https://www.selleckchem.com/pr....oducts/ssr128129e.ht
001), while jerk cost of frontal plane knee motion (p=0.001) increased 31 % after walking 45 min. Body borne load produced large (between 20 % and 110 %), incremental increases in angular jerk for both sagittal and frontal plane knee motion; whereas, duration of walking led to a 31 % increase in jerkiness of frontal plane knee motion. Service members who often walking for long periods of time with heavy body borne loads may have greater risk of developing musculoskeletal injury and disease due to large increases in jerky knee motions

https://www.selleckchem.com/pr....oducts/methylene-blu
Finally, the analysis of gait variables highlighted a group effect for walking speed (P.05) and stride length (P.01). Premature children showed decreased walking performance and greater change in peripheral muscular oxygen extraction, associated with slower walking speed and stride length. This may point to a muscular maladjustment and reduced functional capacities for children born preterm. These phenomena could be responsible for greater muscular fatigue. Premature children showed decreased walking performanc