Search

Your search keyword '"Hart, Joseph M."' showing total 1,063 results
Start Over Author "Hart, Joseph M."
1,063 results on '"Hart, Joseph M."'

14. Evaluation of Differences in Patellar Height After Patellar Stabilization Procedures Not Intended to Address Patella Alta: A Multicenter Study

Author

Kreulen, R. Timothy, primary, Anderson, Gregory, additional, Yalcin, Sercan, additional, Hart, Joseph M., additional, Shank, Kaitlyn, additional, Fury, Matthew S., additional, Elias, John J., additional, Tanaka, Miho J., additional, Farrow, Lutul D., additional, Diduch, David R., additional, and Cosgarea, Andrew J., additional

Published
2024
Full Text
View/download PDF

23. Advancing Clinical Evaluation and Treatment of Arthrogenic Muscle Inhibition: A Need for Validation and Innovation—Letter to the Editor.

Author

Norte, Grant E., Sherman, David A., Rush, Justin L., Ingersoll, Christopher D., Bodkin, Stephan G., Snyder-Mackler, Lynn, Grindstaff, Terry L., Burland, Julie P., Hopkins, J. Ty, Blackburn, Troy, Chaput, Meredith, Konishi, Yu, Rice, David A., Hart, Joseph M., Harkey, Matthew S., Zarzycki, Ryan, Palmieri-Smith, Riann M., Lepley, Lindsey K., Lepley, Adam S., and Pamukoff, Derek N.

Subjects
MOTOR ability, ANTERIOR cruciate ligament surgery, PHYSIOLOGICAL adaptation, NEUROPHYSIOLOGY, SURGICAL complications, MUSCLE weakness, QUADRICEPS muscle
Abstract

The authors comment on the article by B. Sonnery-Cottet and colleagues related to the incidence of and risk factors for arthrogenic muscle inhibition (AMI) following acute anterior cruciate ligament injuries. Topics covered include how the clinical assessment and intervention approaches suggested by the authors fail, the concern with the reliance on the Sonnery-Cottet classification for the purpose of diagnosing AMI, and the goal of AMI-based treatments.

Published
2024
Full Text
View/download PDF

25. Arthrogenic Muscle Inhibition Following Anterior Cruciate Ligament Injury.

Author

Pietrosimone, Brian, Lepley, Adam S., Kuenze, Christopher, Harkey, Matthew S., Hart, Joseph M., Blackburn, J. Troy, and Norte, Grant

Subjects
MUSCLE contraction, NEURAL pathways, ANTERIOR cruciate ligament, FUNCTIONAL status, GAIT in humans, BLOOD flow restriction training, SURGICAL complications, HEALTH outcome assessment, BIOFEEDBACK training, ANTERIOR cruciate ligament injuries, OSTEOARTHRITIS, MUSCLE strength, QUADRICEPS muscle, DIAGNOSIS, VIBRATION (Mechanics), BIOMECHANICS, JUMPING, DISEASE risk factors
Abstract

Arthrogenic muscle inhibition (AMI) is a common impairment in individuals who sustain an anterior cruciate ligament (ACL) injury. The AMI causes decreased muscle activation, which impairs muscle strength, leading to aberrant movement biomechanics. The AMI is often resistant to traditional rehabilitation techniques, which leads to persistent neuromuscular deficits following ACL reconstruction. To better treat AMI following ACL injury and ACL reconstruction, it is important to understand the specific neural pathways involved in AMI pathogenesis, as well as the changes in muscle function that may impact movement biomechanics and long-term structural alterations to joint tissue. Overall, AMI is a critical factor that limits optimal rehabilitation outcomes following ACL injury and ACL reconstruction. This review discusses the current understanding of the: (1) neural pathways involved in the AMI pathogenesis following ACL injury; (2) consequence of AMI on muscle function, joint biomechanics, and patient function; and (3) development of posttraumatic osteoarthritis. Finally, the authors review the evidence for interventions specifically used to target AMI following ACL injury. [ABSTRACT FROM AUTHOR]

Published
2022
Full Text
View/download PDF

47. Gaze Accuracy Differences During Single-Leg Balance Following Anterior Cruciate Ligament Reconstruction.

Author

Bodkin, Stephan G., Hertel, Jay, and Hart, Joseph M.

Subjects
STATISTICS, PROPRIOCEPTION, CONFIDENCE intervals, POSTURAL balance, ONE-way analysis of variance, TASK performance, CASE-control method, EYE movement measurements, COMPARATIVE studies, T-test (Statistics), ANTERIOR cruciate ligament injuries, VISUAL acuity, DIAGNOSIS, POSTURE, DESCRIPTIVE statistics, CHI-squared test, ANTERIOR cruciate ligament surgery, STATISTICAL sampling, DATA analysis, STATISTICAL correlation, DATA analysis software, REHABILITATION
Abstract

Context: Individuals following anterior cruciate ligament reconstruction (ACLR) demonstrate altered postural stability and functional movement patterns. It is hypothesized that individuals following ACLR may compensate with sensory adaptations with greater reliance on visual mechanisms during activities. It is unknown if visual compensatory strategies are implemented to maintain postural stability during functional tasks. Objective: To examine visual gaze accuracy during a single-leg balance task in individuals following ACLR compared with healthy, active controls. Design: Case control. Setting: Controlled laboratory. Participants: A total of 20 individuals (10 ACLR and 10 healthy controls) participated in the study. Data Collection and Analysis: Visual gaze patterns were obtained during 20-second single-leg balance trials while participants were instructed to look at presented targets. During the Stationary Target Task, the visual target was presented in a central location for the duration of the trial. The Moving Target Task included a visual target that randomly moved to 1 of 9 target locations for a period of 2 seconds. Targets were stratified into superior, middle, and inferior levels for the Moving Target Task. Results: The Stationary Target Task demonstrated no differences in visual error between groups (P =.89). The Moving Target Task demonstrated a significant interaction between group and target level (F2,36 = 3.76, P =.033). Individuals following ACLR demonstrated greater visual error for the superior targets (ACLR =.70 [.44] m, healthy =.41 [.21] m, Cohen d = 0.83 [0.06 to 1.60]) and inferior targets (ACLR =.68 [.25] m, healthy =.33 [.16] m, Cohen d = 1.67 [0.81 to 2.52]). Conclusion: Individuals following ACLR demonstrate greater visual error during settings of high or low visual stimuli compared with healthy individuals to maintain single-limb postural stability. This population may rely on visual input to compensate for the somatosensory changes following injury. [ABSTRACT FROM AUTHOR]

Published
2021
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results