| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01189 |
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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 | 1192001 |
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| End bp | 1196442 |
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| Gene Length | 4442 bp |
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| Protein Length | 1432 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 | calcium ion P-type ATPase (Eurofung) |
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| Protein accession | CBF87969 |
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| Protein GI | 259488492 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.734485 |
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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 | 50 |
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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 | ATGTCCGAGC CGAGACAGTC GAGCGAGAAT AATGACTCCA GGCAGCCTGC ATCGACGCCA
CTTCGCCGAG AACGAGCACC CACGATAACA ATCGATACGT CGGCGGTCGT CTCCTCGGAA
CCTCCTCCCC AGATCGAAGC TCCTTCGCAA TCTTCGCAGT CACGCTCTGC GTACAATGCT
GATCATACAG ACACCAGCGC GCTCCTGAAC AGTAGCACTG TTTCTCCTTC AGATACCCGC
TCAGCTCATT CAGTACGCTC GTATGCTTCG TCAGAGGGCA GGGAACACGA TAGCAGGCCA
ACGTCGCCAT CGCCTCGCAC CAATACCTTT TCTCCCGGCG CGAAAATGGG CGACTCAAAC
TACCTCTCCG TACCGGGCAC CAGATCTCGC GGCAACTCAC TCGAGTCTGA AGACTCGAGC
CATACCATTG GAGCCGAATC ACGGTCAATT GGAAGCCATG GGTCGCCTGC GAGCTCGGCC
AAGGTGACGA TCGAAAACTA CGAGGAAGCT CTTCTGCCGG ACCCGGGTCG CGAGGCAGAA
TTCGAGGTTG AGAACAATCG TTTTGCCTTC TCGCCAGGCC AGCTGAACAA ATTGCTGAAT
CCCAAGAGCC TTAGCGCGTT CTACGCCCTC GGCGGTCTTG CTGGTCTCGC CAAGGGCCTG
CGGACCGATC CGCGCAGCGG GTTGAGCTTG GATGAGACCG AGTTGGACGG CTCGGTGAGT
TTCGAGGATG CAACAGCCCC GAGCAACAAC CAGCCTCTGC CAAAGCCTGC CGCTGAAGCG
CCGCCCGCAG AGCCGTCCCG CGCTGATACC ACACCACATA AGCAAGATGA GAATGCCTAT
TCTGATCGTA AGCGCGTATT TGGAGCAAAC AAACTTCCTG AGAAGAAGAC CAAGAGCATC
CTCGAACTTG CCTGGCTCGC ATACAATGAT AAAGTGCTCA TCCTGTTGAC GGTGGCCGCC
ATTATTTCGC TTGCGCTAGG AATCTACCAA TCAGTCACAG CAGTTCCCGG TGAGCCGCGG
GTTCAATGGG TTGAGGGTGT CGCCATCATC GTCGCAATCT TGATTGTCGT CGTCGTCGGT
GCAGCAAATG ACTGGCAGAA GGAACGCCAA TTCGTGAAGC TAAATAAGAA GAAAGAAGAT
CGTCTTGTCA AGGTGATACG TTCTGGGAAG ATGATCGAGA TTTCTATCCA CGATATCCTT
GTAGGCGACG TGATGCATCT AGAACCTGGT GACCTGGTTC CGGTAGATGG AATCTATATC
GGAGGCCACA ATGTCAAATG CGATGAGTCG TCTGCAACTG GTGAATCAGA TGTGCTGCGC
AAAACGCCCG CACAGGATGT TTACGGCGCT ATCGAACGAC ACGAGAACCT TGCCAAAATG
GATCCGTTTA TCGTCTCTGG TGCCAAAGTG TCCGAAGGCG TGGGCACATT CTTGGTTACG
