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Willemijn M.J. van Rooij, H.J.G. van den Berg-Emons, Herwin L.D. Horemans, Malou H.J. Fanchamps, Fred A. de Laat and Johannes B.J. Bussmann

for two wearing positions (attached to the thigh and in a trouser pocket) because previous research ( Claridge et al., 2019 ; Horemans et al., 2019 ) reported better validity in general and CP population, respectively, when attached to the leg. Methods Participants We recruited patients with a lower

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Amber Watts, Mauricio Garnier-Villarreal and Paul Gardiner

( Rosenberger et al., 2013 ). Thigh or waist placement of postural monitors have higher rates of accuracy compared to wrist worn monitors ( Janssen & Cliff, 2015 ; Yang & Hsu, 2009 ). The activPAL ™ postural monitor, worn on the thigh, uses both postural angle and acceleration to measure sitting. It can

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Azahara Fort-Vanmeerhaeghe, Ariadna Benet, Sergi Mirada, Alicia M. Montalvo and Gregory D. Myer

marked at the athlete’s waist. One camera was aligned 3 m away in the sagittal plane and the other was aligned 3 m away in the frontal plane. To allow visible tracking of the knees, participants were required to wear shorts with a line at approximately mid-thigh. Previous research showed that the

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Thomas Cattagni, Vincent Gremeaux and Romuald Lepers

, height = 448 pixels, slice thickness = 5 mm, slice increment = 5 mm, and number of slices = 162. Data were transferred in DICOM format (.DCM file). For both legs, the triceps surae, tibialis anterior, quadriceps, and other thigh muscles (including knee flexor and adductor muscles, and sartorius) were

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Matt Greig

intermittent running protocols to simulate the demands of soccer match-play 6 have failed to replicate the velocity profile and frequency of speed change observed during match-play. Kicking is often cited in relation to the high incidence of muscle strains in the thigh. 7 , 8 Quadriceps muscle strains

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Julia Freedman Silvernail, Richard E.A. van Emmerik, Katherine Boyer, Michael A. Busa and Joseph Hamill

directionality of movement coordination. Table 1 Movement Coordination Categories Coordination pattern Coupling angle definitions Antiphase 112.5° ⩽  γ  < 157.5°, 292.5° ⩽  γ  < 337.5° Inphase 22.5° ⩽  γ  < 67.5°, 202.5° ⩽  γ  < 247.5° Exclusive thigh rotation 0° ⩽  γ  < 22.5°, 157.5° ⩽  γ  < 202.5°, 337.5° ⩽  γ

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M. Travis Byrd, Jonathan Robert Switalla, Joel E. Eastman, Brian J. Wallace, Jody L. Clasey and Haley C. Bergstrom

, 13 Thus, CP and AWC represent distinct parameters related to metabolic characteristics of the whole body and active muscle tissue, respectively. There is limited evidence on the contribution of specific body-composition characteristics (thigh cross-sectional area, whole-body fat percentage [%BF

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Paul Comfort, Thomas Dos’Santos, Paul A. Jones, John J. McMahon, Timothy J. Suchomel, Caleb Bazyler and Michael H. Stone

(PF) and isometric rate of force development (RFD) during single-joint knee extension 8 , 9 and the isometric mid-thigh pull (IMTP). 10 , 11 In addition, these associations are stronger when RFD is calculated over longer epochs (eg,  r  = .57 at 30 ms [from onset of force production] compared with

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Mary Emily Littrell, Young-Hui Chang and Brian P. Selgrade

.088 ( 0.10 ) 1.899 ( 0.10 )  75% 2.569 ( 0.12 ) 1.383 ( 0.23 ) 1.028 ( 0.14 ) NS 3.216 ( 0.24 ) 2.052 ( 0.12 ) Shank angle, deg  25% NS 0.830 (0.17) 0.490 (0.10) NS 1.934 ( 0.23 ) 0.875 (0.04)  50% NS NS 0.617 (0.09) NS 2.814 ( 0.21 ) NS  75% NS 0.982 (0.18) NS NS NS 1.479 ( 0.08 ) Thigh angle

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Samantha L. Winter, Sarah M. Forrest, Joanne Wallace and John H. Challis

accelerations, such as throwing or kicking. 1 , 2 Even during the swing-phase of gait, significant differences in resultant joint moments have been calculated as a result of using different methods of estimating the BSIPs of the thigh segment. 1 Geometric models are a cost-effective way of estimating subject