essential characteristics of performance, as well as providing a framework on which future practice sessions can be based. 10 Gross measures of success and failure have provided indicators of climbing performance in a small number of studies, but these measures provide no insight as to movement performance
Nicola Taylor, David Giles, Micha Panáčková, James Mitchell, Joel Chidley, and Nick Draper
Mariam A. Ameer and Qassim I. Muaidi
s) and low frequency of 3 times per day. 1 A view by Kay and Blazevich 2 revealed that there is a lack of studies detailing the effect of short-duration static stretch ≤45 seconds, which may affect movement performance and risk of injury. Furthermore, a study 3 has proved that stretching before
Chantelle Zimmer, Kerri L. Staples, and William James Harvey
The performance of various fundamental movement skills is important for children with movement difficulties (MD) to be successful in physical education and play. The current study aimed to provide a detailed understanding of the aspects impaired in the performance of static and dynamic locomotor and object control skills among children with MD, identified with the Movement Assessment Battery for Children, relative to their same-aged peers without MD. Children, 7–10 years, were recruited from three elementary schools. Eighteen children with MD (mean age = 9.14 years, SD = 0.97) and 18 without MD (mean age = 9.12 years, SD = 0.97) participated in the study. Quantitative and qualitative aspects of their movement performance were assessed using the Test of Gross Motor Development (TGMD-2) and PE Metrics. Children with MD demonstrated significantly poorer performance than children without MD for locomotor skills on the PE Metrics and object control skills on both the TGMD-2 and PE Metrics. The findings of this study suggest that children with MD primarily demonstrate immature movement patterns, inefficient movement strategies, and impaired aspects of movement that impact their performance for dynamic object control skills.
Daniel P. Ferris and Bryan R. Schlink
Robotic exoskeletons and bionic prostheses have moved from science fiction to science reality in the last decade. These robotic devices for assisting human movement are now technically feasible given recent advancements in robotic actuators, sensors, and computer processors. However, despite the ability to build robotic hardware that is wearable by humans, we still do not have optimal controllers to allow humans to move with coordination and grace in synergy with the robotic devices. We consider the history of robotic exoskeletons and bionic limb prostheses to provide a better assessment of the roadblocks that have been overcome and to gauge the roadblocks that still remain. There is a strong need for kinesiologists to work with engineers to better assess the performance of robotic movement assistance devices. In addition, the identification of new performance metrics that can objectively assess multiple dimensions of human performance with robotic exoskeletons and bionic prostheses would aid in moving the field forward. We discuss potential control approaches for these robotic devices, with a preference for incorporating feedforward neural signals from human users to provide a wider repertoire of discrete and adaptive rhythmic movements.
Elizabeth L. Stegemöller, Joshua R. Tatz, Alison Warnecke, Paul Hibbing, Brandon Bates, and Andrew Zaman
Moving in synchrony with a musical beat has been posited as a natural human behavior ( Zatorre, Chen, & Penhune, 2007 ). Recent studies indicate that music can modulate activity in regions of the brain involved in audition and movement, which may lead to improved movement performance and
Constantine P. Nicolozakes, Daniel K. Schneider, Benjamin D. Roewer, James R. Borchers, and Timothy E. Hewett
if any pain was present during clearing tests. The scores of each FMS™ test as well as a composite score out of a possible 21 were recorded for each subject. A composite score of ≤14 was operationally defined as a cutoff score to determine poor movement performance. 8 A secondary aim was developed
William J. Harvey and Greg Reid
The purpose of this study was to present a comprehensive review of research on the movement performance and physical fitness of children with attention-deficit/hyperactivity disorder (ADHD) and offer research recommendations. Movement behaviors of children with ADHD were described on the basis of 49 empirical studies published between 1949 and 2002. Major results indicated that (a) children with ADHD are at risk for movement skill difficulties, (b) children with ADHD are at risk for poor levels of physical fitness, (c) comorbidity may exist between ADHD and developmental coordination disorder (DCD), and (d) few interventions have focused on movement performance and physical fitness of children with ADHD. Numerous reference citations for seminal review articles on ADHD are provided so that potential researchers or program planners might enter the vast ADHD literature with some ease.
Wolf E. Mehling
A purported key mechanism of action in most mind–body movement approaches is the maturation and development of bodily awareness. This is an experiential learning process with its own phenomenology, underlying neurological processes, and challenges for scientific study. This report focuses on the assessment of changes in bodily awareness, which is of key importance for the documentation of this learning process for both research and clinical application. Objective assessments requiring lab equipment are briefly reviewed. Qualitative assessments can be performed by interviews, focus groups, and second-person observation of movement performance. In addition, systematically developed self-report questionnaires have become available in recent years, have undergone extensive validation, and are presented here.
Ilaria Masci, Giuseppe Vannozzi, Nancy Getchell, and Aurelio Cappozzo
Assessing movement skills is a fundamental issue in motor development. Current process-oriented assessments, such as developmental sequences, are based on subjective judgments; if paired with quantitative assessments, a better understanding of movement performance and developmental change could be obtained. Our purpose was to examine the use of inertial sensors to evaluate developmental differences in hopping over distance. Forty children executed the task wearing the inertial sensor and relevant time durations and 3D accelerations were obtained. Subjects were also categorized in different developmental levels according to the hopping developmental sequence. Results indicated that some time and kinematic parameters changed with some developmental levels, possibly as a function of anthropometry and previous motor experience. We concluded that, since inertial sensors were suitable in describing hopping performance and sensitive to developmental changes, this technology is promising as an in-field and user-independent motor development assessment tool.
Joy Khayat, Stéphane Champely, Ahmad Diab, Ahmad Rifai Sarraj, and Patrick Fargier
The present study aimed at examining the effect of mental calculation and number comparison on motor performance measured as the movement time of a fast manual-pointing movement. Three experiments, involving a total number of 65 undergraduate subjects, examined the effect of mental subtraction (complex) and, respectively, of (a) mental addition (simple or complex), (b) mental multiplication (simple or complex), and (c) the comparison of dot sets and number comparison. Each number was written in Arabic. The movement times were analyzed by using a multilevel linear mixed-effect model. The results showed significant improvement of manual-pointing movement performance only after the complex calculations and after number comparison. Possible implication of attentional mechanisms specific to this arithmetical activity is further discussed.