GCTGTTGGTG TGCACTCAAC TTACGGCAAG ACAATGATGT CCCTTCAAGA CGAGGGCCAA
ACTACACCGC TGCAGACAAA ACTGAATGTA CTCGCGGAAT ACATTGCTAA ACTAGGCTTG
GCTGCCGGTC TACTGCTGTT TGTTGTTCTG TTCATCAAAT TCCTTGCCCA GTTGAAGAGC
CTTGGCAACG CGGATGAGAA AGGTCAGGCT TTCCTTCAGA TTTTCATTGT GGCTGTTACT
GTCATTGTCG TCGCGGTTCC AGAGGGCTTG CCCTTGGCTG TCACGCTTGC GCTTGCGTTC
GCTACGACTC GTATGCTGAA GGACAACAAT CTGGTTCGTC TGTTACGTGC TTGTGAAACC
ATGGGAAATG CGACAACAAT CTGTTCCGAT AAAACAGGCA CACTAACTGA AAATAAAATG
ACTGCTGTCG CCGCAACCCT GGGAACTGGC ACTAGATTCG GAGGGAGATC ACAGGCAGCA
TCACCTACAA ATAGAAACGG GGATCGGCCA GCTGATTCTG GAAACGAATT GTCCCCTTCT
GAGTTTGCGT CAAGCCTTTC GAAACCGGCC AAAGAGCTCC TACTTGATTC AATAGTTCTG
AATTCGACCG CATTCGAAGG GGAACAGGAA GGGACCATGA CGTTTATTGG GTCCAAAACT
GAGACGGCCC TCCTTGGATT CGCGCGGACA TACCTCGGAC TAGGATCGCT TAGCGAGGCG
CGGGACAACG CAAGTATCGT CCAAATGGTG CCGTTCGATT CGGGTCGCAA GTGCATGGCA
GTTGTTATCA AGCTTGACAA TGGAAAGAAG TATCGAATGC TAGTGAAGGG CGCGTCTGAA
GTCCTGTTAG CAAAATCGAC AAGGATTGTT CGGAACCCTA CTCAGAACCT CGAGGAAGGG
CCGTTAGATG ACAAGGACCG TTCTAAACTT GACGAAACCA TCAATAAATA CGCTACCCAG
TCCCTGAGAA CCATCGGCCT TGTATACCGC GACTTTACCG AGTGGCCTCC CCGAGGAGCA
CCCACGCAGG AAGAAGATCG TTCACTCGCA GCATTCGATT CTATTTTCAA AGACATGGTC
ATGTTTGGTG TCTTTGGTAT CCAAGATCCC CTGCGAGCCG GAGTGACTGA ATCAGTCCAA
CAGTGTCAAC GCGCCGGTGT TTTTGTGCGT ATGGTAACTG GCGATAACAT CGTGACCGCG
AAGGCAATTG CCCGAGAGTG TGGCATCTTT ACCCCGGGTG GTGTTGCAAT TGAAGGGCCT
AAATTTCGAA AGCTCAGCAG CCGTCAGATG ACACAGATTA TCCCACGGCT ACAAGTTCTC
GCCAGATCCA GTCCCGATGA CAAAAAGATT CTTGTTTCCC AGCTCAAGAA ACTCGGCGAG
ACAGTTGCAG TGACCGGAGA CGGAACAAAC GATGCTCAAG CTCTGAAAAC TGCTGATGTT
GGGTTCTCCA TGGGAATTAC GGGCACGGAG GTTGCCAAGG AGGCATCAGA TATTATCTTA
ATGGACGACA ACTTTGCTTC TATCGTGAAG GCTATGGCCT GGGGCAGGAC CGTCAACGAT
GCCGTGAAGA AGTTCTTGCA AGTAGGTTAT GGCCAACTCT ATATATGCCT ATATACTAAC
TGGCACAGTT CCAAATCACG GTCAACATCA CGGCCGTTCT TCTCACGTTT ATCTCCGCAG
TGGCTAGTGG CGATGAGGAA TCCGTGTTGA CTGCAGTTCA GCTTCTGTGG GTCAACTTGA
TTATGGACAC TTTTGCCGCG CTCGCTCTTG GTACGTTCGA CTTCTCCGAC CCTAAACATA
ATCTAACAAC AAATAGCAAC GGATCCTCCA TCGCCTTATG TTCTTAATCG TCGACCTGAG
CCAAAATCCG CACCCCTCAT CAATTTGACA ATGTGGAAAA TGATGATCGG ACAAAGCATT
TATCAACTGG TGGTGACGCT CGTCCTCAAC TTCTCTGGAA GATCTATTTT GAAATCTATA
ATCGACTTTT CTGGTGATGC CAATGCAAAC AATGTCCTCA CAACGGTGGT GTTCAACACG
TTCGTCTGGA TGCAGATTTT CAACCAATGG AAGTGAGTAT TATGATCCCG AGGGAAGTTC
AGTATAATCT AACAAGGATC AGCTCTCGTC GTTTGGACAA CGGACTCAAC ATCTTCGATG
GTCTTTTTCG TAATAGGTGG TTTATTGGCA TTCAGTTTAT TATCGTTGGA GGGCAGATTT
TGATCATATT CGTCGGTGGA CATGCCTTCT CCGTTACGCG CCTTACTGGA GCTCAATGGG
