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    Recognition of a functional peroxisome type 1 target by the dynamic import receptor pex5p.
        
        Mol. Cell 24, 653-663 (2006)
    
    
    
	    Peroxisomes require the translocation of folded and functional target proteins of various sizes across the peroxisomal membrane. We have investigated the structure and function of the principal import receptor Pex5p, which recognizes targets bearing a C-terminal peroxisomal targeting signal type 1. Crystal structures of the receptor in the presence and absence of a peroxisomal target, sterol carrier protein 2, reveal major structural changes from an open, snail-like conformation into a closed, circular conformation. These changes are caused by a long loop C terminal to the 7-fold tetratricopeptide repeat segments. Mutations in residues of this loop lead to defects in peroxisomal import in human fibroblasts. The structure of the receptor/cargo complex demonstrates that the primary receptor-binding site of the cargo is structurally and topologically autonomous, enabling the cargo to retain its native structure and function.
	
	
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        Publication type
        Article: Journal article
    
 
    
        Document type
        Scientific Article
    
 
     
    
     
     
    
    
        Language
        english
    
 
    
        Publication Year
        2006
    
 
     
    
        HGF-reported in Year
        0
    
 
    
    
        ISSN (print) / ISBN
        1097-2765
    
 
    
        e-ISSN
        1097-4164
    
 
    
     
     
	     
	 
	 
    
        Journal
        Molecular Cell
    
 
	
    
        Quellenangaben
        
	    Volume: 24,  
	    Issue: 5,  
	    Pages: 653-663 
	    
	    
	
    
 
    
         
        
            Publisher
            Elsevier
        
 
         
	
         
         
         
         
         
	
         
         
         
    
         
         
         
         
         
         
         
    
        Reviewing status
        Peer reviewed
    
 
    
        Institute(s)
        Institute of Structural Biology (STB)
    
 
     
     
     
     
     	
    
        PubMed ID
        17157249
    
    
        Erfassungsdatum
        2006-12-31