WorldCat Identities

Johnson, Samuel Thomas

Overview
Works: 5 works in 12 publications in 2 languages and 613 library holdings
Genres: Juvenile works  Children's films  Television series  Animated television programs  Children's television programs  Action and adventure television programs  Television comedies  Academic theses  Animated films  Drama 
Roles: Author, Conceptor
Classifications: PN1997.2, 791.4372
Publication Timeline
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Most widely held works by Samuel Thomas Johnson
Lego nexo knights( Visual )

2 editions published in 2017 in English and held by 531 WorldCat member libraries worldwide

Jestro, the Book and their monsters are still on the loose, causing havoc all over the kingdom. No place is safe. In their relentless search for the lost magical Books, they are growing ever powerful and it will only be a matter of time before they can conquer the entire kingdom. The NEXO Knights are now an efficient monster-fighting unit, but even so, they have to upgrade their equipment and NEXO powers to keep up with the ever-growing threat
A comparison of ground reaction forces during running and form skipping by Samuel Thomas Johnson( )

7 editions published in 2000 in English and held by 78 WorldCat member libraries worldwide

Following lower extremity injury an athlete may be able to walk within days, however they may not be capable of running for weeks or even months. During this time, the athletic trainer provides the athlete with progressions to running. One activity that has been used successfully in this progression is the form skip. It remains unknown why the athlete is capable of successfully performing the form skip before they can run
Nexo Knights( Visual )

1 edition published in 2017 in English and held by 2 WorldCat member libraries worldwide

Jestro and the Cloud of Chaos/Monstrox move across the land bringing stone to life and forcing the Nexo Knights to fight them over possession of the Forbidden Powers which have the ability, when combined, to destroy all of Knighton
Spinal control differences between the sexes by Samuel Thomas Johnson( Book )

1 edition published in 2008 in English and held by 1 WorldCat member library worldwide

Despite years of research, females continue to have a higher incidence of non-contact ACL injuries. One of the major findings of this research is that males and females perform certain tasks, such as, cutting, landing, and single-leg squatting, differently. In particular, females tend to move the knee into a more valgus position; a motion putting the ACL at risk for injury. Yet the underlying spinal control mechanisms modulating this motion are unknown. Additionally, the mechanisms regulating the ability to rapidly initiate and produce maximal torque are also unknown. Therefore, the purpose was to: 1) determine if the sexes modulate spinal control differently, 2) examine the contributions of spinal control mechanisms to valgus knee motion, and 3) identify contributions of spinal control to the ability to rapidly produce force. The spinal control variables were the first derivative of the Hoffmann (H)-reflex, the first derivative of extrinsic pre-synaptic inhibition (EPI), the first derivative of intrinsic pre-synaptic inhibition (IPI), recurrent inhibition (RI), and V-waves. To assess the neuromuscular system's ability to rapidly activate, rate of torque development (RTD) and electromechanical delay (EMD) were measured. Lastly, valgus motion was determined by the frontal plane projection angle (FPPA). The results reveal males and females do modulate spinal control differently; specifically males had an increased RTD, which is the slope of the torque-time curve, and increased RI, which is a post-synaptic regulator of torque output. However, the spinal control mechanisms did not significantly contribute to FPPA at the knee. EMD which is the time lag from muscle activity to torque production was significantly predicted by the spinal control mechanisms. Specifically, EPI, a modulator of afferent inflow from peripheral and descending sources, IPI, a regulator of Ia afferent inflow, and sex significantly contributed to EMD. Lastly, the spinal control mechanisms significantly contributed to RTD. Specifically, IPI, sex, and V-waves, a measure of supraspinal drive, all significantly contributed to RTD
Lego Nexo Knights( Visual )

1 edition published in 2016 in Spanish and held by 1 WorldCat member library worldwide

El moderno Reino de Knighton se encuentra en apuros y los Nexo Knights van al rescate
 
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