| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00318 |
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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 | 3869817 |
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| End bp | 3872902 |
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| Gene Length | 3086 bp |
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| Protein Length | 931 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | plasma membrane proton P-type ATPase (Eurofung) |
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| Protein accession | CBF89735 |
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| Protein GI | 259489452 |
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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 | 14 |
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| Plasmid unclonability p-value | 0.221041 |
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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 | 38 |
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| Fosmid unclonability p-value | 0.586793 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATACCA TTGAAGCGAA GACTGTCCTC ATATCCTCAG AAAAAATATC TCCATTGACC
TATCCTGATT GTGATGATGA TAGAGAGCAA GATATTGACG ACCTCATCGA CGAACTTGAG
TCTCAGGATG GACTCCATGA TAATCCTAGT CGAAAGAGTA TGGACTCTGG AAGCCGGATT
CCTGGTATGG AGGCGCAGTT TGACACCGAC ATAACGACTG GTCTCACTTC TGTCGAAGCG
GCACAGCGCC GCAAAAAGTA CGGACCCAAC CAGTTGAAAG AGGAGAAGGA GAATATGTTA
AAGAAGTTCT TGTCCTTCTT TGTTGGCCCG GTTCAATTCG TGATGGAGGT CAGTAACAGA
GCTCATTTTG CCCGACTTCC ATCATCGCTG ACGCTGATTG GTCATAGGGT GCTGCAATCC
TAGCTATTGG GCTTCGAGAC TGGGTGGACT TTGGCGTGAT ATGTGCTCTC CTTCTTCTTA
ACGCCACTGT TGGCTTCATC CAGGAATACC AAGCAGGATC AATAGTGGAG GAACTCAAAA
AGTCGTTAGC TCTCAAAGCT ATTGTGGTCC GCGACGGTCG AGTAACTGAC ATTGACGCCA
CTGAAGTTGT ACCGGGTGAT GTTCTGAAGA TCGATGAGGT ATTACCCATA TTGTGGCTGA
TTGAAGACGG CGAAGGCTGA CTCCTAGCAG GGCACGATCG TTCCCGCCGA CGGCCGTGTT
AAGACGAACC ATTTACTGCA AATTGACCAA TCCTCAGTTA CCGGCGAGTC TCTAGCCGTT
AACAAATGCA AGGGCGAAGT TTGCTACGCT TCATCTGTGG TGAAGCGTGG CCATGCGTAT
CTCGTTGTTA CGGCTACCGG TGATTACACA TTTATGGGAA AGACAGCCGC CCTGGTCAAG
TCTGCGTCGT CGAATTCTGG CCATTTTACA GAGGTACTCA ACCGCATTGG TGCTACTCTT
CTTGTGTTGG TTGTACTCAC CTTGATCGTC GTCTGGGTGT CGTCTTTCTA CCGTTCAAAC
GAGACCGTTA CGATTCTCGA ATTCACACTG GCCATCACTA TGATTGGAGT ACCTGTTGGC
CTGCCCGCCG TCGTTACCAC AACAATGGCT GTAGGCGCTG CCTATCTTGC CAAACGACAG
GCAATCGTAC AAAGACTCTC CGCCATAGAA TCGTTGGCTG GGGTAGAGGT TCTCTGCTCT
GACAAAACCG GAACCCTAAC CAAGAACAAA CTAACCCTCT CAGATCCCTA CACAGTCGCT
GGCGTGGATC CTAATGACCT CATGTTGACC GCTTGTTTAG CAGCTTCAAG GAAGCTGAAG
GGCATGGATG CTATTGATAA GGCATTCATT AAAGCACTTC CAAACTATCC GCGCGCTAAA
GAGGCTCTCT CTCATTACAA GATTCAGCAA TTTCACCCAT TTGACCCGGT CTCCAAAAAG
GTCACCGCCG TGGTGTTATC TCCAGAAGGC CAGGAGATCA TCTGCGTTAA GGGGGCGCCT
TTGTGGGTTC TCAAGACGGT TTCGGAGGAG CAGCAGATCC CAGAGAGTGT CGAGAAAGGA
