KEGG   Candida orthopsilosis: CORT_0C00180
Entry
CORT_0C00180      CDS       T02488                                 
Name
(RefSeq) Drs2 protein
  KO
K14802  phospholipid-transporting ATPase [EC:7.6.2.1]
Organism
cot  Candida orthopsilosis
Pathway
cot04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:cot00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    CORT_0C00180
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:cot03009]
    CORT_0C00180
Enzymes [BR:cot01000]
 7. Translocases
  7.6  Catalysing the translocation of other compounds
   7.6.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.6.2.1  P-type phospholipid transporter
     CORT_0C00180
Ribosome biogenesis [BR:cot03009]
 Eukaryotic type
  Pre-40S particles
   Other pre-40S particles
    CORT_0C00180
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Cation_ATPase Hydrolase E1-E2_ATPase Hydrolase_3
Other DBs
NCBI-GeneID: 14539568
NCBI-ProteinID: XP_003868301
UniProt: H8X3C4
Position
3:complement(20398..24216)
AA seq 1272 aa
MSNHKHSASSQKNNNPFSDDENDLIDLDVTNPYADYNPQHEYPQVSSSSQGRSTFNPFND
QFVISDDEEEEEVTVPNGKPARSTVRRNSYLSSHNDLSSTTDFIGTNTTEYVNLNREQPR
DFDIRHIFQKVKSKITGRNPGISDTKSKEPREIFIMNHAANSGYSYYGNHISTTKYNFAT
FLPKFLFEQFSKYANLFFLFTSIIQQVPHVSPTNRYTTIGTLIVVLFVSAIKEISEDLKR
ANADKELNNTRVLVLNPVTGDFVLKKWVKVQVGDIVKVNNEEPFPADLILISSSEPEGLC
YIETANLDGETNLKIKQSRTETAHLKSANDLVRGFSNAKVMSEQPNSSLYTYEGVLRGFE
NGRDIPLSPEQLLLRGATLRNTQWANGIVIFTGHETKLMRNATATPIKRTDVERIINLQI
IALFCVLIVLSLVSSIGNVIKTKANSGDLGYLHLEGTSMAKLFFQDLLTYWILFSNLVPI
SLFVTVELIKYYQAFMIGSDLDMYYEETDTPTGVRTSSLVEELGQINYIFSDKTGTLTRN
VMEFKACSIGGKCYIEEIPEDGHAQIIDGIEVGYHTFDELRSDFTNSSFQQSAIINEFLT
LLSTCHTVIPEVDGPNIKYQAASPDEGALVQGAADLGFKFIVRRPKTVTVENTLTQMKSE
YELLNICEFNSTRKRMSAIFRCPDGVIRLFCKGADTVIMERLSQSEPQPFIDATLRHLED
FAAEGLRTLCIASRIVSEQEYQQWSKKYYDASTSLQDRGDKMDAVAELIETDLFLLGATA
IEDKLQDGVPETIQTLQDAGIKIWILTGDRQETAINIGMSCKLLSEDMNLLIVNEENKTD
TRLNLKEKLTAIQEHQFDGEDGSLESSLALIIDGHSLGFALEPDLEDLFIELGSRCRAVV
CCRVSPLQKALVVKMVKRKKKQSLLLAIGDGANDVSMIQAAHVGVGISGMEGMQAARSAD
VSIGQFKYLKKLLLVHGSWSYQRISNAILYSFYKNIALYMTQFWFVFVNAFSGQSIAESW
TLTFYNVLFTVLPPIVMGVFDQFVSARQLVKYPQLYQLGQQRKFFNVAVFWSWIVNGFYH
SAVIFLCSFFIYRYGNVISSGLTTDNWAWGVAVYTTCTLTTLGKAALVVTLWTKFTLIAI
PGSFLLWLAWFPAYATIAPLINVSDEYRGVLAVTYPLLTFWGMIFGVPVLCLLRDFAWKF
YKRQTSPETYHYVQEIQKYNIQDHRPRMEQFQKAIRKVRQVQRIKKQRGFAFSSAEGNDQ
EKLMRLYDTSKK
NT seq 3819 nt   +upstreamnt  +downstreamnt
atgtctaatcacaagcattctgcatcttcgcagaaaaacaacaatcctttttcagatgat
gaaaatgacttgatagatcttgacgtgacgaatccgtacgcagattacaatccacaacat
gagtatccacaggtgctgagctctagtcaagggagatcaacatttaatccgttcaacgac
caatttgtaatatctgacgatgaggaggaggaggaagtgacagtgcctaatggcaaacca
gcaaggtctaccgttagacgaaactcatatctaagctcacataacgatttgctgtcgact
actgatttcatagggacaaacactacagagtatgtgaacttgaacagggaacaacctcga
gatttcgacataaggcatatctttcaaaaggtcaagagtaaaattaccggtcgaaatccg
ggcatcagtgacacgaagtcaaaagaacctagagaaatatttattatgaaccatgctgca
aattccgggtacagctactacggaaaccacatttcaaccacaaaatacaattttgccacg
tttttgccgaaattcctatttgaacagtttagcaaatatgcaaacttgttctttttgttc
acatcgataattcaacaagtgccgcatgtttcacccaccaatcgatatacaacgattggt
actttaattgtagtattgtttgtgtcggcaatcaaggagattctggaagacttgaaacga
gctaatgccgacaaagagctaaataatactcgagtcttggttctcaatccagttacaggt
