Clinical Research Directory

Effect of Treatment on Cerebral Palsy Patient With Crouch Gait Associated With Anterior Pelvic Tilt and Soleus Muscle Weakness"Marouf Syndrome", and Muscle Assesment by Using EMG

Children with cerebral palsy (CP) often develop gait abnormalities, with crouch gait being a common and challenging issue that affects their posture and daily function. Numerous studies indicate that crouch gait is primarily caused by hamstring tightness and quadriceps weakness. Traditional treatment approaches focus on hamstring stretching and quadriceps strengthening exercises to improve gait patterns. highlight the importance of strengthening muscles like the quadriceps and stretching tight muscles such as the hamstrings in improving gait abnormalities source. Despite these common treatments, results often fall short of achieving full correction of crouch gait. Therefore, I propose a novel approach to treating abnormal gait in children with CP by targeting the anterior pelvic tilt and strengthening the soleus muscle. This approach aims to address biomechanical factors that are not typically considered in traditional treatments, potentially leading to better functional outcomes we use Surface EMG to record activity of key muscle (soleus) during Seated Calf Raises exercise Muscle activity will be recorded before and after a series of physical therapy sessions focused on pelvic alignment and soleus strengthening. EMG Data Analysis: Root Mean Square (RMS), timing of activation, and amplitude changes will be assessed.

Comparing Different Physiotherapy Interventions on APT in Non Specific Low Back Pain

Anterior pelvic tilt (APT) is a prevalent postural deviation characterized by excessive forward rotation of the pelvis, often resulting in increased lumbar lordosis. This condition is frequently associated with non-specific low back pain (NSLBP), which affects a significant portion of the global population and poses substantial challenges for individuals' well-being and healthcare systems worldwide. NSLBP is a multifactorial condition with various etiological factors, including poor posture, muscle imbalances, sedentary lifestyle, and biomechanical abnormalities such as APT. Understanding and effectively managing APT in the context of NSLBP is crucial for reducing pain, improving functional capacity, and enhancing quality of life for affected individuals . Despite the prevalence and clinical significance of APT in NSLBP, there is a lack of comprehensive research comparing the effectiveness of different therapeutic interventions. Various approaches have been proposed, including core stability exercises, soft tissue release with manual therapy, stretching and flexibility exercises, and postural correction exercises . However, the relative efficacy of these interventions remains uncertain, hindering evidence-based decision-making in clinical practice. A variety of therapeutic interventions have been proposed for managing APT and NSLBP, aiming to address underlying biomechanical imbalances, improve musculoskeletal function, and alleviate pain. Core stability exercises, focused on strengthening the deep stabilizing muscles of the spine and pelvis, have shown promise in improving postural alignment and reducing NSLBP symptoms. Soft tissue release techniques, such as manual therapy and myofascial release, target tight and restricted muscles associated with APT, promoting relaxation and improved range of motion. Stretching and flexibility exercises aim to elongate tight musculature, particularly in the hip flexors and lumbar extensors, thereby reducing excessive pelvic tilt and alleviating NSLBP. Additionally, postural correction exercises focus on retraining optimal alignment and body mechanics, promoting a more neutral pelvic position and reducing strain on the lumbar spine.