. 2016 Jun 27;6:28172. doi: 10.1038/srep28172

Table 2. Stoichiometry of selected protein complexes from exponentially growing S. aureus cells were determined based on absolute protein quantification data obtained with the LC-IMS^E approach.

Protein complex	S. aureus	Reported stoichiometry	Reference^a
SufB:SufC:SufD	1:2:1	1:2:1^b	42
AtpA:AtpD:AtpG:AtpH:AtpC	6:5:1:1:1^c	3:3:1:1:1^d	57
RpoB:RpoA	1:2	1:2^b	58
PdhA:PdhB:PdhC	1:1:1	1:1:1	59

^aReference for known stoichiometry.

^bShown for E. coli.

^cThe calculated molecule numbers lead to a different stoichiometry of the F1 complex as published because free subunits that are not integrated into the F1 complex may influence these values.

^dShown for bovine mitochondria.

Table 2. Stoichiometry of selected protein complexes from exponentially growing S. aureus cells were determined based on absolute protein quantification data obtained with the LC-IMSE approach.

Table 2. Stoichiometry of selected protein complexes from exponentially growing S. aureus cells were determined based on absolute protein quantification data obtained with the LC-IMS^E approach.