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Aquatic Rehabilitation
Aquatic Rehabilitation Matt McGraw MS, ATC, PES, CES March 2, 2019 Overview • History of Aquatic Rehabilitation • Principles of Water • Aquatic Therapy Techniques • Contraindications and Precautions • Indications and Advantages • Things to think about History of Aquatic Rehab • Early Civilizations - early 20th Century • Belief that hot springs/spas provided therapeutic and medicinal value • Social activity • Hot air/water and cold plunge • Limited use of submerged exercise History of Aquatic Rehab • 1830: Vincenz Priessnitz • Combined cold water with exercise to strengthen ill patients • Dr. Winternitz • Researched varying water temps on sick patients • U.S. treatment modality during smallpox outbreak for Neurological Rehab • 1913: Dr. Charles Leroy Lowman • 1924: Hubbard Tank History of Aquatic Rehab • 1930’s Underwater PT with Physical Exercise in Warm Water • 1937: Dr. Lowman • Technique of Underwater Gymnastics: A Study in Practical Application • Dr. Rebekah Wright: Mental Diseases • 1960’s and 70’s: Space Age • 1980’s: American Physical Therapy Association • Aquatic Therapy and Rehabilitation Institute Aquatic Therapy Today • Used to Improve • Balance • Coordination • Weight Bearing • Strength • Endurance • Pain management • ROM • Motor Control • Circulatory Function Principles of Water • Buoyancy • Archimedes' principle: • Buoyant force on an object submerged in a fluid is equal to the weight of the fluid that is displaced by the object • 50% Umbilicus • 60% Xiphoid process Principles of Water • Benefits include: • Increase: • Decrease: • Supports weak muscles • Joint compressive forces • Enhance flexibility while weight bearing • ROM • Stress on connective tissue • Easier to handle patient • Fear of falling • Changes the • Blood pooling Biomechanical Stress Principles of Water • Hydrostatic Pressure (HP): Water exerts a pressure of 22.4 mm Hg/ft of water depth equally in all directions. -
Ankle Sprains Paediatric Management Advice Leaflet
Ankle Sprains Paediatric Management Advice Leaflet What is a sprained ankle? Ankle sprains occur when the ligaments around the foot and ankle are overstretched during an injury such as sudden twisting, which may cause some fibres to tear. The severity of the sprain will differ depending on how much stretch has occurred. What are the symptoms of a sprain? Pain around the joint. Swelling. Bruising. Pain when walking or moving. Pain relief Consult your GP or local pharmacist for advice as to which medication is suitable for your hil to take. Important signs and symptoms to look out for If your child experiences any of the following symptoms, please seek further urgent medical advice: Significant swelling Worsening, severe pain in the foot and ankle Severe night pain Night sweats Loss of sensation or persistent pins and needles/numbness in the foot/ankle/toes Abnormal weakness in the foot i.e. foot drop Altered colour or unusual sweating of the foot/ ankle Constant giving way or unable to weight bear through the foot/ankle Only continue to read if you have none of the above symptoms Paeds/Ankle sprain/ April 2020/ Page 1 of 4 Recovery and Rehabilitation Healing times Ankle sprains will usually heal within a few weeks with conservative management. Swelling and bruising may still be present for up to 10 days. Normal activity levels are usually restored after 6-8 weeks. The risk of re-injury is higher in the first 4-6 weeks. As your child completes the exercises provided they may notice some swelling and aching. -
The Influence of Warm Hydrotherapy on the Cardiovascular System and Muscle Relaxation
