1.14.19.2	?	x * 33910, sequence calculation	744992	
1.14.19.2	?	x * 3794 0, sequence calculation	744992	
1.14.19.2	?	x * 39000, recombinant enzyme, SDS-PAGE, predicted from nucleotide sequence	438435	
1.14.19.2	?	x * 41860, sequence calculation	744992	
1.14.19.2	?	x * 44080, sequence calculation	744992	
1.14.19.2	?	x * 44760, sequence calculation	744992	
1.14.19.2	?	x * 44830, sequence calculation	744992	
1.14.19.2	?	x * 45000, about, sequence calculation	746099	
1.14.19.2	?	x * 45000, isoform 1, SDS-PAGE	438444	
1.14.19.2	?	x * 45000, SDS-PAGE, recombinant enzyme with His-tag	659565	
1.14.19.2	?	x * 45040, sequence calculation	745026	
1.14.19.2	?	x * 45310, sequence calculation	744992	
1.14.19.2	?	x * 45390, sequence calculation	744992	
1.14.19.2	?	x * 45510, sequence calculation	746135	
1.14.19.2	?	x * 46000, SDS-PAGE	735242	
1.14.19.2	?	x * 47040, calculated from amino acid sequence	-, 728537	
1.14.19.2	?	x * 49000, isoform 2, SDS-PAGE	438444	
1.14.19.2	dimer	2 * 36000, SDS-PAGE	438429	
1.14.19.2	dimer	alpha2, 2 * 37000, recombinant enzyme lacking a putative transit peptide, SDS-PAGE	438434	
1.14.19.2	dimer	DesA2 isoform, gel filtration	-, 677002	
1.14.19.2	additional information	cacao SADs consist of 11 highly conserved alpha-helices. SAD isozymes share conserved overall protein structures in Theobroma cacao	744992	
1.14.19.2	additional information	three dimensional structure molecular homology modeling and structure comparison, overview	745026