Table 1. Sample properties and parameters from fits of import kinetics.

Here we list all capsid sample properties (estimated #NLSs and #dyes per capsids), as well as all parameters extracted from fitting the import traces with an inverse exponential $I\left(t\right)=A+I_{MAX}\left(1-e^{-\tau *t}\right)$. The initial flux is calculated as ${J=I}_{MAX}*\tau$. When different biological replicates were measured for the same sample, the values indicate the average.

	sample	#dyes	#NLSs	A	IMAX	τ	J	ΔG
MS2S37P	1	23	0	0.24	0.39	0.022	0.01	6.34
	2	15	14	0.65	0.94	0.054	0.05	4.54
	3	30	19	1.12	12.44	0.041	0.49	2.01
	4	34	23	0.64	16.63	0.053	0.88	1.25
	5	25	29	0.33	28.91	0.022	0.64	1.51
	6	38	38	1.45	43.59	0.037	1.60	−0.02
	7	10	54	2.33	49.76	0.029	1.37	0.32
I53-47	8	24	0	0.18	1.58	0.018	0.03	5.27
	9	30	15	0.80	3.71	0.085	0.32	3.19
	10	31	18	3.81	3.89	0.056	0.22	3.29
	11	36	22	2.34	2.95	0.080	0.23	3.36
	12	16	22	2.01	5.35	0.060	0.32	3.04
	13	31	25	1.83	2.91	0.094	0.27	3.15
	14	6	30	2.27	7.22	0.063	0.45	2.41
	15	3	35	1.18	16.82	0.048	0.81	1.49
	16	8	37	1.21	6.67	0.053	0.35	2.28
	17	3	37	2.16	13.80	0.059	0.81	1.52
	18	10	41	1.13	13.92	0.057	0.79	1.54
	19	8	44	0.31	11.78	0.038	0.45	2.00
MS2	20	50	0	0.07	0.18	0.038	0.01	6.88
	21	38	42	0.47	0.52	0.106	0.05	4.94
	22	58	54	0.19	1.07	0.241	0.26	2.95
	23	44	57	0.07	1.83	0.074	0.13	3.49
	24	52	77	0.47	1.31	0.072	0.09	3.96
	25	61	86	0.55	2.67	0.042	0.11	3.72
	26	57	93	0.38	2.04	0.051	0.10	3.88
	27	54	98	0.27	3.82	0.033	0.12	3.49