. 2021 Jul 8;1(1):47–58. doi: 10.1021/acspolymersau.1c00010

Table 1. Summary of Nanoparticle D_h, PD, T_CP, and T_CFT Data Following Betainization of PDEAEMA-Based P1 Nanoparticles Using 10, 30, 50, and 100 mol % of 2-BES (P1-2-BES), 3-BPS (P1-3-BPS), 4-BBS (P1-4-BBS), or 3-CPS (P1-3-CPS).

Sample	% Betainization	D_h (nm)	PD	T_CP (°C)	T_CFT (°C)
P1		137	0.04	20.5	29.2
P1-2-BES-10	10	135	0.04	21.6	42.1
P1-2-BES-30	30	137	0.06	23.6	53.5
P1-2-BES-50	50	126	0.07	25.6	58.7
P1-2-BES-100	100	128	0.04
P1-3-BPS-10	10	115	0.06	21.6	33.6
P1-3-BPS-30	30	127	0.06	23.6	43.9
P1-3-BPS-50	50	133	0.04	25.6	56.6
P1-3-BPS-100	100	159	0.03
P1-4-BBS-10	10	132	0.03	19.9	39.3
P1-4-BBS-30	30	121	0.04	21.9	56.3
P1-4-BBS-50	50	119	0.07	25.6	79.3
P1-4-BBS-100	100	156	0.05
P1-3-CPS-10	10	128	0.06	29.3	47.0
P1-3-CPS-30	30	125	0.04	35.0	53.3
P1-3-CPS-50	50	125	0.04	41.2	60.4
P1-3-CPS-100	100	149	0.07

Table 1. Summary of Nanoparticle Dh, PD, TCP, and TCFT Data Following Betainization of PDEAEMA-Based P1 Nanoparticles Using 10, 30, 50, and 100 mol % of 2-BES (P1-2-BES), 3-BPS (P1-3-BPS), 4-BBS (P1-4-BBS), or 3-CPS (P1-3-CPS).