| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND03510 |
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| Symbol | |
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| ID | 3257310 |
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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 | Cryptococcus neoformans var. neoformans JEC21 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_006686 |
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| Strand | - |
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| Start bp | 955053 |
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| End bp | 959882 |
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| Gene Length | 4830 bp |
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| Protein Length | 1378 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638256284 |
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| Product | calcium-transporting ATPase, putative |
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| Protein accession | XP_570160 |
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| Protein GI | 58266008 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG0474] Cation transport ATPase |
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| TIGRFAM ID | [TIGR01494] ATPase, P-type (transporting), HAD superfamily, subfamily IC
[TIGR01517] plasma-membrane calcium-translocating P-type ATPase |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTCCCGCG ACAACCCGCC GCCGGTCATC ATCACCACGG ACCCAGACTC CCCTCCGCCC
CGCTCGGCCC CTTCCACGCC CCCTCCCAAC GAGCGCCCCA CTCCTACCCT TGTCATCCCC
GGCAGTCCAT CGTCCGAGTC CCGCCAAGAA TCCCCCCAGG GCTATGATCC CTTTCGTCTT
TCACCCAACG CCAGGCTTTA TCCTCCAGGC AGCGGCCATT CTCCCTCTTC GTCGTACTCC
TCTGCTCTCA CCCCGCCCTC TCCGACCTTG ACTAGCTGCT CCTCCGTCCA CTTTTCTGAT
GAACTACCTA CTCCCTCGTC GCCCAACCCA AAGACTTCCC TTGCTCTGAG GGAAAATCAC
CCGGACGCCC ACTCTGGTAT GGAGACCCTT GAGACGGTAG ACGAAAATGA CCCTCAAAGG
AGACATGCGC GTGGGTGGTC AATTGGGACT TGGTCTAGTG CTGCTCCCAC GACAGACGGC
CATTCCATGA AGAAGCCTTT GATACGAACT GCTATTGAAG CCAATGAGAT AGATGAAGAT
AGAGGAGAAG GCGGTGCCAA TAAAAAGGGG AAAAAGGGCA AGAAAGGGAA GAAAGATAAA
GAAGAGCCTC CTTCAGCACA CCTGGACCCC GATAAAGATA AAACAGATCC GACACCCTTC
CGTGAAAAGC CTTCTCGCTT AGCCATGCTT GTAGACCCAA AATCGCTAGA GGACTTAGAA
AAGATAGGCG GTGTTAGCGG CTTATTGGAA GGACTAGGAG TCGATGGAGC GAAAGGGTTG
GCGGTGGGGA CAGACGAGGG GAATGCGGAG AACGGTGCCC CCCGGAGTTC CGCCGACATG
CCTGGCGGCA ACGGACCGCA GTGGCGAGCT AGTATGGACC ACAGGCGTGA GATTTACGGG
CGAAACGATC TCCCTCGTAG AAAAAGTAAA AGTTTGCTGC TTCTTATGTG GCTTGCCTTC
AAAGACAAAG TTTTGGTGAG CCTTTCTAAA CGCATCTTAA TCGAAACTTC CTAATATGAT
CATAGATTCT TTTATCGATC GCTGCTGTCG TCTCTTTAGC TCTAGGTATT TATCAAGATC
TTGGAACTCC ACCCAAAATT ATTTATAACG ACGAATGTCC TGATGGTTGC GAAGAAGCTC
AAGTTGATTG GGTAGAAGGT GTCGCTATCG TCGTGGCGAT CATCATCGTC GTCCTTGTCG
