Table 7.

Statistics for Figure 10

10F	Dead and live cells (log10)	Treatment × life × time	Three-way ANOVA	Ftreat × life × time(4,18) = 0.595	p = 0.671
				Ftreat × life(4,18) = 4.656	p < 0.009
				Ftreat × time(2,18) = 0.265	p = 0.770
				Flife × time(2,18) = 1.481	p = 0.254
				Ftreat(2,18) = 0.544	p = 0.590
				Flife(2,18) = 50.494	p < 0.001
				Ftime(1,18) = 0.695	p = 0.415
	Live	MicroC vs MicroPh vs DMEM	One-way ANOVA	5 d (log10) F(2,6) = 8.774	p = 0.017
				9 d F(2,6) = 14.103	p = 0.005
	Dead		One-way ANOVA	5 d F(2,6) = 1.476	p = 0.301
				9 d F(2,6) = 8.563	p = 0.017
10G	Bipolar	MicroC vs MicroPh vs DMEM	Kruskal Wallis	5 d H(2) = 7.624	p = 0.071
				9 d H(2) = 7.624	p = 0.071
	Stellate		Kruskal Wallis	5 d H(2) = 5.956	p = 0.025
	One-way ANOVA			9 d F(2,6) = 15.331	p = 0.004
	Early ramified		One-way ANOVA	5 d F(2,6) = 1.469	p = 0.303
	Kruskal Wallis			9 d H(2) = 2.000	p = 0.829
				5 d F(2,6) = 7.249	p = 0.025
	Late ramified		One-way ANOVA	9 d F(2,6) = 1.880	p = 0.232