Extracorporeal Shock Wave Therapy Versus High Power LASER Therapy for the Treatment of Females With Calcaneal Spur
PURPOSE: To compare the effect of Extracorporeal shock wave therapy and high-power LASER therapy for the treatment of patients with calcaneal spur Background: Calcaneal spur is a common musculoskeletal disorder of the foot that affect the quality-of-life Conservative treatment modalities include, cold application, platelet-rich plasma therapy (PRP), shoe modification, therapeutic ultrasound, extracorporeal shock wave therapy (ESWT), laser therapy (LLLT) are commonly used in the treatment of calcaneal spur.
HYPOTHESES: There will be difference between Extracorporeal shock wave therapy and High- power LASER therapy on pain intensity in patients with calcaneal spur There will be difference between Extracorporeal shock wave therapy and High- power LASER therapy on function in patients with calcaneal spur. There will be difference between Extracorporeal shock wave therapy and High- power LASER therapy on the size of calcaneal spur in patients with calcaneal spur.
RESEARCH QUESTION: Is there any difference between the effect of Extracorporeal shock wave therapy and High-power LASER on calcaneal spur?
Effect of Sensory Perceptual Motor Training on Activities of Daily Living and Hand Functions in Children With Unilateral Cerebral Palsy
Many risk factors can come to the fore in CP. With the new studies on CP, new risk factors are defined and existing risks are better understood. In the light of current information, general risk factors for CP are defined as premature birth, fetal growth restriction, multiple pregnancies, infections in the fetal or neonatal period, birth asphyxia, perinatal stroke, and congenital developmental disorders In addition, related risk factors are classified as prenatal, perinatal and postnatal
3D Quantification Assessment of Mandibular Bone Resorption Using STL Registration-Based Superimposition Following Removable Complete Denture Occlusal Equilibration
STL registration-based superimposition is an advanced technique for assessing mandibular bone resorption in removable complete denture (RCD) patients. This 3D method involves aligning and comparing digital models of the mandible before and after RCD use, offering high accuracy and comprehensive analysis. The process includes 3D scanning, STL conversion, registration, superimposition, and quantification. Occlusal equilibration of RCDs plays a crucial role in distributing masticatory forces and influencing bone resorption patterns. Studies using this technique have revealed non-uniform resorption, with variations in different regions of the mandible. While offering numerous advantages over traditional methods, challenges include potential registration errors and the need for specialized equipment and expertise. Future developments may incorporate machine learning, biomechanical modeling, and long-term studies to enhance understanding and clinical application of this technology in prosthodontics and oral surgery.
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