3.6.4.6	A505L	lethal mutation	654648	
3.6.4.6	D100A	mutant to study the Ca2+ sensitivity of the interaction between NSF and the glutamate receptor subunit 2 of AMPAR	688499	
3.6.4.6	D142A	mutant to study the Ca2+ sensitivity of the interaction between NSF and the glutamate receptor subunit 2 of AMPAR	688499	
3.6.4.6	E153A	mutant to study the Ca2+ sensitivity of the interaction between NSF and the glutamate receptor subunit 2 of AMPAR	688499	
3.6.4.6	E209K	site-directed mutagenesis	733702	
3.6.4.6	E219K	naturally occurring mutation, constitutes variations in surface-exposed locations	756637	
3.6.4.6	E219K	naturally occurring mutation, the E219K mutation leads to an almost complete loss of activity	756637	
3.6.4.6	E232Q	ATPase-deficient mutant	689461	
3.6.4.6	E233Q	a mutant protein with very low ATPase activity. In the presence of ADP recombinant mutant enzyme forms dimers. In contrast, the addition of ATP results in the formation of a large complex with at least ten subunits	724447	
3.6.4.6	E233Q	inactive	758466