gactttgtgttgaaaaagtgggtcaaggttcaagtgggagatatagttaaggtaaacaac
gaagagccatttccagctgatttaattttaattagctcttccgagccagaggggctttgc
tacatagaaacagccaaccttgatggagaaaccaacttgaagattaaacagtcaagaacg
gaaacggcacatttgaagagcgctaacgatcttgtacgaggattttcaaatgccaaagta
atgtctgagcaaccaaattcttcattgtacacatatgaaggtgttctcagggggtttgag
aatggtagggatataccattatctccagaacagctattactaaggggagccacgttgagg
aacacacaatgggccaatgggattgtgattttcacaggtcatgaaacaaagctaatgaga
aatgccactgcaactcccataaaacgtactgacgtggagcgaataatcaaccttcaaatc
attgcgttgttttgtgtattgattgttctttcgttggtctcgtctataggaaatgtcatc
aagacaaaagccaacagtggtgacttgggttacttgcacttggaaggaacttcaatggcc
aaattattctttcaagacttgttgacttattggattttgttttcaaacttggtgcctatt
tccttgtttgtcacagtcgagttgatcaaatactatcaagcgttcatgattgggagtgat
ttggacatgtactatgaggaaactgatacacctactggagtcaggacatcttctcttgtt
gaagagttaggtcaaatcaattacattttcagcgacaagactggtacattaacccggaac
gtgatggagttcaaagcatgctcaattggagggaaatgttacattgaagagattcccgag
gatgggcatgcacagattatcgatggcattgaagtcggatatcacacatttgacgagtta
cgctctgactttacgaatagctcgttccaacagtcagcaattatcaacgaatttctcacc
ttgctaagcacatgtcacactgtaatccccgaggtcgatggccccaatatcaaataccaa
gcagcttctccagatgaaggtgccttagtgcaaggtgctgccgatttgggattcaaattc
attgtgcgtcggccaaagactgttactgttgaaaatacacttacccaaatgaagtcggaa
tatgagttgctaaacatctgcgaatttaattctacaaggaaaagaatgtcagcaatattt
cgctgtccagatggggttatcagattattttgtaaaggtgcggatactgttataatggag
cgtctttcacagagtgaacctcaaccatttattgacgctacattgagacatttggaggac
tttgcagccgaagggttgcggacgctttgtatcgcgtcacgcatagtttcagaacaagag
taccaacagtggagtaaaaaatactacgatgcatctacttcattgcaagaccgtggcgac
aagatggatgctgttgctgagcttatcgagactgacttgttccttttgggcgctaccgct
attgaggataaattacaagacggggtaccagaaactatacagacattgcaggatgcagga
attaagatttggattcttactggtgatcgacaagaaactgctataaacattggtatgtct
tgtaaattgttaagtgaagacatgaatttattgattgtcaatgaggaaaataagacggat
acaagactaaacttgaaggaaaaattaaccgcgattcaagagcatcaatttgatggtgaa
gatggttctttggagtcttcgttagcattgattattgacggtcattcactagggtttgct
ttggagcctgatttggaagacttgttcatcgaattgggatcacgttgcagagccgttgtt
tgctgccgtgtctccccgttgcaaaaagctcttgttgtgaaaatggtgaaaaggaagaaa
aagcagtctttgcttcttgctattggtgatggtgccaacgatgtttctatgattcaagct
gctcatgttggagttggaataagtggaatggaaggtatgcaagctgcaagaagtgccgat
gtttccattggtcaattcaagtatttaaagaagttgctattggtccatgggtcttggtca
taccagcggatctcgaatgccatcctatactcattctataaaaacatcgccttgtacatg
acacaattttggtttgtttttgtcaatgcattttcaggtcaatcgattgctgagtcatgg
actcttacattttacaacgtgcttttcactgtgcttcccccaatcgtgatgggagtcttt
gatcaatttgtgagtgcaaggcagttggttaagtacccacaattatatcaattaggacaa
caacgcaaattctttaacgtcgccgttttttggagttggattgtcaatggtttctaccac
tcggcagtgatatttctttgctcgtttttcatttacaggtatggtaatgttatttccagt
ggcttgaccactgataactgggcttggggtgtggctgtgtatactacatgtaccttgact
actttagggaaagctgccttggtggtcacattgtggactaaatttacattaattgctatt
ccaggctcattcctcttgtggctagcttggtttcccgcgtatgcaacgatcgctccattg
attaatgtttctgatgagtataggggagtgttggcggtaacgtatcccttgcttactttt
tggggaatgatttttggtgtgccagtcttgtgcttgctaagagattttgcatggaagttc
tacaaaagacaaaccagtcccgagacttatcattatgtgcaagagattcaaaagtacaac
atacaagatcatagaccacgtatggaacaattccaaaaagcgattagaaaggtccgtcaa
gtgcaaagaataaagaagcaaagagggtttgccttttcactggcagaaggtaatgatcag
gagaagttgatgcggttgtacgatacctccaagaagtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (19)   

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