CAGTGTGCCT TATCTTGGGC GTCATCTCGA TCCCGGTTGG TGTGATCATT CGACTCATTC
CGGATGAGTT CATTCGCAAG CTCATCCCGA CCTTCCATCG CAAGAAAGGG CCGGAGCTCA
TTGTATCCGA CGAAGACAGG CGTTTTGAGT GGAATCCTGC CCTTGAGGAG ATTCGCGACC
AGCTAAAATT CTTCAAATCC CTTCGTGGTG GACGCCTAAG GAAGGTGGCT CACAAGCTGC
AGCATCCTCA AGAACTTCTT CCTCGATCAC GTAGTGGCTC AAGGTCGCGT GAAAATTCGG
CCCCGGGGAC TCCTGTTGGC GACAGTAGCG AAGGTACTCC TCCATTCTCT GCGTCGCCGG
ATTCCCGCTC AAGGAGGCGT ACGCGTTCCC GCTCCAACTC AGCTTTTGGC CCAGCCGCTG
CGATGGCGGG AGTCGTGGCT GGCAGTATTG CCGGCTGGTC TCCGATTGAG CGGCCTGGAG
AAGGGGAGGC GTTCAAGTTC GATTTCAATA GCAATGGCAG ACGGAGCGGA CAACCAGGCA
TTGAAGTACA TCCGGACACC GCTCCGGATG ACAATATTAT CGGTGACTAT CAAGCGACAT
CGACAACACC TCCGAGTCAA AACCCAGACC TGATTCCGTT CTTTGAACAC GCTCCGCCTG
CGCGCGAACC CTCACACCGA AGTAGAAGGT CTAGATCGCG GTCTAGCCAG AGTCAGTCAT
GA
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| Protein sequence | MSEPRQSSEN NDSRQPASTP LRRERAPTIT IDTSAVVSSE PPPQIEAPSQ SSQSRSAYNA
DHTDTSALLN SSTVSPSDTR SAHSVRSYAS SEGREHDSRP TSPSPRTNTF SPGAKMGDSN
YLSVPGTRSR GNSLESEDSS HTIGAESRSI GSHGSPASSA KVTIENYEEA LLPDPGREAE
FEVENNRFAF SPGQLNKLLN PKSLSAFYAL GGLAGLAKGL RTDPRSGLSL DETELDGSVS
FEDATAPSNN QPLPKPAAEA PPAEPSRADT TPHKQDENAY SDRKRVFGAN KLPEKKTKSI
LELAWLAYND KVLILLTVAA IISLALGIYQ SVTAVPGEPR VQWVEGVAII VAILIVVVVG
AANDWQKERQ FVKLNKKKED RLVKVIRSGK MIEISIHDIL VGDVMHLEPG DLVPVDGIYI
GGHNVKCDES SATGESDVLR KTPAQDVYGA IERHENLAKM DPFIVSGAKV SEGVGTFLVT
AVGVHSTYGK TMMSLQDEGQ TTPLQTKLNV LAEYIAKLGL AAGLLLFVVL FIKFLAQLKS
LGNADEKGQA FLQIFIVAVT VIVVAVPEGL PLAVTLALAF ATTRMLKDNN LVRLLRACET
MGNATTICSD KTGTLTENKM TAVAATLGTG TRFGGRSQAA SPTNRNGDRP ADSGNELSPS
EFASSLSKPA KELLLDSIVL NSTAFEGEQE GTMTFIGSKT ETALLGFART YLGLGSLSEA
RDNASIVQMV PFDSGRKCMA VVIKLDNGKK YRMLVKGASE VLLAKSTRIV RNPTQNLEEG
PLDDKDRSKL DETINKYATQ SLRTIGLVYR DFTEWPPRGA PTQEEDRSLA AFDSIFKDMV
MFGVFGIQDP LRAGVTESVQ QCQRAGVFVR MVTGDNIVTA KAIARECGIF TPGGVAIEGP
KFRKLSSRQM TQIIPRLQVL ARSSPDDKKI LVSQLKKLGE TVAVTGDGTN DAQALKTADV
GFSMGITGTE VAKEASDIIL MDDNFASIVK AMAWGRTVND AVKKFLQFQI TVNITAVLLT
FISAVASGDE ESVLTAVQLL WVNLIMDTFA ALALATDPPS PYVLNRRPEP KSAPLINLTM
WKMMIGQSIY QLVVTLVLNF SGRSILKSII DFSGDANANN VLTTVVFNTF VWMQIFNQWN
SRRLDNGLNI FDGLFRNRWF IGIQFIIVGG QILIIFVGGH AFSVTRLTGA QWAVCLILGV
ISIPVGVIIR LIPDEFIRKL IPTFHRKKGP ELIVSDEDRR FEWNPALEEI RDQLKFFKSL
RGGRLRKVAH KLQHPQELLP RSRSGSRSRE NSAPGTPVGD SSEGTPPFSA SPDSRSRRRT
RSRSNSAFGP AAAMAGVVAG SIAGWSPIER PGEGEAFKFD FNSNGRRSGQ PGIEVHPDTA
PDDNIIGDYQ ATSTTPPSQN PDLIPFFEHA PPAREPSHRS RRSRSRSSQS QS
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