Table 2.

Summary of combinational analysis of integrins in Ca²⁺ solution.

Name	$\mathit{S}{\mathit{c}}_{\mathbf{2}}^{\mathit{multi}}$	ΔSc 2(%)a	Number of peaksb	${\mathit{n}}_{\mathit{c}}^{\mathbf{99}}$
Ca-001	0.894	6.4	42 (9)	4
Ca-002	0.912	5.0	50 (7)	2
Ca-003	0.931	0.6	8 (8)	1
Ca-004	0.937	4.0	116 (6)	4
Ca-005	0.932	5.8	45 (6)	3
Ca-006	0.947	1.5	15 (10)	2
Ca-007	0.912	4.8	59 (6)	3
Ca-008	0.910	2.6	5 (4)	2
Ca-009	0.930	4.3	45 (4)	3
Ca-010	0.944	1.4	15 (10)	2
Ca-011	0.925	2.5	13 (12)	3
Ca-012	0.917	4.0	46 (6)	3
Ca-013	0.864	3.5	77 (5)	3
Ca-014	0.912	0.4	4 (3)	1
Ca-015	0.934	1.1	19 (14)	2
Ca-016	0.933	3.3	18 (10)	3
Ca-017	0.916	4.4	47 (4)	4
Ca-018	0.883	2.8	7 (7)	3
Ca-019	0.913	1.6	15 (13)	2
Ca-020	0.921	1.0	10 (8)	2

^a $(S{c}_2^{multi}-S{c}_2^{\max })/S{c}_2^{\max }\times 100$, where $S{c}_2^{\max }$ is listed in Table 1. Values larger than 4 are written in bold. ^bThe number of peaks whose coefficients (c _p) were larger than 0.01 is given in parentheses.