGGGGT CTTCCTCTTC AACGTTTTCT TCCTCGTCGC ACGCTCGAGC
GTGTACTTCC CCTTCGCCTT TCACTTCTCC AAGCTCGCGC TACCCCTCTT CAAGCTTCTC
GTAGCCAGGA TGGATTACAA GGCGAGGGAC ATACTTTCGG TGCTGAAGAA CGTCAACCTT
TCGGTTGATG CCAAGGTGAC CCATCTCCTT GGCTTGAAGT CCGACATCAA GCAAAAGAAT
GTTCCGGAGA AGGCTGTGCC TGTGATCTTT GAGTGCTTGC GACATGCAAT AGCCTCACCC
TTCCACGCCC TTTACTCGGC CGGGTTTTCG ACGCTCGGCC ATTTCTTGAA ACGGCTGTAT
ATTCAAGAAC ACCACCAACT GGTCGCCGCC ATGTCCGACC GGATACTCCC CACTCTCGTT
GATCGTATGG GTGACAACAA GGACCGTATC AGACAGCAGA CTACCCATGC CCTGGCCGAC
TTGTGGGAGG GTGCGGGCCC CCAAATTGAG AATCTTGTAC TCAGCGTTGG CTTCCAGGGA
AAGAACCCTT TTCAGAAACA GACTTGTCTC AATTTGCTAT CCATTGTGTG TTGCCTTTGT
TCCACCTTTT GACCATAACT GACTGTCCGC CATAGGCGTT TACACGTTCA GAAATTACTG
CCGCTTATGC AGAAGCTACC GCCAAAGAGT ATCTACCACA GATTATCAGT TTTGTCGAAG
ATGCCGATCC GACTGTCCGC CAAGGGGCGA GAGCACTACT CGTACAGATG TTCATGTAAG
TCTTTAGTAT CGCGTTGTTT GTTCACCTAC GCTAATCAAC AATAGCGGCG AACGTGACTC
TAGCAAACAC GAATTGAAGA GAGCACTTGA ACAATACAAG GTTAGGCCGT CGCATGCGAG
GGAGATCCTT GCTGGTATCG GTCTTGACCC GGAACTTTAT GACGAGAGCC ACTCTTCACG
CCAACATTCA ATCCAGCAAA GGGCGCCCTC CCGAGCTGCC ACCGCCTCTC GCGCGCCATC
GCGCGCCGGC ATTTCGCGTG CTCCTTCGCG GGCCGCCATT TCGCGGGCTG CTTCACGAGC
CGATATTTCG CGTGCTCCGT CACGAGCTGA TACGTTTGAT GAGCGTTCCG GATCGACCAC
TACTCATGTA GATTCTAGCT CTGCTGCCGA CGATGGCGCT CCTGTGCTGC ATCACCCCAA
GCCGGTCCGA ACATCTCCCG TCACTGGCGG CATGATTGCT GCATCGGATA ATCGAATTGC
CGTTACAGAT TCTATTCCCG CCAACGATTT TGATTCCCCG AAGCAGAAGA ACACCTTGAG
AACCAACGCA AGCAAAGCAT CTGGAATGGT GAACGCTCCG GCTGGCCACG CAGCTGCTCC
TTCAGCCCTT GGACATGCCG TTGAGAAAGC TAAACGCGCT GTTGAGCCTC TTGATATTGA
GCCTTATGAT CTCAGCTCTT CTCAGGAACT TGATCGGCTA CAGGCTACCA TGGCTCCTTG
GTTTGAGGGC AGAGAGACTG AAATGAACTT CCAGAGGCGT GAAGAGTACA CCATCTTGAT
CCGCCGAATC ACCCATGGAA ATGCGCCACA GAGATGGCCT ACGGCATACT TGGGTTTCGT
CAAGATGACG CTCCCTTTTG TCTTTATTAC GGCCAATTCC GTTCGGACTT CTCTGCAAAC
CGCTGGGCTT CGGGCAGTTC AGTCCCTCGC CCGGGTCAAC AAAGAACGAC TCGACAGCTC
TATTCACATC GTCTTGCAGA ACGTCTTGAA ACTCTGCGCA AACGCGAAGG GCATTACTTC
CCAAAACAGC AACTTGACCA TCGTCGCTAT ACTCGAGAAT GTGACCTGCA ATCAACGCGT
