Physiotherapy REPLICA B - ASL RIETI

CLINICAL REASONING IN PHYSIOTHERAPY - functional assessment - measurement of deficits (joint examination, muscle testing: strength, stability, muscle length, gait analysis, prehension function; use of clinical scales and specific tests in relation to the pathologies addressed) - definition of therapeutic goals (individualized rehabilitation proposal and program) - description of the therapeutic intervention (treatment plan) - outcome measurement and verification (final evaluation) THEORETICAL AND PRACTICAL FOUNDATIONS OF THE MAIN SECTORIAL AND GLOBAL MOBILIZATION TECHNIQUES USED IN MOTOR REHABILITATION – MAIN TREATMENT TECHNIQUES POMPAGE TECHNIQUE: (Theoretical principles, indications and application methods:General pompage, Specific techniques for: trapezius, sternocleidomastoid (SCM), scalene muscles, elevator scapulae, semispinalis muscles of the neck, shoulder joint, pectoralis minor and major, serratus anterior, rhomboids, elbow–wrist–hand joints, lumbar region, psoas, piriformis, hamstrings, sacral area, sacroiliac joints, hip joint, quadriceps, knee joint, soleus, gastrocnemius, tibiotarsal joints; PNF METHOD (Proprioceptive Neuromuscular Facilitation – Kabat Concept): theoretical foundations, Basic techniques: upper limb and lower limb movement patterns, Specific techniques: Stimulation, recruitment and strengthening (rhythmic initiation, agonist reversals, repeated contractions, dynamic and static reversal of antagonists), Stretching and relaxation techniques (direct or indirect approach); POSTURAL GYMNASTICS (Souchard Method): Theoretical assumptions and work in specific postures; PROPRIOCEPTIVE GYMNASTICS WITH BALANCE BOARDS: Neurophysiological principles and methods of application; GAIT TRAINING: from weight-bearing retraining to gait phase re-education and recovery of physiological walking patterns; MASSAGE THERAPY: general principles and basic techniques, Overview of different types of massage and their clinical applications; LYMPHATIC DRAINAGE: general principles and potential applications in orthopedic rehabilitation (e.g., edema management in acute phases); ELECTROTHERAPY AND INSTRUMENTAL THERAPIES: theoretical assumptions and applications in orthopedic and traumatic rehabilitation:Tecar therapy, ultrasound therapy, infrared therapy, iontophoresis, magnetotherapy, laser therapy; HYDROKINESITHERAPY: theoretical foundations and general principles of aquatic rehabilitation and potential clinical applications KINESIO TAPING: theoretical principles and potential applications in orthopedic and traumatic conditions ASSISTIVE DEVICES, ORTHOSES AND PROSTHESES: Use in orthopedic-traumatic and rheumatological rehabilitation CLINICAL PROTOCOLS AND GUIDELINES FOR ORTHOPEDIC AND TRAUMATIC REHABILITATION SPINE: rehabilitation principles for spinal deformities (functional and structural), vertebral fractures, sprains, osteoporosis, spinal cord injuries.Disc pathologies: disc protrusions and herniations; related syndromes: brachialgia, cervicalgia, lumbalgia, lumbosciatica, cruralgia; SHOULDER / ELBOW / HAND: general rehabilitation principles for: Shoulder impingement syndrome (conservative and post-surgical management), Glenohumeral dislocation, Humeral head fractures (including prosthetic replacements), Reverse shoulder arthroplasty, Adhesive capsulitis, Shoulder instability, Acromioclavicular joint injuries, Humeral shaft fractures, Olecranon fractures, Radial head fractures, Elbow prosthesis, Elbow dislocation, Colles and Goyrand fractures, Hand fractures, Tendon injuries, De Quervain’s tenosynovitis, Dupuytren’s disease, Lateral and medial epicondylitis, Post-traumatic elbow stiffness; HIP AND FEMUR: general rehabilitation principles for: Hip joint pathologies, Femoral head fractures (with prosthesis), Diaphyseal femoral fractures, Distal femoral epiphysis fractures, Hip dislocations; KNEE AND LEG: general rehabilitation principles for: Tibial plateau and tibial spine fractures, Patellar fractures, ACL and PCL reconstruction, Collateral ligament injuries, Meniscal injuries (conservative and surgical approaches), Diaphyseal fractures of tibia and fibula, Baker’s cyst, Patellar tendon rupture, Hamstring injuries in athletes, Quadriceps strains and contusions; ANKLE AND FOOT: general rehabilitation principles for: Malleolar fractures, Talus fractures. Ankle sprains (conservative and surgical treatment), Plantar fasciitis, Achilles tendon rupture (post-surgical rehabilitation); AMPUTEE PATIENTS: Rehabilitation principles for transtibial and transfemoral amputations; CLINICAL PROTOCOLS AND GUIDELINES FOR RHEUMATIC CONDITIONS Rheumatoid arthritis; Spondyloarthritis group: Ankylosing spondylitis, Psoriatic arthritis; Osteoporosis (in various anatomical locations); Osteoarthritis (polyarticular and segmental); Fibromyalgia; Juvenile idiopathic arthritis; Systemic lupus erythematosus; Pott’s disease (tuberculous spondylitis); Rickets; Adolescent osteochondroses; Osgood-Schlatter disease; Scheuermann’s disease; Legg-Calvé-Perthes disease;

Teaching and didactic materials delivered at the end of the lessons A. Mancini, C. Morlacchi, ORTHOPEDIC CLINIC, Manuale Atlante, IV edizione, PICCIN editore S. Brent Brotzman, M.D. , Kevin E. Wilk, P.T. , REHABILITATION IN ORTHOPEDICS, 2 edizione, Excerpta Medica Marcel Bienfait, LA FASCIA, IL POMPAGE. Editore Marrapese Roma, 1995 Giuseppe Monari, PROGRESSIV MODULAR REBALANCING BASED ON THE KABAT CONCEPT, edi ermes