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Brief Report

The tempo and timing of puberty: associations with early adolescent weight gain and body composition over three years

ORCID Icon, , , , , , , & show all
Pages 16-27 | Received 14 Feb 2022, Accepted 08 Oct 2022, Published online: 21 Oct 2022

Figures & data

Table 1. Baseline characteristics of ARCHER participants who were included versus excluded from the pubertal timing and tempo analysis.

Figure 1. Bivariate correlations between pubertal timing and pubertal tempo parameters derived from non-linear modelling of height and Tanner stage change. (a) Timing and tempo of height change as represented by the age at peak height velocity and absolute peak height velocity, respectively. (b) Timing and tempo of Tanner stage change as represented by age and slope at breast/genital stage 3, respectively. APHV, age at peak height velocity; B3, Tanner breast stage 3; G3, Tanner genital stage 3; PHV, peak height velocity; rs, Spearman’s rho.

Figure 1. Bivariate correlations between pubertal timing and pubertal tempo parameters derived from non-linear modelling of height and Tanner stage change. (a) Timing and tempo of height change as represented by the age at peak height velocity and absolute peak height velocity, respectively. (b) Timing and tempo of Tanner stage change as represented by age and slope at breast/genital stage 3, respectively. APHV, age at peak height velocity; B3, Tanner breast stage 3; G3, Tanner genital stage 3; PHV, peak height velocity; rs, Spearman’s rho.

Table 2. Mixed-effects models assessing anthropometric and body composition change in relation to the timing and tempo of the height growth spurt.

Table 3. Mixed-effects models assessing anthropometric and body composition change in relation to the timing and tempo of Tanner stage change.