3.6.4.6	acrosome	localizes mainly in acrosome. ATPase N-ethylmaleimide sensitive factor may be a common feature in the triggering/regulation of membrane merging during mammalian acrosome reaction	-	667294	
3.6.4.6	cytoplasm	-	5737	210581, 210584, 210585, 689461, 756637	
3.6.4.6	cytoplasm	active NSF	5737	656874	
3.6.4.6	cytoplasm	Pex1p possesses two distinct oligomeric forms, a homo-oligomer in the cytosol and a hetero-oligomer on peroxisome membranes, possibly playing distinct functions in peroxisome biogenesis	5737	669490	
3.6.4.6	cytosol	-	5829	210577, 210578, 210580, 210584, 656341, 656661, 656763, 685048, 687536, 699411	
3.6.4.6	cytosol	Pex1p and Pex6p form a stable higher-molecular-mass complex in the cytosol	5829	668571	
3.6.4.6	cytosol	Pex6p and Pex1p form a stable higher-molecular-mass complex in the cytosol	5829	668571	
3.6.4.6	endoplasmic reticulum	-	5783	210576, 210577, 210578	
3.6.4.6	endosome	-	5768	210582, 656345, 668565	
3.6.4.6	endosome	multivesicular endosome	5768	689461	
3.6.4.6	Golgi apparatus	-	5794	210576, 210577, 210578	
3.6.4.6	Golgi membrane	NSF requires a peripheral membrane protein to bind Golgi membranes	139	686724	
3.6.4.6	membrane	-	16020	-, 733702, 735147, 756698, 758466	
3.6.4.6	membrane	N-terminal domain of PEX1 is one of the functional modules for membrane binding	16020	668578	
3.6.4.6	membrane	NSF requires a peripheral membrane protein to bind membranes	16020	687536	
3.6.4.6	multivesicular body	-	5771	689461	
3.6.4.6	peroxisomal membrane	-	5778	685048	
3.6.4.6	peroxisome	membrane, Pex1p possesses two distinct oligomeric forms, a homo-oligomer in the cytosol and a hetero-oligomer on peroxisome membranes, possibly playing distinct functions in peroxisome biogenesis	5777	669490	
3.6.4.6	peroxisome	Pex6p is predominantly localized on peroxisomes	5777	669490	
3.6.4.6	peroxisome	the Walker A1 motif of Pex1p is essential for Pex1p-pex6p interaction and Pex1p targeting to peroxisomes	5777	667439	
3.6.4.6	synapse	-	45202	688499	
3.6.4.6	synaptic vesicle	-	8021	656585	
3.6.4.6	synaptic vesicle	dNSF-1 is absoluteley required for synaptic transmission in the eye	8021	657180	
3.6.4.6	synaptosome	-	-	686724	
3.6.4.6	vesicle	intra-lumenal	31982	733702