ATTAAACCAG ATTACGGGCG CCGCAAAGGA TAAGAATCAG AACATGCGGA TCTTCTCCGC
GGGTTGGCTT GAAATCATCA TTGATGGCCA AAATCGCCAC AAGACTCACG CCGAAGGCGT
GAACAGCATC GCCGCGTGCA TCCAGGAGGG CGTTGAGGAT GCGAAAGAAG ACATTCGGAG
GGCTTACCGT CATACCTTCT TCCGGTTTTC CAGCGTCTGG CCGGCGCGAG CTAAAAAGTG
AGTCGTTCGC TCAAACGTTG ATATCTTTTC CCCTCTTTTT TCATACTGAA ATTGGGCTAA
TAAACGATAG GATCTTGGAC GCAGTTTCGC CAAAAACACA GAAATTAATT GAAAAGGACA
TGCTAAAGAT GTCGGAGGAT CCGTTTGTTT CGAACTCGGG TTCCTCGGCG ACGGGGCTAT
TTAGCAGCAC GCCAGCTCGT GCGGCCGCGA AGGGGGTGAC TACTGAAAAA GGGAAGGCTA
GTATTGCTGT TCCTAAAGCC ATGTCGAGTC CCAAATTGGC ATCACGCTCT ACTCAACCTG
TCACGACGAA GACCAATACT CTACAGAAGA AGCCTACATC AACCTTGTCA TCTGCACCCA
TGCGACCAGG AGCGGCGAAA CCGCGTCCAG CGACCGCGGC CGGATTTCAA CTGAAGAAAA
AGGAGAACGA GAGTCCACGA AAAAAGCAGA CCCCAAGCCG GGTTCCTGAA CCAGGTTTGG
ATACCCCAAT CACTCGTCGT CGCCAGAACA GCGACCCCAC TCAAAATGAG AGCCCGACGA
AGAGTGGCTG GGTAGCGCAT GCCGCAGATG ACCATCACAT CGGCCCATTG ACTATTCCGA
AAAGACGCTC AACCAGAGAC ACCGAAACAC CTCGAGCAAA AGCCAGCAAG CAAGCAGATA
TCGAAGTAGA GATGGACGAC AAGAATTACG ATGGGAGGGC CGATGAGATA GTCCAAGAGA
AGGTGAATGA GACGGTCTAT GAGACCGTCG ATGAGATGGT TGATGAAAGG GCCAACGAGA
GGGTCGATGA ATATTTCGAT GAACATGTCG ATGAACGGAT CGATGAGATG GTCCGTGAAA
AGGTCGATGA AAAGGTCGAT GAAGAGGTCG ATGAAAAGGT CGATGAAAAG GTCGATGAGA
AGGTCGATGA GAAGGTCGAT GAGAAGGCCG ATGAGAAGGT CGATGAGAAA GTCGACGAGA
AGGTTAATGA GAAGGTTGAT AGTGCGGCCG ATGACAATCT TCAGGAGGAA GTCGCCGAAA
AACGGAGTAT GTCTTTGTCC GACGAGATAA TTGCGTCGGC CCAACGGCCC AGTGATGAGG
TTAAGGAGCG TTCTTCGGAG GCGGAGAGGG CATCTATGGG AAAGGGAGGC AGCCCGCGAC
CTGAGCGCGA GTATGTCGAT TCAACGATTG TATCGGAGTC TCCCCTTCCA AAGCGCGCTG
TGTCCCTCTG GTCGCAGAAT TCGATTAACG CACATGGGAT CCTCTTGAAA GGAATTGAGC
GAATTCAGAC GAGAACTATG GCGACAGATG GATACCGAAA GCTCCAGGGG CTGATTCAGC
ATCATCCCGA TCTGTTCGCT GATGAGGAGC AATTTGCTGT GTTGTTGATT GGTTTGCTTG
ACGAGTTGGC GGAACAGACT CCACCGAGCA AGAGTGTGTT ATCTTTGGGT ACGGTGTCGG
ATCACAAGAC GCAGGTTTTG TTCACTGTGA AGTACATGTT TGAGAACTTC AAGAAGTTTT
TTGCGCCTCA CTACCCTGGC ACAGTTGTGG CATTGTTGGA GGCAGAGAAG TCAGCGGAGA
TGGGCGGTCA CTTAATCAAG GCCATTGAAA ACTTTATTGA TGACATTGTC AATGCTTCCA
