PMC6786294_01
Time from Injury and TSH Level. Scatter-plot represents the correlation between years from injury and TSH levels. Filled circles represent pre-menopausal women and diamonds represent post-menopausal women
41394_2019_203_Fig1_HTML.jpg
PMC6786294_01_41394_2019_203_Fig1_HTML.jpg
Fig1
T was observed in four participants (one post-menopausal and post-hysterectomy; three pre-menopausal without hysterectomy/oophorectomy). Time from injury was significantly associated with TSH (r = .536, p = .015; Fig. 1), such that greater time from injury was associated with elevated TSH levels. Total T was not significantly associated with time from injury (r = -.180, p = .447).
Time from Injury and CES-D Total Score. Scatter-plot represents the correlation between years from injury and CES-D total score. Filled circles represent pre-menopausal women and diamonds represent post-menopausal women
41394_2019_203_Fig2_HTML.jpg
PMC6786294_01_41394_2019_203_Fig2_HTML.jpg
Fig2
A significant association was found with time from injury and CES-D total score (r = -.547, p = .013), such that lower CES-D total scores were associated with greater time from injury (Fig. 2).
Total T and CES-D Total Score. Scatter-plot represents the correlation between total testosterone (Total T) and Center for Epidemiological Studies Depression Scale (CES-D) total score. Raw scores, not residuals, are plotted. Filled circles represent pre-menopausal women and diamonds represent post-menopausal women
41394_2019_203_Fig3_HTML.jpg
PMC6786294_01_41394_2019_203_Fig3_HTML.jpg
Fig3
Partial correlations revealed that higher CES-D total scores were significantly associated with lower Total T levels (rho = -.536, p = .018; Fig. 3); no significant associations were observed with TSH level (rho = .284, p = .239).