. Author manuscript; available in PMC: 2018 Feb 1.

Published in final edited form as: Ann Biomed Eng. 2016 Apr 22;45(2):360–377. doi: 10.1007/s10439-016-1619-1

TABLE 1. Damage to mechanics ratio.

The decrease in cell viability corresponding to a jump in photoinitiator radicals induced by increasing the light intensity was divided by the increase in mechanical properties to give a damage to mechanical gain ratio.

Light Intensity [mW/cm²]	Photo-initiator [w/v%]	Modulus [kPa]	Cell Type	Oxidative Stress Ratio	Viability [%]	Damage/ Mechanic Ratio [%]/[kPa]
*2 to 136*	*VA086 1.0*	19.3±2.8 to 45.6±5.2	HAVIC	5.90 to 7.21	23.4±3.4 to 7.43±1.2 NSD	16/26= 0.62*
			HASSMC	5.25 to 12.97	74.4±2.9 to 45.1±4.6	29/26= 1.1*
			HADMSC	3.06 to 4.98	83.5±4.8 to 76.5±6.1 NSD	7/26= 0.27
	*Irgacure 2959 0.1*	40.9±4.1 to 120.7±10.2	HAVIC	5.79 to 6.40	49.2±2.4 to 41.3±3.0 NSD	8/80= 0.10
			HASSMC	6.49 to 8.37	62.0±1.8 to 44.8±5.7 NSD	18/80= 0.23
			HADMSC	2.17 to 2.17	92.7±1.7 to 85.2±1.4 NSD	8/80= 0.10