, 3-item Rosow–Breslau scale) ( Hebert et al., 2010 ; Rycroft et al., 2018 ). Few studies have addressed the essential role of the upper extremity in performing ADLs ( Kumahara, Tanaka, & Schutz, 2004 ), despite knowing that upper extremity functional activity limitations lead to a higher level of
Cátia Paixão, Ana Tavares, and Alda Marques
Olivia Bartlett and James L. Farnsworth II
kinesiophobia in patients with upper-extremity injuries. Upper-extremity injuries can negatively impact activities of daily living (eg, driving, changing clothes, reaching), leading to diminished quality of life and overall well-being. 7 The substantial influence that the upper-extremity has on an individual
Mark A. Sutherlin
measures may not be equivalent across sports. Swimming is another overhead sport where the majority of injuries occur at the shoulder. 4 Clinicians who administer PRO measures during care may then opt to implement a single shoulder-specific or upper extremity region-specific PRO measure to help reduce
Kyle Southall, Matt Price, and Courtney Wisler
Key Points ▸ This case presents the signs and symptoms of an athletics-related Morel-Lavallée lesion in the upper extremity. ▸ Morel-Lavallée lesions in the athletics setting can be easily misdiagnosed and/or mismanaged. ▸ Proper management can significantly decrease prolonged symptoms and long
Allison J. Nelson, Patrick T. Hall, Katherine R. Saul, and Dustin L. Crouch
, muscle activations and joint moments) during motor tasks. Many existing WPSEs were designed and evaluated for occupational settings to support the weight of the upper extremity while the shoulder maintains static elevated postures. 29 , 30 However, it is unclear whether a WPSE designed for static tasks would be
Gary B. Wilkerson, Dustin C. Nabhan, and Ryan T. Crane
upper-extremity visual-motor test for measurement of Simple RT failed to demonstrate a difference between recently concussed and control athletes, 6 which suggests that the simple task may have been insufficiently sensitive to detect a subtle difference in performance capabilities. 5 Decisions about
Kevin E. Wilk, Christopher A. Arrigo, and James R. Andrews
The use of closed kinetic chain exercise has grown in the past several years. Closed kinetic chain exercises for the lower extremity have been firmly established in the literature and have been strongly recommended as an integral part of rehabilitation of the patient with anterior cruciate ligament injury. While the scientific and clinical rationale for using closed kinetic chain exercise for the lower extremity appears obvious, the scientific rationale for using closed kinetic chain exercise for the upper extremity is less clear. The purpose of this manuscript is to discuss the scientific rationale for closed kinetic chain for the upper extremity patient. In addition, exercise drills to enhance dynamic stability of the glenohumeral joint are discussed, and a rationale for using these exercises for specific glenohumeral joint pathologies is provided. The concepts of closed and open kinetic chain as applied to the lower extremity may not apply to the upper extremity due to the unique anatomical and biomechanical features as well as the function of the shoulder. It is recommended that clinicians use both closed kinetic chain and open kinetic chain exercises when treating the shoulder patient.
Elizabeth Lawinger, Tim L. Uhl, Mark Abel, and Srinath Kamineni
The overarching goal of this study was to examine the use of triaxial accelerometers in measuring upper-extremity motions to monitor upper-extremity-exercise compliance. There were multiple questions investigated, but the primary objective was to investigate the correlation between visually observed arm motions and triaxial accelerometer activity counts to establish fundamental activity counts for the upper extremity.
Cross-sectional, basic research.
Thirty healthy individuals age 26 ± 6 y, body mass 24 ± 3 kg, and height 1.68 ± 0.09 m volunteered.
Participants performed 3 series of tasks: activities of daily living (ADLs), rehabilitation exercises, and passive shoulder range of motion at 5 specific velocities on an isokinetic dynamometer while wearing an accelerometer on each wrist. Participants performed exercises with their dominant arm to examine differences between sides. A researcher visually counted all arm motions to correlate counts with physical activity counts provided by the accelerometer.
Main Outcome Measure:
Physical activity counts derived from the accelerometer and visually observed activity counts recorded from a single investigator.
There was a strong positive correlation (r = .93, P < .01) between accelerometer physical activity counts and visual activity counts for all ADLs. Accelerometers activity counts demonstrated side-to-side difference for all ADLs (P < .001) and 5 of the 7 rehabilitation activities (P < .003). All velocities tested on the isokinetic dynamometer were shown to be significantly different from each other (P < .001).
There is a linear relationship between arm motions counted visually and the physical activity counts generated by an accelerometer, indicating that arm motions could be potentially accounted for if monitoring arm usage. The accelerometers can detect differences in relatively slow arm-movement velocities, which is critical if attempting to evaluate exercise compliance during early phases of shoulder rehabilitation. These results provide fundamental information that indicates that triaxial accelerometers have the potential to objectively monitor and measure arm activities during rehabilitation and ADLs.
Karyn L. Hamilton, Michael C. Meyers, William A. Skelly, and Robert J. Marley
The purpose of this study was to investigate the influence of creatine monohydrate (
Todd A. McLoda, Kate M. Murphy, and Steve Davison
Inertial training of the shoulder.
To determine the differences of functional and EMG measures between a control group and an exercise group of overhead throwers.
17 intercollegiate baseball players and 19 intercollegiate softball players divided into 2 equal-size groups, control and exercise.
Main Outcome Measures:
Preliminary data were recorded, including throwing velocity, throwing accuracy, and EMG activity of the biceps brachii, upper pectorals, and posterior deltoid. The exercise group completed a 4-week training regimen on the Impulse Inertial Trainer. All participants returned for follow-up measures.
No significant group-by-time interaction occurred relative to ball velocity, accuracy, or EMG activity.
For experienced throwers, functional measures and muscle activity during throwing were not affected by inertial training of the upper extremity.