Table 2:

Sensitivity testing on boundary slip length (δ).^†

p-value†† (δ = 15 nm)	Model 1 J-NOE-PTS-ExP	Model 2 E-NOE-PTC-ExP	Model 3 E-OE-PTS-ExP	Model 4 E-OE-PTN-ExP	Model 5 E-OE-PTPV-ExP
μcyto = 0.001 Pa-sec	E: 7.5E-10*	E: 0.049*	E: 4.4E-4*	E: 0.415	E: 0.487
	P: 1.6E-9*	P: 0.019*	P: 0.026*	P: 0.471	P: 0.176
	Ẇ: 1.7E-9*	Ẇ: 0.062	Ẇ: 0.158	Ẇ: 0.687	Ẇ: 0.652
μcyto = 0.05 Pa-sec	E: 1.5E-8*	E: 0.283	E: 0.039*	E: 0.140	E: 0.180
	P: 4.1E-5*	P: 0.320	P: 0.072	P: 0.345	P: 0.406
	Ẇ: 1.4E-7*	Ẇ: 0.372	Ẇ: 0.107	Ẇ: 0.571	Ẇ: 0.695
μcyto = 0.8 Pa-sec	E: 7.6E-3*	E: 0.275	E: 0.028*	E: 0.140	E: 0.160
	P: 0.776	P: 0.320	P: 0.067	P: 0.346	P: 0.407
	Ẇ: 0.109	Ẇ: 0.375	Ẇ: 0.094	Ẇ: 0.571	Ẇ: 0.665
μcyto = 10 Pa-sec	E: 0.089	E: 0.275	E: 0.025*	E: 0.134	E: 0.160
	P: 0.771	P: 0.320	P: 0.068	P: 0.346	P: 0.407
	Ẇ: 0.204	Ẇ: 0.375	Ẇ: 0.094	Ẇ: 0.576	Ẇ: 0.665
p-value (δ = 60 nm)	Model 1 J-NOE-PTS-ExP	Model 2 E-NOE-PTC-ExP	Model 3 E-OE-PTS-ExP	Model 4 E-OE-PTN-ExP	Model 5 E-OE-PTPV-ExP
μcyto = 0.001 Pa-sec	E: 7.5E-10*	E: 4.9E-8*	E: 1.8E-8*	E: 4.3E-7*	E: 5.4E-7*
	P: 8.8E-10*	P: 2.0E-5*	P: 8.7E-6*	P: 6.3E-4*	P: 1.4E-3*
	Ẇ: 1.6E-9*	Ẇ: 8.3E-7*	Ẇ: 8.6E-7*	Ẇ: 1.1E-5*	Ẇ: 1.4E-5*
μcyto = 0.05 Pa-sec	E: 1.4E-9*	E: 0.467	E: 0.156	E: 0.216	E: 0.236
	P: 1.1E-7*	P: 0.323	P: 0.096	P: 0.294	P: 0.401
	Ẇ: 3.8E-9*	Ẇ: 0.474	Ẇ: 0.291	Ẇ: 0.540	Ẇ: 0.643
μcyto = 0.8 Pa-sec	E: 9.6E-8*	E: 0.219	E: 0.026*	E: 0.139	E: 0.135
	P: 0.201	P: 0.326	P: 0.064	P: 0.264	P: 0.396
	Ẇ: 3.7E-6*	Ẇ: 0.415	Ẇ: 0.130	Ẇ: 0.398	Ẇ: 0.535
μcyto = 10 Pa-sec	E: 0.134	E: 0.206	E: 0.019*	E: 0.136	E: 0.132
	P: 0.695	P: 0.326	P: 0.062	P: 0.264	P: 0.396
	Ẇ: 0.399	Ẇ: 0.427	Ẇ: 0.126	Ẇ: 0.391	Ẇ: 0.540

^†:A slip length = 0 nm corresponds to a no-slip boundary condition, and the results are shown in Table 1.

^††:We used Kruskal-Wallis test for all the statistical testings.