KEGG   Candida tropicalis: CTRG_05626
Entry
CTRG_05626        CDS       T01115                                 
Name
(RefSeq) hypothetical protein
  KO
K14802  phospholipid-transporting ATPase [EC:7.6.2.1]
Organism
ctp  Candida tropicalis
Pathway
ctp04148  Efferocytosis
Brite
KEGG Orthology (KO) [BR:ctp00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04148 Efferocytosis
    CTRG_05626
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:ctp03009]
    CTRG_05626
Enzymes [BR:ctp01000]
 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
     CTRG_05626
Ribosome biogenesis [BR:ctp03009]
 Eukaryotic type
  Pre-40S particles
   Other pre-40S particles
    CTRG_05626
SSDB
Motif
Pfam: PhoLip_ATPase_C PhoLip_ATPase_N Cation_ATPase Hydrolase E1-E2_ATPase Hydrolase_3
Other DBs
NCBI-GeneID: 8300839
NCBI-ProteinID: XP_002551328
UniProt: C5MHT3
Position
Unknown
AA seq 1302 aa
MSNNYNNRDRNTESDDNNPFSDSNGHSNLIDLDLETNPYTDFDPNRVYPQHAHTVNDPFA
DQFVLSDDSDDDVDDGQEAGHGYGYGRNDLANTSYASSSQHRQVPLLNTANTPNNQGSFF
KSGKSGDYINMQSQEEKQRDFDITHMFQKVKSKITGKPPGHAKQQSKEPREIFIMNHSAN
SHFGYYGNYISTTKYNFATFLPKFLFEQFSKYANLFFLFTSIIQQVPHVSPTNRYTTIGT
LIVVLLVAAIKEILEDIKRANADKELNNTKVLVLDPNTGNFQLKKWIKVQVGDVVQVANE
EPFPADLILLSSSEPEGLCYIETANLDGETNLKIKQAKTETAHLVNPHDLVRDLNGAEIV
SEQPNSSLYTYEGNLKNFRRGNDIPLSPEQMLLRGATLRNTQWINGVVIFTGHETKLMRN
ATAAPIKRTDVERIINLQILVLFGVLIVLALISSIGNVIKTKVDGDDLSYLHLEGISMSR
LFFQDLLTYWILFSNLVPISLFVTVELIKYYQAFMIGSDLDMYYEETDTPTGVRTSSLVE
ELGQINYIFSDKTGTLTRNVMEFKSCTIGGRCYIEEIPEDGHAQMIDGIEVGFHTFDQLQ
EDLRNTSSQQSAIINEFLTLLSTCHTVIPEVTDDKIKYQAASPDEGALVQGAADLGYKFI
IRRPKGVTIENTLTGSTSEYELLNICEFNSTRKRMSAIFRCPDGVIRLFCKGADTVILER
LSQDEPQPFVDATLRHLEDFAAEGLRTLCIASRIISDEEYDSWSRTYYKASTSLEDRSDK
LDAAAELIEKDLFLLGATAIEDKLQDGVPETIHTLQQAGIKIWVLTGDRQETAINIGMSC
KLLSEDMNLLIINEETKKDTRLNLQEKLTAIQEHQFDIEDGSLESSLALVIDGHSLGYAL
EPDLEDLFIELGSRCRAVICCRVSPLQKALVVKMVKRKKKKSLLLAIGDGANDVSMIQAA
HVGVGISGMEGMQAARSADISIGQFKYLRKLLLVHGAWSYQRLSNAILYSFYKNIALYMT
QFWFVFTNGFSGQSIAESWTLTFYNVLFTSLPPFVLGVFDQFVSARLLDRYPQLYQLGQQ
RKFFNVAVFWTWILNGFYHSAVIFLCSFFIYRYMNVSPNGQTADNWSWGVAVYTTCTLTA
LGKAALIVTMWTKFTLIAIPGSFLLWLGWFPAYATIAPMINVSTEYRGVLRMTYPLIVFW
SMVFGVSALCLLRDFAWKYFKRRYSPESYHYVQEIQKYNIQDHRPRMEQFQKAIRKVRQV
QRIKKQRGFAFSQVEGQDQDKIVRLYDTTKKRGAFGELSETN
NT seq 3909 nt   +upstreamnt  +downstreamnt
atgtcaaataattacaataatagagacaggaataccgagtcagatgataataacccattt
tcagatagtaatggtcacagtaaccttattgatttggacctagagacaaacccgtataca
gattttgatcccaaccgtgtttatccacagcatgcgcatacagtcaatgatccatttgcg
gatcagtttgtcttatcggatgattctgatgacgatgttgatgatggtcaagaagctggc
catggttatggttatggtcgaaatgatctagccaacacatcgtatgcatcgtcgtcccaa
caccgacaagtcccgctattgaatacagccaatacacctaataatcaaggtagctttttt
aaaagtggtaaaagtggggactatataaatatgcaaagtcaagaagaaaagcaacgcgat
ttcgatatcacacatatgttccaaaaggtcaagagtaagattacagggaaaccaccaggg
catgcaaagcaacaatcaaaagaacctcgagaaatatttatcatgaaccattctgccaat
tcccattttggatactatgggaactatatatcgacaacaaagtataattttgctaccttt
ttacccaaatttttatttgaacaatttagcaagtatgctaatttgtttttcttatttact
tccattatccaacaagttcctcatgtgtcaccaacaaaccgatataccactattggtacc
ttgatcgtggtgttattagttgcggcaataaaggaaatccttgaagatattaagcgtgct
aatgcagacaaagagttaaacaatactaaagttctagttttggatccaaacacaggtaat
tttcaattgaagaaatggatcaaagttcaagttggtgatgttgtgcaagtggccaatgaa
