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Table 3: Equation for estimating reference values for the different parameters^{^a}
Equations
H-V girls μ = 443 574.11 − 97 540.24 − 231 497.89X³
σ = 104 925.72 − 37 776.52X
H-V boys μ = 707 969.47 − 45 502.94 log X − 538 257.55X³
σ = 200 387.18 − 82 416.42X
APD-V girls μ = 585.75 − 336.12X³
σ = 121.27
APD-V boys μ = 1 083.91 − 689.41X³
σ = 226.61
APD-P girls μ = 38.13 − 2 log X − 10.21X³
σ = 4.09
APD-P boys μ = 83.63 − 6.40 log X − 31.23X³
σ = 12.09 − 4.71X
APD-MP μ = 5.98 + 0.053X^−0.05 − 1.31X
σ = 0.48
↵a With , where T denotes the age, T₁ and T_n denote minimum and maximum ages, respectively, and ρ is a preselected constant for which a suitable value is .01. All measurements needed prior Box-Cox transformation. The values of APD-MP were similar in both sexes.

	Equations
H-V girls	μ = 443 574.11 − 97 540.24 $\text{[math]}$ − 231 497.89X³
	σ = 104 925.72 − 37 776.52X
H-V boys	μ = 707 969.47 − 45 502.94 log X − 538 257.55X³
	σ = 200 387.18 − 82 416.42X
APD-V girls	μ = 585.75 − 336.12X³
	σ = 121.27
APD-V boys	μ = 1 083.91 − 689.41X³
	σ = 226.61
APD-P girls	μ = 38.13 − 2 log X − 10.21X³
	σ = 4.09
APD-P boys	μ = 83.63 − 6.40 log X − 31.23X³
	σ = 12.09 − 4.71X
APD-MP	μ = 5.98 + 0.053X^−0.05 − 1.31X
	σ = 0.48