THE INFLUENCE OF WARM HYDROTHERAPY ON THE CARDIOVASCULAR SYSTEM AND MUSCLE RELAXATION By: Jerrold Petrofsky, Ph. D., J.D. Jaime Baxter, BS Jaime Bomgaars, BS Carrie Burgert, BS Sara Jacobs, BS Danielle Lyden, BS Everett B. Lohman III, DPTSc, OSC Send reprint requests to: Dr. Jerrold Scott Petrofsky Professor and Director of Research Department of Physical Therapy Loma Linda University Loma Linda, CA 92350 Telephone: (909) 558-7274 Fax: (909) 558-0481 Email: [email protected] 1 Abstract Five female and five male subjects with no known cardiovascular abnormalities nor any neuromuscular disorders were examined during exercise on a cycle ergometer or a 30 min immersion in warm water with and without exercise to determine the effects of immersion on cardiac output, heart rate, blood pressure, forearm blood flow, muscle blood flow, skin blood flow and muscle relaxation. Muscle relaxation was measured by the resistance to passively moving the leg through a 60° arc and by measurement of the Hoffman (H) reflex. The results of these experiments showed that 1) passive heating caused the greatest relaxation in muscle 2) most of the increase in blood flow to the limb during passive heating or exercise was to skeletal muscle 3) cardiac output increased modestly as did heart rate during passive exposure or light exercise in a therapeutic pool and 4) blood pressure was generally decreased during warm water immersion. Key words: hydrotherapy, muscle, H-reflex, cardiac output, circulation, exercise 2 Introduction Hydrotherapy has been used for thousands of years. Proto-Indian culture made use of hydrotherapy as far back as 2400 B.C. -
Sauna Steam and Hydrotherapy Contents
NVQ level 3 spa therapy lecturer copy 2010 PAGES WWW.BEAUTYPACKAGES.CO.UK SAMPLE Sauna, Steam & Hydrotherapy 2010 Sauna Steam 21 Sauna and Sauna, steam and hydrotherapy package Sauna Hydrotherapy A dry heat treatment Originating from then rises, Scandinavian coun- w h i c h Did you know? tries a Finnish causes the The temperature of the sauna cabin is sauna to be Finnish sauna can vary hotter on between 60-120ºC. traditionally made from pine panels the upper When water is poured with slatted benches. A on to the c oa ls i t increases the humidity wooden benches thermome- son ranging up to 14 (moisture content) of the around the walls of ter should be people. sauna. the sauna for the placed near to the Contents High tempera tures are client to sit/lie on. roof of the sauna A Laconium i s a only recommended in A thermostatically to measure the larger saunas where tiled sauna that there is a greater controlled stove temp erature inside creates an evenly amount of air. warms the coals to the sauna. A hy- distributed mild The amoun t of swea t lost produce a dry heat. grometer should be dry heat at 55ºC. through hea t can vary Water can be used to check the It creates the heat from 0.15-1.5 li tres. ladled onto the humidity of the air from under floor This is why the body loses weight af ter heat coal, w hich creates within the sauna. and seat heating treatments. However steam and ther e- Sauna cabins are rather than a i t i s only a te mpora ry loss and will be re-gained fore increases the available in various stove. -
De Quervain's Tenosynovitis
GUIDE TO THE DIAGNOSIS OF WORK-RELATED MUSCULOSKELETAL 2 DISORDERS Work-related musculoskeletal injuries are one of the most common occupational health problems for which physicians are consulted. There is solid scientific evidence that these injuries may be occupational in origin. This guide was designed to help physicians interpret the results of a medical examination. By combining the standard clinical assessment procedure with guidelines concerning the identification of etiological factors, it helps physicians identify the cause of injury. AUTHORS Louis Patry holds a degree in medicine from Laval University and a diploma in ergonomics from the Conservatoire National des Arts De Quervain’s et Metiers de Paris (CNAM). He is a specialist in occupational medi- De Quervain’s cine, an associate member of the Royal College of Physicians and Surgeons of Canada, a professor in McGill University’s Department of Epidemiology and Biostatistics and Occupational Health, and con- sulting physician to the Direction de la santé publique (Public Health Department), first in Québec City and currently at the Montréal- TenosynovitisTenosynovitis Centre board. Michel Rossignol holds degrees in biochemistry and medicine from the University of Sherbrooke, in epidemiology and community Louis PATRY, Occupational Medecine Physician, Ergonomist health from McGill University, and in occupational medicine from Michel ROSSIGNOL, Occupational Medecine Physician, Epidemiologist John Hopkins University. He is a professor in McGill University’s Department of Epidemiology and Biostatistics and Occupational Marie-Jeanne COSTA, Nurse, Ergonomist Health, co-director of the Centre for Clinical Epidemiology of the Jewish General Hospital of Montréal, and physician-epidemiologist Martine BAILLARGEON, Plastic Surgeon at the Montréal-Centre board of the Direction de la santé publique (Public Health Department). -
