| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND03980 |
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| Symbol | |
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| ID | 3256873 |
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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 | 1104642 |
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| End bp | 1110697 |
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| Gene Length | 6056 bp |
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| Protein Length | 1751 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638256333 |
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| Product | phospholipid-translocating ATPase, putative |
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| Protein accession | XP_570157 |
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| Protein GI | 58266002 |
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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
[TIGR01652] phospholipid-translocating P-type ATPase, flippase |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | ATGACTTCCT CCTCCACTTA TCAATCTCAC GGCCAGCCGT CAACTTCCAC AACACACCTT
TCTGCTCGTC TTTCCTCCCG CTCCTCTTTT GAACATCAAG GTACAGATGA TGAGAGCCTT
GATGTCTTCG ATCCAATGTC CATTGATCCC GATTTACGCT TAAGAACTGT CAAGACAGCG
CACTCGGTTC TCGCGGAGTC AATCCGCTCG GAAGCCCTCG CTGAAAAAAG GGAGAAGCGG
AGACGGCTAT TCAGGTCCAT GAAGAGGAAA GCATCTGATA TAGGGAAAGG CACGCTGAAG
CGCAAGGGGC CTGCTGGTGA TAACGGAAAG CCGGACTCTG GGAAAACAGA GGCGGGCAAT
ACAGATGCTA TATCAACTGC AGGATCTTTG ACATCTCAGC CTCCACCGAT TACTCCCCCT
GAACACCAAC ACCAATCCGG AAAGACAAAA GGCAAGGCAA AAAATCGAAA AGCGGAACTT
CCCCGGCGAA CTGTCTACGT TAACATTCCT CTTCCGTCAT CCCTTCGCAA CTCCCAAGGC
GAGCCTGTAG TCAGATATGT CCGAAACAAG GTTCGAACAT CCAAATATTC CTTGATAACG
TTCATTCCCA AGAATCTTCT GGAACAGTTT CGTCGTGTCG CCAACATTTA TTTCCTATTT
CTCGTGATCC TCCAATTATT TTCAATATTT GGAGCACCCA ACGCGCAGAT TGGGATGCTA
CCTCTTTTGG CGATTTTAGG CATGACGGCT ATTAAGGATG CCTTCGAGGA CTGGAGAAGA
GCGAAATTGG ATAATGAGGT GAACAATTCT GCAACAACAA AATTGGGGGC TTGGAAAAAT
GTGAATCAGC CAAAGGATCC CAGAAATTTC GTGGAGAAAC TATTTGGGCT GGGACCTAGT
AAGTTCCATT CCCTAAATGG TTTTTGTTCG CAAGCGCTGA CTATATACCT TGTTATAGAC
CCGAACAAGA CATCAAAAGG CGTCCAAAAG CTCCGAGCAC GTGAGGCAAA TCAAGGTAAC
CAAATGGTGC TCGATTCCCG TAGGGCGGAG GAGCAAGACC CACTTGAAGA CTTGGCCGTT
AGCGACAAAG AATCCTATCC TCTTGGTCCT ATGTCTCGTG CGGAGTTTTC CACAGTCTCG
GCGGTAGATT CAACCTCTGA TTCTTTAGCT CTCGAAGGGT ATCGCCGGTC ATTCTCGGCC
