Endocrine Abstracts

Patients with acromegaly (PWA) experience higher rates of falls and fall-related injuries than age-matched Canadian adults. Previous studies of standing balance revealed increased sway in PWA compared to healthy controls but failed to control for the effects of the pituitary adenoma. Therefore, the aim of the present study was to determine if acromegaly influenced the neuromuscular control of standing balance. Bipedal standing balance was evaluated in PWA (n=13) in bi...

Acromegaly triggers, and is associated with, peripheral nervous system modifications and joint degenerations, which are considered to impact the walking balance of patients with acromegaly (PWA). Therefore, to better understand if these systemic degenerations impact the transitory adaptations in locomotor patterns of these patients, this study aims to establish the walking balance deficits of PWA. Walking balance was evaluated in PWA (n=8) in biochemical remission and...

Acromegaly, characterized by growth hormone excess, adversely affects the patients’ musculoskeletal and neural systems, consequently impairing physical function. Previous studies have noted walking impairments in patients with acromegaly (PWA). This study aimed to characterize the kinematic and kinetic changes during walking in PWA. Kinematics and kinetics of walking were evaluated in PWA (n=8) in biochemical remission and a control group of patients with non-fun...