GGGCACACTA TGAGATCATT GGCGCCGTCG TTACCCATCT TGGTCCTGCT GTTCAGAATG
AGGCTGGCCC CACTGAGCAC AGGATGCTTC GAAAGGGCTT GGATGTTATC ACACACGGCC
TTACCAGCAT GAAGGAACGG GAATGGGAAC TTCCGCCTGA TCAGTTAGAG CGCCTCGGAG
AATTTGTGAG ACAGGTGATG ACGCTTCCAT CGGTGGCCCT GAAGCGGAGG ATCTTCGCCC
TTTGCATTGC TCTGCGCGAG CTAGTGGACA ACGAAGAGCG ATTCTGGGAA CTTGTTGGAT
CGAAGACAAA GGGTGTCGAC GGCCTCCTAT TCTACTACCG GACGAGGCAG GAGGCCCAGG
CTGCATAG
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| Protein sequence | MSLFTDTDLA AYASLFILIY TLSDAGVFLF NVFFLVARSS VYFPFAFHFS KLALPLFKLL
VARMDYKARD ILSVLKNVNL SVDAKVTHLL GLKSDIKQKN VPEKAVPVIF ECLRHAIASP
FHALYSAGFS TLGHFLKRLY IQEHHQLVAA MSDRILPTLV DRMGDNKDRI RQQTTHALAD
LWEGAGPQIE NLVLSVGFQG KNPFQKQTCL NLLSIAFTRS EITAAYAEAT AKEYLPQIIS
FVEDADPTVR QGARALLVQM FIGERDSSKH ELKRALEQYK VRPSHAREIL AGIGLDPELY
DESHSSRQHS IQQRAPSRAA TASRAPSRAG ISRAPSRAAI SRAASRADIS RAPSRADTFD
ERSGSTTTHV DSSSAADDGA PVLHHPKPVR TSPVTGGMIA ASDNRIAVTD SIPANDFDSP
KQKNTLRTNA SKASGMVNAP AGHAAAPSAL GHAVEKAKRA VEPLDIEPYD LSSSQELDRL
QATMAPWFEG RETEMNFQRR EEYTILIRRI THGNAPQRWP TAYLGFVKMT LPFVFITANS
VRTSLQTAGL RAVQSLARVN KERLDSSIHI VLQNVLKLCA NAKGITSQNS NLTIVAILEN
VTCNQRVLNQ ITGAAKDKNQ NMRIFSAGWL EIIIDGQNRH KTHAEGVNSI AACIQEGVED
AKEDIRRAYR HTFFRFSSVW PARAKKILDA VSPKTQKLIE KDMLKMSEDP FVSNSGSSAT
GLFSSTPARA AAKGVTTEKG KASIAVPKAM SSPKLASRST QPVTTKTNTL QKKPTSTLSS
APMRPGAAKP RPATAAGFQL KKKENESPRK KQTPSRVPEP GLDTPITRRR QNSDPTQNES
PTKSGWVAHA ADDHHIGPLT IPKRRSTRDT ETPRAKASKQ ADIEVEMDDK NYDGRADEIV
QEKVNETVYE TVDEMVDERA NERVDEYFDE HVDERIDEMV REKVDEKVDE EVDEKVDEKV
DEKVDEKVDE KADEKVDEKV DEKVNEKVDS AADDNLQEEV AEKRSMSLSD EIIASAQRPS
DEVKERSSEA ERASMGKGGS PRPEREYVDS TIVSESPLPK RAVSLWSQNS INAHGILLKG
IERIQTRTMA TDGYRKLQGL IQHHPDLFAD EEQFAVLLIG LLDELAEQTP PSKSVLSLGT
VSDHKTQVLF TVKYMFENFK KFFAPHYPGT VVALLEAEKS AEMGGHLIKA IENFIDDIVN
ASRAHYEIIG AVVTHLGPAV QNEAGPTEHR MLRKGLDVIT HGLTSMKERE WELPPDQLER
LGEFVRQVMT LPSVALKRRI FALCIALREL VDNEERFWEL VGSKTKGVDG LLFYYRTRQE
AQAA
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