1.6.1.2	?	domain I contains the binding site for NAD+ and NADH, domain III for NADP+ and NADPH	392661	
1.6.1.2	?	domain I exists as a seperate polypeptide that can be removed from everted membrane vesicle i.e. chromatophores	392661	
1.6.1.2	?	x * 54000, immunoblot with antibodies against beef heart enzyme	392657	
1.6.1.2	?	x * 56000, alpha-subunit, SDS-PAGE	743367	
1.6.1.2	?	x * 6784, soluble component, amino acid analysis	392649	
1.6.1.2	dimer	-	392594, 392597, 392625, 392668	
1.6.1.2	dimer	2 * (40000 + 28000), SDS-PAGE, domains dIII and dI form active dimers	659181	
1.6.1.2	dimer	2 * 109065, monomer is composed of three domains: a 430 residue long N-terminal hydrophilic domain called dI, a 400 residue long central hydrophobic domain that intercalates into the membrane called dII, and a 200 residue long C-terminal hydrophilic domain called dIII	392656	
1.6.1.2	dimer	2 * 109212, calculated from cDNA sequence	392603	
1.6.1.2	dimer	2 * 110000, SDS-PAGE	392603, 392605	
1.6.1.2	dimer	2 * 111500, SDS-PAGE	392609	
1.6.1.2	dimer	2 * 115000, SDS-PAGE	392604	
1.6.1.2	dimer	2 * 120000, SDS-PAGE	392640, 392642	
1.6.1.2	dimer	2 * 66000, SDS-PAGE	392673	
1.6.1.2	dimer	monomer is split into PntA and PntB chain, enzyme displays an overall dimeric structure	657928	
1.6.1.2	dimer	monomer is split into PntAA, PntAB, and PntB chain, enzyme displays an overall dimeric structure, dI dimers are formed in solutions of isolated dI domains	657928	
1.6.1.2	dimer	signal peptide MW 4816, sequence of mRNA	392601	
1.6.1.2	dimer	two monomers with dI, dII, and dIII domain structure	659243	
1.6.1.2	dimer	x * 97000, SDS-PAGE	392642	
1.6.1.2	homodimer	-	742631	
1.6.1.2	monomer	solution of isolated dIII domains	657928	
1.6.1.2	tetramer	-	392668	
1.6.1.2	tetramer	alpha2,beta2, 2 * 50000 + 2 * 47000	392594	
1.6.1.2	tetramer	alpha2,beta2, 2 * 53906 + 2 * 48667, calculation from nucleotide sequence	392610	
1.6.1.2	trimer	trimers of dI2dIII1 are formes in mixed solutions containing dI and dIII domains	657928