GATCCATTAA CGACTGGCAG AAAGAACGTC AGTTCAAGAA GCTGAATGAA AAGCGGGAGG
ATCGTAGCGT TAAGGTCATC AGAGGAGGCA GCGAGATGGT CATCAATGTC AAAGACGTAG
TTGTCGGGGA CGTTTGCTTG CTAGAACCTG GGGAAATAAT CCCCGTTGAC GGCATTTTTC
TTCGAGGACA CAACGTTAGG TGTGACGAGT CTGGCGCTAC CGGTGAATCA GATGCTATAA
AGAAGTTCTC TTACGACGAG TGCATTAAAG AAAGAGATCA CCTCCAACCC GGTCAGAAGC
AAAAGAAAGA CTGCTTCCTC ATCTCCGGTG CCAAAGTCCT TGAAGGAGTG GGAGAGTACG
TTGTCATTGC GGTTGGTCCA ACGAGTTTCA ACGGTCGTAT CATGATGGGT GAGTGTTCTA
CATCTTACTG AGCTCTATCT GCGACTGACT CACTGCAGCC ATGCGAGGCG ATGCCGACGA
GACACCCCTT CAAATAAAAC TCAATTATCT TGCTGAACTC ATAGCCAAAC TCGGTGGCGC
ATCGGGTCTC CTTCTCTTTA TTGTCCTGAT GATTCGATTC TTCGTCCAAC TTAAAACCAA
TCCCGATAGA TCAGCCAATG ATAAGGCACA GTCTTTTATC CAGATCTTGA TCATTGCGGT
CACACTGGTT GTCGTCGCTG TACCTGAAGG TCTACCTTTA GCCGTGACGT TAGCATTAGC
GTTTGCAACC AAGCGAATGA CAAAGCAGAA CCTTTTGGTT AGAGTACTTG GATCGTGCGA
GACCATGGCC AATGCTACAG TGGTATGCAC AGATAAAACC GGTATGATTT TATTTGATGC
GAAGAGAGCT CCCCTGACAT AGGTTATAGG CACTCTGACA CAAAACGAGA TGACAGTTGT
CGCTGGTTCC CTTGGTGTCC ATGGTAAATT TGTCAAGGAC TTATCCGACA ATGCTTCTCG
TTCCAATGCC AATGAAGAAG GTCACAGCGT CCGTGGTGAT TTCGCCTTTG ACATGGATCA
ATTGAACGAT TACGCTTCAT CATCCCTTCA AACACTGTTC AATGAGGCAA TCTGCATCAA
TTCCACCGCT TTTGAGGACA AGAATGAGGA AGGGAAGCTG AACTTCGTCG GCAGCAAAAC
CGAGACTGCT TTGTTGCGCT TCGCCAAAGA CATGGAATGG CCCGATTACA GACAGGTCAG
AGAGTCTGCT GAAATCGTTC AAATGATACC TTTCAGTTCC GAGCTCAAAG CTATGGGCGT
CGTTGTCAGA AAAGGTGACA CCTATCGACT TTACCTGAAA GGAGCCAGTG AGGTCTTGAG
CAACAACTGT ACTAAGCATG TCGTGGTACA TCAAGATGAC AACAAAGGTG ATGATATTGA
GACGACTGAG TTCGACGATG ACGCCATGAG CAACATCTCC AAGACCATCA TCTTCTACGC
CAATCAATCT CTTCGTACGA TTGCCCTTTG TTACCGCGAT TTCAAATCTT GGCCGCCCGC
AGGCACTGAA AAGGACGAGG CAGATGAGGT ACCTTATGAG GCGATTGCGA AGGATATGAC
TCTCATTGCC ATAACTGGTA TTGAAGATCC GCTTCGACCG GGTGTGAAAG AGGCGGTGGA
GAAATGCCAG CTAGCAGGCG TGGCTGTGAA GATGTGCACT GGCGATAATG TCTTAACGGC
GCGATCCATA GCTTCACAGT GTGGTATATT CACTGCCGGA GGTGTGGTAA TGGAAGGTCC
GGTCTTTAGA AAGGTACGCA CTTGTCGTCT TCTCTGAACA GTTTTTGATT TTTTTTTTGT
TAGCTGTCGG ATTCGGATCG TTTGGAAATT GCTCCTCGTC TCCAAATTCT GGCTCGGTCA
TCACCTGAAG ACAAACGACT TCTAGTTAAG ACGCTGAAAA GCATGGGCGA AGTTGTCGGT
GTAACCGGCG ATGGTACCAA TGACGGTCCT GCGCTGAAAC TTGCGAATGT TGGATTTGCG
ATGGGTATTG CGTAAGTAAA AGGCGCGAGC GATAATATAG CTAGTATGAC TGACTATATT
GCTCACAGCG GGACTGAGGT TGCTAAGGAA GCATCTGACA TCATCCTCAT GGATGATTCG
TTCAAGAATA TTGTTCTCGC CATTATGTGG GGTAGGTGTG TTAATGACTC AGTCAAGAAG
TTCCTGCAGT TCCAAATTTC CGTGAATATC ACGGCAGTCT TCATCACATT TATCTCTGCC
GTTGCATCGT CCAGCGAAGA GTCTGTCTTG ACTGCTGTTC AACTTCTTTG GGTCAACCTA
ATTATGGACA CCTTTGCCGC CCTGGCACTT GCTACCGATC CTGCGACTGA ATCGTCCCTT
GACCGCAAGC CTGACAGGAA GAATGCTCCT CTGATAACCG TGGAAATGTT CAAAATGATC
ATGGTTCAGG CTATCTATCA AATCATTGTG TGCCTGGTGC TGCACTTTGC TGGTCTAAAA
ATTCTGGGGC TGGAGAACAA TGATCAGAAC AACACAGAGC TTGGAGCGTT GGTCTTCAAC
TGCTTCGTTT TCTGTCAGAT TTGTAGGTAT TGTCAAACGC GTCCTGAAAG ATATGAGTTT