GGGATATCTA GGTCAAGTCT ACCTAGCATG ATGTCTAGGA AAAGCGTCGG TGTCGTGGAC
TGGAGCAGGT CTGTACCAGG AGCTGCGCAA TGGGAGAGGA CCCTCTGGTG TGTGCCATCG
TGTTAATATA CTTTGAATGA GACTAACAGT GTGCGATTCG TGACAGGAAA AAGCTTGAAG
TGGGCGATTT TGTTCTTCTG CGCGACAATG AACAAGTTCC GGCGGATGTC ATTGTTTTAT
CCACTTCCAA TGCGGACGCC CTTTGCTTTG TTGAGACCAA GAACCTTGAT GGAGAGACGA
ACCTCAAAAT TAGACGTTCT CTAAAAGCTA CTTCAGCCAT CACTTCAGAA GAAGATCTTG
AGCACGCGCA TTTCGTGGTG GATTCTGAGG CGCCCCATGC CAATCTTTAT TCTTACAACG
GTGTGTTGAG ATACACTCCC ACAGACCAGT ACGGGAAGCA GATGGAAGAA AAGCAAGAAG
CAATCACCAT CAACGAGTTA TTACTGAGGG GCTGTACGCT AAGGAACACA AAATGGGTGA
TCGGGATGGT GATTTTCACA GGATCAGATA CGAAAATCAT GCTTAACGGC GGAGAGACAC
CGTGAGCAAC CGTCATATCG TTTTACAAAT GAGTGTTTAC TAAGGAAGGT CTCAGATCCA
AGCGAAGTAA GATTGAAAAG GAAACCAGTA AGTATTTACT CTTTTGAAGG GGATCTTGAT
CTTCTGCTAA TCTCAGCTGT CAGACTTGTG AGATAACCCT TTCTATTGCT GCTTCCCAAC
CCAATTAACT TCCTACAGCA ATGTCATGAT GAACTTCGTT GTTTTGCTAG TTTTATGCCT
CATTACGGCC ATCCTTCGTA AGTCGACCGA GTGTGAATCC ACGCTGACGC GTAATCCTCA
GATGGTTGGT ATCGCTCTCT GTCCGGTACC AGTGCCGACT GGTATGAACC CGACGCTGAG
GCCAGTGACA ATATATACGT TGACTCTGTC ATAATCTTTT TGTAAGCATG GCATTCATTG
TCATTGAAAC ACTAGTGATC CATACTGATT CGTGGTAGTT CTTGCCTGTT GATCTTTCAG
AACATCGTTC CTATATCTTT ATATATCACT GTAGAGATTG TTAAAACAGT AGGTTGCTTG
TTGTGGACAA GTTTATGGTG GAACACTGAT CATGTCCGTT TTTTCAGATT CAGGCATATT
TCATTTTTCA AGACGTTGAA ATGTATTACG AACCTTGTGG GTACCAATGA ATTAGTGAAA
CAAACATACA CTTAGAATTT CCTCACTAGA CGACACCCCT TGCGTGCCGA AGACCTGGGA
TATCTCGGAT GACCTGGGTC AAATTGAATA CATTTTTTCC GATAAGACTG GCACGCTCAC
ACAGAACATC ATGGAGTTCA AGAAATGTTC CATCCACGGC GTGCCTTTCG GAGAAGGTAT
GACAGAGGCG ATGATGGGTG CCAAAAAACG GGATGGGCAA GACATCAGCA CAGCAATGGA
AGATCAGGAA GACGAGCTCC AAGTTCTCAA AGAGAAAATG CTGGAACTTA TGACCGGTGT
CATGGACAAT CGGTATTTAC GTCAAGACAA ACTAACACTC ATCGCCCCTG ATCTCGTTCA
ACATCTTACC ACTCCTTCCG ATCCTCTACG CTCCCCCATA ATTGACTTTT TTCGGGCTCT
CGCTGTCTGT CACTCTGTCC TCGCTGACAC TCCTGATCAG TCCAAACCCT TCGAGCTTGA
GTACAAGGCC GAAAGCCCTG ATGAAGCAGC TTTAGTAGCT GCGGCTCGAG ATATAGGATT
CCCATTTGTT TCGAAGAACA GTCATTTCCT CGAAATAGTA GTTCTGGGTA AGCCAGAGAA
ATGGATTCCT CTCCGCATGC TCGAATTCAG TTCCAGTCGG AAGAGAATGA GTGTCGTCGC
TCGAGACCCA AATGGGAAGA TAGTTTTGTT CTGCAAAGGT GCAGACAGTG TCATCTACAA
TAGGCTGAGT GTCAATCATG ATCAAGAATT AAAAGACGCA ACCCTCAAGG ATCTCGAAAC
CTTTGCGAAC GGTGGTCTCC GGACGCTTTG TATCGCCTAT CGGAATTTAT CGGAAGAGGA
ATTCAGTGAT TGGTCAAAAA AATATGACGC TGCAAGTGCA GCGACTGTTG ACCGAGAAGG
AGAGATTGAG AAAGCTTGTG ACCTGGTGGA GCATTCACTC ACTATCCTTG GGGCGACGGC
TCTCGAAGAC AAGCTCCAAG AAGGAGTGCC TGATGCCATT GCGACGCTGC ATCGTGCCGG