Ankle Sprain
ANKLE SPRAIN What Is an Ankle Sprain? n ankle sprain is an injury to Anterior talofibular one or more ligaments in the Posterior A ligament ankle, usually on the outside of the talofibular ligament ankle. Ligaments are bands of tissue—like rubber bands—that Calcaneofibular ligament connect one bone to another and bind the joints together. In the ankle joint, ligaments provide stability by shoes, or walking or running on an surgeon for an appointment as limiting side-to-side movement. uneven surface. soon as possible. In the meantime, Some ankle sprains are much Sometimes ankle sprains occur immediately begin using the “R.I.C.E.” worse than others. The severity of because of weak ankles, a condition method—Rest, Ice, Compression, an ankle sprain depends on whether that some people are born with. and Elevation—to help reduce the ligament is stretched, partially Previous ankle or foot injuries can also swelling, pain, and further injury. torn, or completely torn, as well as on weaken the ankle and lead to sprains. the number of ligaments involved. Why Prompt Medical Ankle sprains are not the same as Signs and Symptoms Attention Is Needed strains, which affect muscles rather The signs and symptoms of ankle There are four key reasons why an than ligaments. sprains may include: ankle sprain should be promptly •Pain or soreness evaluated and treated by a foot and What Causes a •Swelling ankle surgeon: Sprained Ankle? • Bruising • First, an untreated ankle sprain Sprained ankles often result from a • Difficulty walking may lead to chronic ankle fall, a sudden twist, or a blow that • Stiffness in the joint instability,a condition marked by forces the ankle joint out of its persistent discomfort and a “giving normal position. -
Immediate and Short-Term Effects of Kinesiotaping on Muscular Activity
Reynard et al. BMC Musculoskeletal Disorders (2018) 19:305 https://doi.org/10.1186/s12891-018-2169-5 RESEARCH ARTICLE Open Access Immediate and short-term effects of kinesiotaping on muscular activity, mobility, strength and pain after rotator cuff surgery: a crossover clinical trial Fabienne Reynard1* , Philippe Vuistiner2, Bertrand Léger2 and Michel Konzelmann3 Abstract Background: Kinesiotape (KT) is widely used in musculoskeletal rehabilitation as an adjuvant to treatment, but minimal evidence supports its use. The aim of this study is to determine the immediate and short-term effects of shoulder KT on muscular activity, mobility, strength and pain after rotator cuff surgery. Methods: Thirty-nine subjects who underwent shoulder rotator cuff surgery were tested 6 and 12 weeks post-surgery, without tape, with KT and with a sham tape (ST). KT and ST were applied in a randomized order. For each condition, the muscular activity of the upper trapezius, three parts of the deltoid and the infraspinatus were measured during shoulder flexion, and range of motion (ROM) and pain intensity were assessed. At 12 weeks, the isometric strength at 90° of shoulder flexion, related muscular activity and pain intensity were also measured. Subjects maintained the last tape that was applied for three days and recorded the pain intensity at waking up and during the day. Results: Modifications in muscle activity were observed with KT and with ST. Major changes in terms of decreased recruitment of the upper trapezius were observed with KT (P < 0.001). KT and ST also increased flexion ROM at 6 weeks (P = 0.004), but the differences with the no tape condition were insufficient to be clinically important. -
Chapter 24 Introduction Hydrotherapy and • Throughout History and in Many Cultures, Spa Applications Water Has Been Used to Maintain Health