TATTCTGACA AGATGGACGA GTTCGCCCAG CGTGGCTTTC GGTCCCTTGG TGTTGCTCGG
AAACCTGCGG GTGGGGAATG GGAGATTCTT GGGATAGTGC CATGCTCTGA CCCTCCACGC
GATGACACTG CGGCGACCAT TAATGAAGCG AAGACGCTCG GACTATCGAT AAAGATGCTC
ACTGGGGACG CTGTACCCAT TGCGCGCGAG ACTTCACGTG AGTTAGGGTT GGGAACCAAC
GTCTATAATT CGGATAAACT CGGTCTTGGA GGCGGCGGTG ACCTGACTGG GTCTGAACTT
TACAATTATG TTGAAGCCGC AGATGGATTT GCGGAGGTTT GGCCCCAGCA TAAGTATAAT
GTCGTGGATA TCCTGCAGCA ACGAGGATAC TTGGTGGCAA TGACAGGGGA TGGTGTTAAT
GATGCACCAT CGCTCAAGAA GGCTGATACT GGAATTGCCG TCGAAGGCGC ATCAGACGCT
GCTCGGTCTG CTGCTGATAT CGTTTTCCTC GCGCCTGGCC TATCAGCGAT TATCGACGCT
CTGAAGACTT CCCGTCAAAT ATTCCACCGC ATGCATGCAT ATGTGATCTA TCGCATCGCG
TTATCTCTGC ATCTCGAGAT ATTCCTTGGG CTCTGGATTG CGATAATGAA CGAAAGCCTG
AACCTGCAGC TTGTGGTCTT CATTGCAATT TTCGCAGACA TTGCAACTCT GGCAATAGCT
TACGACAATG CACCGTACTC GAAGACGCCG GTGAAGTGGA ATCTCCCAAA GTTATGGGGC
CTGTCCGTCA TACTGGGTAT TGTTCTAGCC GTGGGGACAT GGATTGCACT GACCACTATG
ATGAACGCGG GCGAACATGC CGGGATCGTA CAAAATTACG GGAAACGCGA CGAAGTTCTC
TTCCTTGAGA TATCTCTCAC GGAGAATTGG TTAATATTTA TCACTAGAGC CAATGGCCCG
TTTTGGTCTT CTCTGCCGTC ATGGCAGTTG GCGGCGGCCA TTTTTGTTGT TGATCTCGTT
GCAAGTTTCT TTTGCTACTT CGGCTGGTTC GTTGGTGGAC AGACTTCGAT TGTCGCCATT
GTTCGTATCT GGGTATTTTC TCTCGGCGTA TTCTGCGTTA TGGGAGGTGT CTACTTCCTG
CTGCAGCGTT CCCAGACTTT TGACGACATT ATGCACTTCA ACTTTCTCCA GAAAAGGGAC
TCTGTATCTC AGCGTGTTCT TGATGATCTT GGTAAGCTTC TCCAAACAGC CCTTCTAAGG
GTCCGTGCTA AATATGATTC TAGTCGTGGC TTTGCAACGA CGATCAGAAC AGCATGAGCA
GAGTTCGAGA ACAGCCGAGA GGGAGGACAT AGGATTATGG AAGATGGACA AACTCCGTAA
AGAACGCGCA CAGTGTTGAT GATAGATGAG TACTATGTAT GGCGTATTCT ATTGTTATGC
ATCTCGTACA TCGAGACCTC GAAACTTGAT GATAGGAACA CTGGCATCTG TAAGTCAGGG
TACTAAAATA TAGAATATCC GCACTA
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| Protein sequence | MDTIEAKTVL ISSEKISPLT YPDCDDDREQ DIDDLIDELE SQDGLHDNPS RKSMDSGSRI
PGMEAQFDTD ITTGLTSVEA AQRRKKYGPN QLKEEKENML KKFLSFFVGP VQFVMEGAAI
LAIGLRDWVD FGVICALLLL NATVGFIQEY QAGSIVEELK KSLALKAIVV RDGRVTDIDA
TEVVPGDVLK IDEGTIVPAD GRVKTNHLLQ IDQSSVTGES LAVNKCKGEV CYASSVVKRG
HAYLVVTATG DYTFMGKTAA LVKSASSNSG HFTEVLNRIG ATLLVLVVLT LIVVWVSSFY
RSNETVTILE FTLAITMIGV PVGLPAVVTT TMAVGAAYLA KRQAIVQRLS AIESLAGVEV
LCSDKTGTLT KNKLTLSDPY TVAGVDPNDL MLTACLAASR KLKGMDAIDK AFIKALPNYP
RAKEALSHYK IQQFHPFDPV SKKVTAVVLS PEGQEIICVK GAPLWVLKTV SEEQQIPESV
EKGYSDKMDE FAQRGFRSLG VARKPAGGEW EILGIVPCSD PPRDDTAATI NEAKTLGLSI
KMLTGDAVPI ARETSRELGL GTNVYNSDKL GLGGGGDLTG SELYNYVEAA DGFAEVWPQH
KYNVVDILQQ RGYLVAMTGD GVNDAPSLKK ADTGIAVEGA SDAARSAADI VFLAPGLSAI
IDALKTSRQI FHRMHAYVIY RIALSLHLEI FLGLWIAIMN ESLNLQLVVF IAIFADIATL
AIAYDNAPYS KTPVKWNLPK LWGLSVILGI VLAVGTWIAL TTMMNAGEHA GIVQNYGKRD
EVLFLEISLT ENWLIFITRA NGPFWSSLPS WQLAAAIFVV DLVASFFCYF GWFVGGQTSI
VAIVRIWVFS LGVFCVMGGV YFLLQRSQTF DDIMHFNFLQ KRDSVSQRVL DDLVVALQRR
SEQHEQSSRT AEREDIGLWK MDKLRKERAQ C
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