gagccatttccagccgatttgattttattgagttcttctgaaccagaagggttgtgttat
attgaaactgcaaacttagatggggaaacaaatttaaagatcaaacaagccaaaacagaa
actgctcatttagttaatcctcatgatttggtgagagatttaaatggtgctgaaattgta
tctgaacagccaaactcatcattgtatacatatgaaggcaatttgaagaacttccgtcgt
ggtaacgatattccattgagtccagaacaaatgttacttagaggagccacattaagaaac
acccaatggattaatggcgtggtcatttttacaggtcatgaaaccaagttaatgcgtaat
gccacagcggcaccaatcaaacgtactgatgttgagagaattattaatttgcaaattttg
gttttgtttggggttttgatcgtgctcgcattgatttcttcaattggtaatgttatcaag
acaaaagtagatggtgatgatttatcatatttgcatttggaaggtatttcgatgtcaaga
ttatttttccaagatttgttgacatactggattttgttttctaacttggtgccaatttca
ttatttgttaccgttgaattgatcaagtattatcaagcttttatgataggaagtgatttg
gatatgtactatgaagagactgataccccaacaggggttagaacttcgtcattggttgag
gagttgggtcaaattaactatatattcagtgacaaaactggtaccttaactagaaatgtc
atggagttcaagtcctgtacaattggaggaagatgttatatcgaagaaatccccgaagat
ggacatgcgcaaatgattgatggtattgaggttgggttccatactttcgatcaacttcaa
gaagatttgcgaaatacttcatcccagcaatctgcaattatcaatgagtttttaacatta
ttgagtacttgtcacactgttatccctgaagtcaccgacgacaaaatcaagtaccaagca
gcttctcccgatgaaggtgctttggtacaaggagcagctgatttgggttataagtttatc
attcgtagacctaagggggttactattgaaaatactttaactggaagtacatctgaatat
gaattgttgaatatttgtgagttcaactcaacaagaaagagaatgtctgcgattttccgt
tgtcctgatggggttattcgtttgttttgtaaaggggccgatactgttattttagaaaga
ctttctcaagatgagccacagccatttgttgatgctactttaagacacttggaagatttt
gcggcagaaggtttgcgtacgctttgtattgcctcacgtattatttctgatgaagagtac
gattcatggtcaagaacttactacaaagcttccacttccttggaagatcgtagtgataaa
ttagacgcagcagccgaattgattgaaaaggacttgttcttattaggagcaaccgctatt
gaagataaattgcaagatggagttcctgaaacaattcacacgttacaacaagctggtatt
aaaatctgggttttaacaggtgatagacaagaaactgctatcaacattggtatgtcttgt
aagttactttctgaagacatgaacttgttaattattaatgaagaaacgaagaaagataca
cgattaaatcttcaagagaagctcacagctatacaggagcaccaatttgatatcgaagac
ggatccttggaatcttcactagctttggttattgatggtcattctttaggatacgcatta
gagcctgatttagaggatttgtttatcgaattgggttctcgttgtcgtgcggtgatttgt
tgtcgtgtgtccccattacaaaaagcacttgtggttaaaatggttaaaagaaagaagaaa
aagtctttgttacttgccattggagatggagcaaatgatgtgtcgatgatccaagctgcc
catgttggtgttggtataagtggtatggaaggtatgcaagcagcacgaagtgctgatatt
tctattggtcaattcaagtatttgagaaagttgttattagttcatggtgcttggtcttat
caaagactttcaaatgcaattctttactctttttacaagaatattgcgttgtatatgaca
caattttggtttgttttcaccaatggattttctggtcaatcaattgctgaatcttggact
ttgacattctataatgtgttgtttacttccttgccaccatttgtattgggtgttttcgat
caatttgttagtgcaagattattggaccgttatccacaattgtatcaattgggtcaacaa
agaaaattttttaatgttgcagttttctggacctggattttgaatggattctatcattct
gcagttatcttcttgtgttcgtttttcatctacagatacatgaacgtttctccaaatgga
caaacagctgataattggtcatggggtgtggctgtctacactacatgtacattaactgcc
ttgggtaaagctgcattgattgtcaccatgtggaccaagtttaccttaattgcaattccg
ggttcattccttttatggttaggttggtttccagcatacgccactatcgctccaatgatt
aacgtttctactgagtatcgaggtgtattaagaatgacctacccattaattgttttctgg
tccatggtgtttggggtgtcagcattgtgtttgttgcgtgactttgcctggaaatacttc
aaaagaagatacagtccagaaagttatcattatgttcaagaaattcaaaagtataatatt
caagatcatagaccaagaatggagcaatttcaaaaagcaatcagaaaagtcagacaggtt
caaagaatcaaaaaacaaagaggttttgcattttctcaagttgaaggtcaagaccaagat
aagattgtcagactatatgataccactaaaaagagaggtgcatttggtgaattatctgaa
accaattag

  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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