Chapter 24 Introduction Hydrotherapy and • Throughout history and in many cultures, Spa Applications water has been used to maintain health _________________________________________________________________________________________ and treat illness • Hydrotherapy is the internal and external Susan G. Salvo therapeutic use of water and complementary agents • Father Sebastian Kneipp (1821-1897): “father of hydrotherapy”; from Germany; published My Water Cure in 1886 Copyright © 2008 by Saunders, an imprint of Elsevier Inc. 1 Copyright © 2008 by Saunders, an imprint of Elsevier Inc. 2 All rights reserved. All rights reserved. Father Sebastian Kneipp Spa • A spa is a place where water therapies are administered • Spa therapies: body treatments (including massage) in which use of water is central • Four types of spas: – Day spa: day use only – Resort or hotel spa: located in resort or hotel – Destination spa: overnight accommodations – Medical spa: includes medical services Copyright © 2008 by Saunders, an imprint of Elsevier Inc. 3 Copyright © 2008 by Saunders, an imprint of Elsevier Inc. 4 All rights reserved. All rights reserved. Water as a Healing Agent Water as a Healing Agent • Liquid water changes to solid ice after • Body's maintenance of homeostasis being cooled to 32° F or 0° C in a changing environment is key to • Changes to steam (gas) after being hydrotherapy heated to 212° F or 100° C – When heat is applied, blood vessels dilate and perspiration is produced to cool the body – When cold is applied, blood vessels first constrict to prevent body from losing heat – After a time, blood vessels dilate so that heat can be carried to the application site Copyright © 2008 by Saunders, an imprint of Elsevier Inc. -
Evidence-Based Physical Therapy for Individuals with Rett Syndrome: a Systematic Review
brain sciences Review Evidence-Based Physical Therapy for Individuals with Rett Syndrome: A Systematic Review Marta Fonzo, Felice Sirico and Bruno Corrado * Department of Public Health, University of Naples “Federico II”, 80131 Naples, Italy; [email protected] (M.F.); [email protected] (F.S.) * Correspondence: [email protected]; Tel.: +39-081-7462795 Received: 14 June 2020; Accepted: 29 June 2020; Published: 30 June 2020 Abstract: Rett syndrome is a rare genetic disorder that affects brain development and causes severe mental and physical disability. This systematic review analyzes the most recent evidence concerning the role of physical therapy in the management of individuals with Rett syndrome. The review was carried out in accordance with the Preferred Reporting Items for Systematic Reviews and Meta-Analyses. A total of 17319 studies were found in the main scientific databases. Applying the inclusion/exclusion criteria, 22 studies were admitted to the final phase of the review. Level of evidence of the included studies was assessed using the Oxford Centre for Evidence-Based Medicine—Levels of Evidence guide. Nine approaches to physical therapy for patients with Rett syndrome were identified: applied behavior analysis, conductive education, environmental enrichment, traditional physiotherapy with or without aids, hydrotherapy, treadmill, music therapy, computerized systems, and sensory-based treatment. It has been reported that patients had clinically benefited from the analysed approaches despite the fact that they did not have strong research evidence. According to the results, a multimodal individualized physical therapy program should be regularly recommended to patients with Rett syndrome in order to preserve autonomy and to improve quality of life. -
Musicians and MSI: Symptoms and Types of Injuries
Musicians and MSI: Symptoms and types of injuries Musculoskeletal injury (MSI) is any injury or disorder of There is also a predominant medical perspective that the muscles, bones, joints, tendons, ligaments, nerves, MSI is neither life-threatening nor medically serious. blood vessels, or related soft tissues. This includes a However, an MSI can be artistically and professionally strain, sprain, or inflammation that is caused or limiting, or even career-ending, with devastating effects aggravated by activity. on your physical, emotional, and financial well-being. If you experience pain that may indicate MSI, take steps to Musicians (including vocalists) are prone to MSI that is deal with the problem. caused or aggravated by practice, rehearsal, or performance. Playing a musical instrument may be Table 1 describes five levels of MSI signs and symptoms in second only to computer use in