AACATCCCTC GTTAATAGTC AACCAATTGA ATTGTCGTCG GCTCGATCGC AAACTCAATG
TTCTCGAAGG ATTCTGGCGC AATTGGTACT TCATTATCAT CTTCCTGATC AGTACGTATC
TTTCATTTCA TTTATGATCT GTGTCTAAAC AACTTTTCAC ATAGTGGTCG GTGGCCAAAT
CTTGATCGTG GAAGTCGGTG GGGCCGCGTT TCAGGTCACT CGGCTTGGTG GTCGTGATTG
GGGAATTACT CTTGTCATCG GTGCACTCTC TCTTCCCATT GGTGCCCTCG TTCGTTTGAC
GCCCACGGCG CAATTTGCCC GACTTCTCAT CAAATTGCGC ATATATTCCG ACCCTAACAA
ACTTCCTGAA CAGTCTCCTG AGGCGGAGGA AGAGCAGTAC TCTTATAATC CAGCTCTGAG
CAAGGTGAAA GATAATCTCT CGACTTACGC CCGCATTCGA GGCGGTAGGC TGCGGGCCAG
CTCAATGGTG GCAAAGAGTA GAAGCTCCCA GCTGCGTGAT GCCGATATCC AACTGTATGT
GATTTCGTTT GGGTAGATAA TACTCTCTAA TATTGTACAT AGCCCGTCAC TCCTCACTAT
GGTTCCTACA GTCATTGCGG GTACAGTGGG TGCTGGTGCG CACTGGGTAA CCCCCCACAA
CTCAATTGGA CTTTCAAATC CTGCCGGGCA AGACCCATCA TATTCGACGG CTGAGCTCTA
TAAGGGTAAA GTTCAACTGC ACCCACAAAC AAACCCGAAC GACCCGTTGT ATGCCAGATT
CGGTCTGCAA CCTCCTGACT CCCGCGGATC ATCGGTCTCG GGTGCCAAGA TGTTTAGCTC
AGGCGATACC AACAATGTCT AATCTAATCT AACAAAGATA TCAAGCTAGA GACATTTAGA
GAGGGCAGAA ATAGTGTATT TCATCACGCG TGCTGCAGCG GTTAATAAAC AAGCAGGAGT
GTTGTACATA AATAGAGTTC CTGATAGGGT CTTGTCAGTC TTTGTTCTCG AGTACATGTA
GAGGGCTTGA TTGAATATGG TTCTGATAGT
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| Protein sequence | MSRDNPPPVI ITTDPDSPPP RSAPSTPPPN ERPTPTLVIP GSPSSESRQE SPQGYDPFRL
SPNARLYPPG SGHSPSSSYS SALTPPSPTL TSCSSVHFSD ELPTPSSPNP KTSLALRENH
PDAHSGMETL ETVDENDPQR RHARGWSIGT WSSAAPTTDG HSMKKPLIRT AIEANEIDED
RGEGGANKKG KKGKKGKKDK EEPPSAHLDP DKDKTDPTPF REKPSRLAML VDPKSLEDLE
KIGGVSGLLE GLGVDGAKGL AVGTDEGNAE NGAPRSSADM PGGNGPQWRA SMDHRREIYG
RNDLPRRKSK SLLLLMWLAF KDKVLILLSI AAVVSLALGI YQDLGTPPKI IYNDECPDGC
EEAQVDWVEG VAIVVAIIIV VLVGSINDWQ KERQFKKLNE KREDRSVKVI RGGSEMVINV
KDVVVGDVCL LEPGEIIPVD GIFLRGHNVR CDESGATGES DAIKKFSYDE CIKERDHLQP
GQKQKKDCFL ISGAKVLEGV GEYVVIAVGP TSFNGRIMMA MRGDADETPL QIKLNYLAEL
IAKLGGASGL LLFIVLMIRF FVQLKTNPDR SANDKAQSFI QILIIAVTLV VVAVPEGLPL
AVTLALAFAT KRMTKQNLLV RVLGSCETMA NATVVCTDKT GTLTQNEMTV VAGSLGVHGK
FVKDLSDNAS RSNANEEGHS VRGDFAFDMD QLNDYASSSL QTLFNEAICI NSTAFEDKNE
EGKLNFVGSK TETALLRFAK DMEWPDYRQV RESAEIVQMI PFSSELKAMG VVVRKGDTYR
LYLKGASEVL SNNCTKHVVV HQDDNKGDDI ETTEFDDDAM SNISKTIIFY ANQSLRTIAL
CYRDFKSWPP AGTEKDEADE VPYEAIAKDM TLIAITGIED PLRPGVKEAV EKCQLAGVAV
KMCTGDNVLT ARSIASQCGI FTAGGVVMEG PVFRKLSDSD RLEIAPRLQI LARSSPEDKR
LLVKTLKSMG EVVGVTGDGT NDGPALKLAN VGFAMGIAGT EVAKEASDII LMDDSFKNIV
LAIMWGRCVN DSVKKFLQFQ ISVNITAVFI TFISAVASSS EESVLTAVQL LWVNLIMDTF
AALALATDPA TESSLDRKPD RKNAPLITVE MFKMIMVQAI YQIIVCLVLH FAGLKILGLE
NNDQNNTELG ALVFNCFVFC QILVGGQILI VEVGGAAFQV TRLGGRDWGI TLVIGALSLP
IGALVRLTPT AQFARLLIKL RIYSDPNKLP EQSPEAEEEQ YSYNPALSKV KDNLSTYARI
RGGRLRASSM VAKSRSSQLR DADIQLPSLL TMVPTVIAGT VGAGAHWVTP HNSIGLSNPA
GQDPSYSTAE LYKGKVQLHP QTNPNDPLYA RFGLQPPDSR GSSVSGAKMF SSGDTNNV
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