Figures & data
Fig. 2 Changes in circulating concentrations of a) cortisol and b) creatine kinase over the course of the fall and spring rugby seasons. # = Different (p < 0.10) from PREFALL
![](/cms/asset/f7aeb039-3904-46d0-b31f-6b7bc6469487/rssn_a_12130168_f0002_oc.png)
Table 1 Changes in body composition and muscle morphology over the course of the fall and spring rugby seasons
Table 2 Changes in maximal and rapid torque production of the knee extensors and flexors over the course of the fall and spring rugby seasons
Fig. 3 Changes in kinetics during a low-resistance sprint over the course of the fall and spring rugby seasons. * = Significantly (p < 0.05) different from PREFALL; ‡ = Significantly (p < 0.05) different from POSTFALL
![](/cms/asset/76875abf-f9b9-4a0d-9a77-cfccb706a7cf/rssn_a_12130168_f0003_oc.png)
Fig. 4 Changes in kinetics during a high-resistance sprint over the course of the fall and spring rugby seasons
![](/cms/asset/280e9050-0ee1-441f-91ba-3780bdabb5b4/rssn_a_12130168_f0004_oc.png)
Table 3 Rate of change in kinetics during acceleration phase of 40-m sprint against low- and high-resistance over the course of the fall and spring rugby seasons
Availability of data and materials
The datasets used and/or analyzed during the current study are available from the corresponding author on reasonable request.