terms of population performers. If you are at Level I or II, modify your exposure to an MSI risk factor. Some studies have shown activities to prevent further progression of symptoms. If that approximately half of professional musicians and you are at Level III or higher, seek professional assistance. music students experience significant MSI symptoms. Table 1 Progression of MSI signs and symptoms To find out more about MSI, see the information sheet Level I “Musicians and MSI — Prevention and Treatment.” Pain occurs after class, practice, rehearsal, or performance, but you are able to perform normally. MSI symptoms Level II Pain occurs during class, practice, If you develop an MSI, you may experience symptoms rehearsal, or performance, but you are not restricted in performing. -
Hydrotherapy Options
Hydrotherapy Options “Hydro” or water therapy is as old as recorded history and is still use in every culture in the world today. Simply stated, it is the application of water in any of its forms (liquid, steam, ice) in a therapeutic way. It’s likely you’ve already used hydrotherapy as an ice pack on a sprained ankle or a hot water bottle on a tight back. Hydrotherapy impacts blood circulation in some way. This is important because blood delivers nutrients to and removes wastes from tissues and organs. If circulation is poor or slow, healing nutrients cannot be delivered and toxins cannot be removed. General uses of hydrotherapy include pain and swelling of injuries, to induce a fever so as to improve immune function, and to hasten the elimination of toxins. Used consistently, it can be an excellent tool, often in conjunction with other therapies. There are many different applications of hydrotherapy. Below are three that can be easy to do and particularly useful in selected circumstances. Sauna Hydrotherapy The largest organ of elimination is your skin. Sweating can be an excellent way to compliment a detoxification or cleansing program. Sweating increases the rate of lipolysis or fat breakdown. Toxins (or xenobiotics) can be trapped in fat, and when liberated by increased temperature, can move into the blood stream. Sweating can then pull those toxins out through your skin. While any kind of sweating will do, saunas can be particularly useful as they can be tolerated for prolonged periods and can be done frequently and easily. Thus saunas can be a good adjunct to a detox or cleansing program. -
Efficacy of Ice and Shortwave Diathermy in the Management of Osteoarthritis of the Knee – a Preliminary Report
African Journal of Biomedical Research, Vol. 7 (2004); 107 - 111 ISSN 1119 – 5096 © Ibadan Biomedical Communications Group Available online at http://www.bioline.org.br/md Full Length Research Article EFFICACY OF ICE AND SHORTWAVE DIATHERMY IN THE MANAGEMENT OF OSTEOARTHRITIS OF THE KNEE – A PRELIMINARY REPORT ADEGOKE, B.O.A* AND GBEMINIYI, M.O. Physiotherapy Department, College of Medicine University of Ibadan Nigeria This study was designed to compare the effects of shortwave diathermy (SWD) and ice on pain, range of motion and function in osteoarthritis (OA) of the knee. Subjects were fourteen patients (4 males and 10 females) aged 40-70years diagnosed as having OA of the knee. Subjects were assigned into either the SWD or ice treatment groups, as they became available. All subjects received routine adjunct therapeutic exercises, were excluded from analgesic drugs and were treated thrice weekly during the four -week duration of the study. Subjects were assessed at the beginning and end of the study for pain, range of motion (ROM) and function using visual analog scale, universal goniometer and functional index questionnaire respectively. Data were subjected to descriptive statistics of means and standard deviation and inferential statistics of independent and paired t-tests. Results showed that while the subjects in the SWD group had significantly greater ROM and function than the ice group at the beginning of the study, both groups were not statistically significantly different on all dependent variables at the end of the study. Paired -ttest also indicated that the ice group improved significantly on all three dependent variables while the SWD group improved significantly in pain and ROM only.