TATCAAACTA TGGATCCTGA CAGGTGATAA GCTTCAGACA GCTATTGAAA TCGGCTACAG
CTGTAATCTT CTTACAAACG ATATGGAAGT CATGATAATT TCGGCCGACT CTGAGGATGG
CGCCCGCCAA CAAATTGAAG CTGGTCTTAA TAAGATTGCT TCCGTGGTTG GTCCACCTCC
TACAACTTCG GGCGGAAGGA TTATGACTGC TGGGATGAAC CCCGCAGTTA AGTTCGCAGT
TGTCATCGAT GGAGAAAGCT TACGATATGC GTTGGAACCT TCGCTGAAAA GTTTGTTCTT
ATCTTTGGGG ACGCAATGCG CGGCCGTCAT CTGCTGTCGC GTTTCTCCCT CGCAGAAAGC
GTCGACAGTC CGTTTGGTAA GTTAAGGATA TTCAATATAT AGAAAAAGGT ACTCATTCGT
AAACAGGTCA AAGAAGGTTG TAATGCTATG ACCCTTGCAA TCGGAGACGG GGCCAACGAT
GTTGCGATGA TTCAAGAAGC TAATATTGGA GTCGGGCTTT ACGGTCTTGA AGGCTCGCAA
GCAGCGATGT CGGCAGATTA TGCGTTTGGG CAGTTTAGAT TTTTGACCAG ATTGCTATTG
GTTCATGGAA GATGGAGTTA TGTGCGAGTG GCCGATATGC ACGCAAAGTA TGTAGTGATG
AAGAGGATTT TCAAGCAATG CTGACGGGCT TTCAGCTTCT TCTATAAGAA TATTATATTC
ACTGTCTCGA TGTTTTGGTT TTTCATCTTC AGCAGGTGAG TGGAACACAA CTCCATGGAA
CAAGTCTAAC GAAAGGAATT TAGTTTCGAT GCCACGTACT TGTTTGAGTA CACTCTTCTA
CTCATGTATA ACCTCTTTTT CACCTCCCTT CCCGTCGGTT TCCTCGGGGC TTTCGATCAA
GACGTCAATC CTACCGCTGC CATGGTTTTT CCACAGCTTT ACAAGCGTGG TATTGCTAGT
CTTGAATATA CCCGTACTCG TTTTTGGCTT TACATGTTTG ACGGCTTGTA TCAATCAGCA
GTCATATTTT TCATCCCTTA TTTCGCTTAT GGAACGGGCG AAAGCTGGTC AAGTCAAGGA
AGAGATACCA ATTCTCTGTG GGATATCGGT ACCACGGTGG CTTGCGCTGG CGTATTGTCG
GCCAACGGCT ACGTCAGCAT CAATATTCGC TACTGGACAG TCATGACTTG GATAATCAAT
GTAGCATCGA CTTTGCTCAT ATACATTTAT ATTCCGATCT ACTCAGCTGT CACAGCACTA
CCTTACGCAG GAGAAGTCGG CGTCATATAC CCCACATTCA GCTTCTGGGC AGTTATCTTG
ATTGCCACAA TCATTGCTAT CGGTCCGCGA TGGCTCGTCC GTTCCTTTAA GCAGTCCTAC
TTCCCGCAGG ATAAAGACAT TATTCGCGAA GCGTGGGTCA CTGGCCAACT CAAGCGAGAT
TTGGGAATCA AGAGCCGGAA GCAAAAAAGA AGACAAAACA AAGAGAAAGC GGATGCGGCC
AGGTGTGAAG AGAACGAACA AGAACTAGAG GACGTGCCTG GATTGGAGCT AGTGACAGGG
AAGGATCTTG TGCAGCAATT TCAAAAAGGC AACATGGAAG GGGATGCCTT CAGAGGATTG
TACGAGCCCG CAGCCACGTA TAGCCCTCGG AAGGAAGCAG TTCGTTCACC TCTTATGTCT
GAAGAGAGTA GCCCTCGAAA TATGCGCGCA TATCATCCGG CCTACACAAA CTACAGCACC
AACGACATTT CTTCAATCCG CCAAATTCAA ACAAGCATCC CTCCTCCATT TACCGCTCGC
ACGTCTTTTA ACTCTGCTGA GCAACCATCG CCTCTCGGAC AAAGCATTGC AAGCAGTGAT
CATAGTTTCC AAAATCCTTT ACGCACGTAT GACTGCCATC CTTCCCCTTC CTCCATTCAT
CAAGTAGAGG CCGAGATCAG CCGAGAAGTT GGCCGACTTA AGCGAACCTC GAAGGACATT
CAACGCGCGT CCTCGTTGTA CGATAAAGAA GAAGAGTCGG TGAGGATGTC TCGGGCTTCT
TTGTTCTCCC AGAAGGGTTT TGAAGCGCTT CCACAGAGCG GTGACTCAAG GGGAAGCATT
TCAAATCTAT CGAGAAAACA GAGCATCAGC GTTTTGGGAG GGAGTGTGCC TGCATCGTGG
AAAGATAGCA GCCCTCTCTC CAACGTGGAC GAACTTGGCA GGGGAAACTT ATCATCAATG
