. 2016 Oct 27;11(10):e0165419. doi: 10.1371/journal.pone.0165419

Table 2. Single exponential fit using model F(t) = C₁exp(-xk₁) + y₀ for each decay curve of EGF at 10°C, 15°C, 20°C and 30°C.

For the decay curve of EGF at 25°C, a double exponential fit using model F(t) = y₀+C₁*exp(-k₁*x)+C₂*exp(-k₂*x) was selected (see Fig 2A). Fit parameters are displayed in this table. Adj. R² stands for Adjusted R- Square.

Decay	Parameters					Statistic
	y₀	C₁	C₂	k₁	k₂	Adj. R²
10°C	7.1E+4±1.5E+2	1.0E+6±1.4E+2	-	1.1E+3±4.7	-	0.999
15°C	7.2E+4±1.5E+2	9.8E+4±1.4E+2	-	1.1E+3±6.2	-	0.999
20°C	7.7E+4±2.0E+2	1.2E+5±2.4E+2	-	2.2E+3±1.3E+1	-	0.999
25°C	5.6E+4±3.9E+2	4.3E+4±5.9E+2	7.1E+4±3.1E+2	2.8E+2±4.1	1.7E+3±3.0E+1	0.999
30°C	6.3E+4±1.7E+2	9.0E+4±2.8E+2	-	7.5E+2±5.9	-	0.997

Table 2. Single exponential fit using model F(t) = C1*exp(-x*k1) + y0 for each decay curve of EGF at 10°C, 15°C, 20°C and 30°C.

Table 2. Single exponential fit using model F(t) = C₁exp(-xk₁) + y₀ for each decay curve of EGF at 10°C, 15°C, 20°C and 30°C.