Biological process  Transport
 Molecular function  Transporter activity
 
Protein   ankyrin repeat and FYVE domain containing 1  Gene symbol   ANKFY1
 
 Cellular component  
     
 
Component
Cytoplasm
Endosome
 
   
 
Experimental evidence   
  Total number of studies : 2    
 
Peptide sequence Method Platform  Sample  Reference
Mass spectrometry Plasma Liu et al. 2007
Mass spectrometry LTQ linear ion trap Plasma Tu et al. 2005
 
   
 
 Multiple reaction monitoring data  
     
 
Peptide sequence MH+ Sample Number of studies Reference
Data not present
 
   
 
  Protein concentration    
     
 
Protein concentration Method Sample
Reference
Data not present
 
   
 
  Extracellular vesicle proteins    
     
 
Sample Isolation  Experimental method Vesiclepedia accession Reference
Data not present
 
   
 
 Architecture  
     
 
Domains Motifs
ANK   688 - 717
ANK   1044 - 1075
ANK   725 - 754
ANK   770 - 799
ANK   803 - 831
ANK   837 - 866
ANK   871 - 900
ANK   906 - 935
ANK   939 - 968
ANK   972 - 1002
ANK   654 - 684
ANK   621 - 650
ANK   255 - 284
ANK   288 - 317
ANK   322 - 362
ANK   366 - 396
ANK   400 - 452
ANK   457 - 489
ANK   490 - 519
ANK   542 - 572
ANK   588 - 617
ANK   1006 - 1040
BTB   68 - 162
FYVE   1100 - 1166
CC   1 - 45
 
   
 
 External links  
     
 
HPRD UniProt NetPath 
09717  Q9P2R3  NetPath_M51479 
 
   
 
 
 Protein sequence  NP_057460.3
     
   
    MAEEEVAKLE KHLMLLRQEY VKLQKKLAET EKRCALLAAQ ANKESSSESF ISRLLAIVAD LYEQEQYSDL KIKVGDRHIS AHKFVLAARS DSWSLANLSS TKELDLSDAN PEVTMTMLRW
IYTDELEFRE DDVFLTELMK LANRFQLQLL RERCEKGVMS LVNVRNCIRF YQTAEELNAS TLMNYCAEII ASHWDDLRKE DFSSMSAQLL YKMIKSKTEY PLHKAIKVER EDVVFLYLIE
MDSQLPGKLN EADHNGDLAL DLALSRRLES IATTLVSHKA DVDMVDKSGW SLLHKGIQRG DLFAATFLIK NGAFVNAATL GAQETPLHLV ALYSSKKHSA DVMSEMAQIA EALLQAGANP
NMQDSKGRTP LHVSIMAGNE YVFSQLLQCK QLDLELKDHE GSTALWLAVQ HITVSSDQSV NPFEDVPVVN GTSFDENSFA ARLIQRGSHT DAPDTATGNC LLQRAAGAGN EAAALFLATN
GAHVNHRNKW GETPLHTACR HGLANLTAEL LQQGANPNLQ TEEALPLPKE AASLTSLADS VHLQTPLHMA IAYNHPDVVS VILEQKANAL HATNNLQIIP DFSLKDSRDQ TVLGLALWTG
MHTIAAQLLG SGAAINDTMS DGQTLLHMAI QRQDSKSALF LLEHQADINV SRTQDGETAL QLAIRNQLPL VVDAICTRGA DMSVPDEKGN PPLWLALANN LEDIASTLVR HGCDATCWGP
GPGGCLQTLL HRAIDENNEP TACFLIRSGC DVNSPRQPGA NGEGEEEARD GQTPLHLAAS WGLEETVQCL LEFGANVNAQ DAEGRTPIHV AISSQHGVII QLLVSHPDIH LNVRDRQGLT
PFACAMTFKN NKSAEAILKR ESGAAEQVDN KGRNFLHVAV QNSDIESVLF LISVHANVNS RVQDASKLTP LHLAVQAGSE IIVRNLLLAG AKVNELTKHR QTALHLAAQQ DLPTICSVLL
ENGVDFAAVD ENGNNALHLA VMHGRLNNIR VLLTECTVDA EAFNLRGQSP LHILGQYGKE NAAAIFDLFL ECMPGYPLDK PDADGSTVLL LAYMKGNANL CRAIVRSGAR LGVNNNQGVN
IFNYQVATKQ LLFRLLDMLS KEPPWCDGSY CYECTARFGV TTRKHHCRHC GRLLCHKCST KEIPIIKFDL NKPVRVCNIC FDVLTLGGVS