AGAGGGGCGC TTGATGTGAC TGCTAAACAT AGTGAATTGT TTGAAAACCG GGTTGAAAAT
CAAAGTTGGA GGCCTTCCGA TGACCATTTG CTTTATGCCC GAGAACGGTC CTCTTCTGCT
GTTCAACAGA CAAAGAACAT ATTTGACTTT ACCGACGCTT CATCAAGTCA GTGGGGTGCG
GAGGCCAGTA AGAAGGATAA TGAATGGGAA GGTGCAGGAT ATGCCATATA ACGTGGAAAA
GGACAATTCA AGGAGCTCGT GTCAGGGGAT TGAGTTGTTA GGTTGTCTGA CGCACCTCAT
ACCCATGAAC ATGATAGATT AGATGATTAG ACTTTTACCT AGATTCTTCA TTGCAT
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| Protein sequence | MTSSSTYQSH GQPSTSTTHL SARLSSRSSF EHQGTDDESL DVFDPMSIDP DLRLRTVKTA
HSVLAESIRS EALAEKREKR RRLFRSMKRK ASDIGKGTLK RKGPAGDNGK PDSGKTEAGN
TDAISTAGSL TSQPPPITPP EHQHQSGKTK GKAKNRKAEL PRRTVYVNIP LPSSLRNSQG
EPVVRYVRNK VRTSKYSLIT FIPKNLLEQF RRVANIYFLF LVILQLFSIF GAPNAQIGML
PLLAILGMTA IKDAFEDWRR AKLDNEVNNS ATTKLGAWKN VNQPKDPRNF VEKLFGLGPN
PNKTSKGVQK LRAREANQGN QMVLDSRRAE EQDPLEDLAV SDKESYPLGP MSRAEFSTVS
AVDSTSDSLA LEGYRRSFSA GISRSSLPSM MSRKSVGVVD WSRSVPGAAQ WERTLWKKLE
VGDFVLLRDN EQVPADVIVL STSNADALCF VETKNLDGET NLKIRRSLKA TSAITSEEDL
EHAHFVVDSE APHANLYSYN GVLRYTPTDQ YGKQMEEKQE AITINELLLR GCTLRNTKWV
IGMVIFTGSD TKIMLNGGET PSKRSKIEKE TILCLITAIL HGWYRSLSGT SADWYEPDAE
ASDNIYVDSV IIFFSCLLIF QNIVPISLYI TVEIVKTIQA YFIFQDVEMY YEPYDTPCVP
KTWDISDDLG QIEYIFSDKT GTLTQNIMEF KKCSIHGVPF GEGMTEAMMG AKKRDGQDIS
TAMEDQEDEL QVLKEKMLEL MTGVMDNRYL RQDKLTLIAP DLVQHLTTPS DPLRSPIIDF
FRALAVCHSV LADTPDQSKP FELEYKAESP DEAALVAAAR DIGFPFVSKN SHFLEIVVLG
KPEKWIPLRM LEFSSSRKRM SVVARDPNGK IVLFCKGADS VIYNRLSVNH DQELKDATLK
DLETFANGGL RTLCIAYRNL SEEEFSDWSK KYDAASAATV DREGEIEKAC DLVEHSLTIL
GATALEDKLQ EGVPDAIATL HRAGIKLWIL TGDKLQTAIE IGYSCNLLTN DMEVMIISAD
SEDGARQQIE AGLNKIASVV GPPPTTSGGR IMTAGMNPAV KFAVVIDGES LRYALEPSLK
SLFLSLGTQC AAVICCRVSP SQKASTVRLV KEGCNAMTLA IGDGANDVAM IQEANIGVGL
YGLEGSQAAM SADYAFGQFR FLTRLLLVHG RWSYVRVADM HANFFYKNII FTVSMFWFFI
FSSFDATYLF EYTLLLMYNL FFTSLPVGFL GAFDQDVNPT AAMVFPQLYK RGIASLEYTR
TRFWLYMFDG LYQSAVIFFI PYFAYGTGES WSSQGRDTNS LWDIGTTVAC AGVLSANGYV
SINIRYWTVM TWIINVASTL LIYIYIPIYS AVTALPYAGE VGVIYPTFSF WAVILIATII
AIGPRWLVRS FKQSYFPQDK DIIREAWVTG QLKRDLGIKS RKQKRRQNKE KADAARCEEN
EQELEDVPGL ELVTGKDLVQ QFQKGNMEGD AFRGLYEPAA TYSPRKEAVR SPLMSEESSP
RNMRAYHPAY TNYSTNDISS IRQIQTSIPP PFTARTSFNS AEQPSPLGQS IASSDHSFQN
PLRTYDCHPS PSSIHQVEAE ISREVGRLKR TSKDIQRASS LYDKEEESVR MSRASLFSQK
GFEALPQSGD SRGSISNLSR KQSISVLGGS VPASWKDSSP LSNVDELGRG NLSSMRGALD
VTAKHSELFE NRVENQSWRP SDDHLLYARE RSSSAVQQTK NIFDFTDASS SQWGAEASKK
DNEWEGAGYA I
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