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Participants ran at 4.0 m/s ± 5%, striking a piezoelectric force platform (Kistler, Kistler Instruments Ltd) with their right (dominant) foot. Running velocity was monitored using infrared timing gates (Newtest, Oy Finland). The stance phase was delineated as the duration over which >20 N vertical force was applied to the force platform. Runners completed five successful trials in each footwear condition in a counterbalanced manner. Kinematic data was captured at 250 Hz via an eight camera motion capture system (Qualisys Medical AB, Goteburg, Sweden).
Comparison of the KAM across the stance phase, in barefoot vs. running trainer (a.), barefoot vs. Footwear B (b.), barefoot vs. Footwear C (c.) barefoot vs. Footwear A (d.). Positive values indicate that the barefoot KAM values exceed those in the other footwear conditions; SPM (t) denotes the t value and critical thresholds for statistical significance are denoted via the horizontal dotted lines.
Comparison of the KAM across the stance phase, in running trainers vs. Footwear C (a.), running trainers vs. Footwear A (b.) and Footwear C vs. Footwear A (c.). Positive values indicate that the running trainer / Footwear C KAM values exceed those in the other footwear conditions; SPM (t) denotes the t value and critical thresholds for statistical significance are denoted via the horizontal dotted lines.
Comparison of the KAM across the stance phase, in Footwear B vs. running trainers (a.), Footwear B vs. Footwear C (b.) and Footwear B vs. Footwear A (c.). Positive values indicate that the Footwear B KAM values exceed those in the other footwear conditions; SPM (t) denotes the t value and critical thresholds for statistical significance are denoted via the horizontal dotted lines.
The analysis of the overall data set using SPM revealed significant differences between conditions and thus post-hoc investigation between individual footwear was required (Figure 3). This revealed that the KAM was significantly larger (p < 0.001) during barefoot running in comparison to Footwear B, in the period from 75-85% of the stance phase (Figure 4b) In addition, it was also shown that the KAM was significantly larger (p < 0.001) in Footwear C in relation to the running trainer in the period from 20-25% of the stance phase (Figure 5a) Finally, the Footwear B was associated with a significantly larger KAM compared to the running trainer (p = 0.031 & p = 0.045) from 15-20 and 25-30% of the stance phase (Figure 6a) and also Footwear C (p = 0.042) from 15-20% of the stance phase (Figure 6b)
This is an interesting observation that was likely caused by the peaks early in the KAM waveform, which were present in Footwear B (Figure 2). It is proposed that this is a reflection of the increased rate at which the ground reaction forces were experienced in Footwear B as Sinclair et al. (2013) showed that this footwear condition was associated with the highest rates of loading even compared to running barefoot. Given the proposed association between the magnitude of the KAM and chronic tibiofemoral pathologies (Birmingham et al., 2007), this indicates that Footwear B may place runners at increased risk during the early stance phase in relation to Footwear C and the running trainer condition.
In conclusion, although the effects of barefoot and minimalist footwear have received extensive attention, current knowledge regarding differences in medial tibiofemoral loading when running these different kinds of footwear is lacking. Therefore, the current investigation contributes to the biomechanical literature base by exploring the KAM across the entire stance phase when running barefoot and in different minimalist footwear. The findings from this study using SPM importantly showed that Footwear B exhibited a significantly increased KAM during the early stance phase, in relation to Footwear C and running trainers. Furthermore, the KAM loading rate was found to be significantly larger when running barefoot and in minimalist footwear with the least midsole interface. This therefore indicates that these footwear conditions may place runners at increased risk of medial compartment knee OA, although further exploration using habitual barefoot / minimalist footwear users is required before a broader assertion regarding injury predisposition at the tibiofemoral joint can be drawn.
Two observers used a Heading Checklist to verify the experimentalmanipulation. It consisted of ten features of proper heading technique (eyesare kept open and on the ball, ball contacts the forehead, knees are bent,mouth is closed, neck is rigid, arms are extended for balance, trunk isextended, attacks the ball, back is arched, and feet are staggered/firmstance), along with a box beside each feature for the observers to check off.During the twenty executions of the head-ball task (see below), the observerschecked off all features that applied based on each participant'sobserved heading technique. Checkmarks were then tallied and a raw score fromzero to ten was calculated for each participant. Because each observerevaluated different participants, it was not possible to obtain estimates ofinter-rater reliability. However, the same two observers were used throughoutthe study and they were blind as to which condition the participants were in. 2b1af7f3a8