Active clinical trials for "Muscle Weakness"

see if there is significant difference between subjects with forward head rounded shoulder posture and subjects with normal posture in hand grip strength in asymptomatic young adults see if there is significant difference between subjects with rounded shoulder posture and subjects with normal posture in hand grip strength in asymptomatic young adults

Questionnaire-based survey addressed to german patients with the chronic autoimmune muscle disease called myasthenia gravis regarding quality of life, socioeconomic impact, social support, course of disease, complications of therapy and psychological comorbidities.

This study aimed to investigate the relationship between latent MTrPs and gluteus medius muscle strength in a group of healthy adults.

Cheeks appearance is a screening tool developed based on cheeks observation to identify volume, flaccidity or both to predict people with probable obstructive sleep apnea.

Skeletal muscle weakness is a common complication of acute respiratory failure, shock and other manifestations of critical illness or injury. ICU acquired weakness (ICUAW) - an entity defined as a bundle of critically illness neuro-myopathy and disuse atrophy - is generally diagnosed on the basis of a volitional, clinical strength evaluation, which however requires patient cooperation and ability to comprehend the assessor's instructions. As patients are often unconscious or uncooperative, due to sedation or delirium, such clinical diagnosis is often not possible or is delayed. A further subclassification of critical illness neuromyopathy can be achieved using detailed nonvolitional electrophysiological investigations, which can be challenging in the ICU as they require skilled personnel for both assessment and interpretation. An average Medical Research Council strength score (MRC-SS) combined for 12 specified muscle groups lower than 48 has been widely used for diagnosing ICUAW. Recent studies reported the clinical applicability of the MRC-SS in a general ICU population, in particular its clinical usefulness in predicting ICU and in-hospital patient outcomes . Moreover, interobserver agreement and clinical predictive value have already been showed (8). However, ICU general population is less likely to be able to cooperate with volitional strength assessment and more likely to have limited access to their extremities because of trauma, burns and treatment involving medical devices. For these reasons, MRC-SS may be confined to the later stages of ICU stay. Skeletal muscle ultrasound is used for the evaluation of muscular, tendon and joint disorders. It allows the evaluation of normal and pathological skeletal muscles through the measure of parameters reflecting size, such as cross sectional area (CSA) , and architecture by calculating the pennation angle, and it allows quick and repeated bedside evaluations. Despite such promising features, to date, there are few published studies that have reported the clinical applicability of the muscle ultrasound in prediction of ICUAW during the ICU stay. The principal aim of this study is to evaluate the variation of peripheral muscle ultrasound characteristics (such as CSA and pennation angle) during the ICU stay and its possible early predictive value of ICUAW as compared to the MRC-SS performed when patients are able to cooperate.

This is a study of the clinical and neuroimaging of general paresis. The investigators studied six patients with general paresis.

The purpose of the study is to establish the number and nature of complications that we, the researchers, have with the use of a tourniquet in orthopaedic surgery in Norway.

Patients who are forced to rest or reduce activity as a result of illness, injury, or surgery often experience resulting muscle weakness. This study will evaluate muscle features and muscle strength in patients who are recovering from surgery for broken ankles. The goal of this study is to improve the recovery of muscle function and overall ability after prolonged periods of ankle inactivity due to surgery.

This observational study aims to assess the relationship between muscle strength and physical function in critical ill patients. Grip and quadriceps strengths are measured using a standardized protocol of dynamometry. Physical function is assessed using the validated ICU mobility scale.

The handgrip strength (HGS) will be measured with a digital dynamometer. Three measurements will be taken, whose average of the three measurements will be collected. Muscle weakness will be diagnosed based on previously published ICU acquired weakness (ICU-AW) scores (for males <11 kg and females <7 kg). The overall motor function of the patient will be assessed using the Medical Research Council (MRC) scale. The maximum score of the scale is 60 points, adding the degree of muscle strength of all muscle groups tested. If the patient is unable to have one of the limbs tested, it is assumed that the limb would have the same force as the contralateral limb. A score of 48 points or less is indicative of muscle weakness. Individuals who scored between 48 and 37 points on the MRC scale are considered to have significant weaknesses; those with 36 points or less are classified as severely weak. The HGS and the MRC scale will be compared as predictors of weaning duration of mechanical ventilation