Materiały źródłowe

• #1 Repetitive Strain Injuries | Musculoskeletal Key

  https://musculoskeletalkey.com/repetitive-strain-injuries/

  Repetitive strain injury (RSI) is a diagnosis of exclusion that is important to recognize to provide appropriate management. […] RSI is characterized by nonspecific upper extremity pain that results from engagement in cumulative hand-intensive tasks. […] The symptom complex is not consistent with other musculoskeletal overuse disorders, such as tendinopathy or nerve entrapment. […] RSI is a significant medical concern; approximately 65% of reported cases of occupational illness are attributed to repeated trauma annually. […] The United States Occupational Safety and Health Administration estimates that work-related musculoskeletal disorders account for over 600,000 injuries and illnesses and 34% of all lost workdays reported to the U.S. Bureau of Labor Statistics. […] Occupational musculoskeletal disorders of the hand and wrist are associated with the longest absences from work and have greater lost productivity and wages than those of other anatomic regions.

• #2 Repetitive Strain Injury (RSI): Causes, Signs, Treatment

  https://www.verywellhealth.com/repetitive-strain-injury-8631260

  A repetitive strain injury (RSI) is caused by overuse and repeated movements of a particular body part. […] These conditions are the leading cause of work-related injuries in the United States. […] Repetitive strain injuries do not have a single cause or event. They develop gradually from microtrauma or overloading body structures. […] Certain careers, activities, and sports can increase the risk of repetitive strain injury, especially if they are done for prolonged periods without adequate rest. […] Prolonged postures, awkward positioning, and overworking fatigued muscles increase the risk of developing an RSI. […] Most RSIs improve with conservative treatment, but more severe cases might require surgery. […] Proper body mechanics and good workplace ergonomics can reduce your risk of developing an RSI. […] See a healthcare provider if you suspect you have an RSI to avoid permanent damage to your joints.

• #3 Q & A from the Report Author of Repetitive Strain Injuries in Adults | Blogs | CDC

  https://blogs.cdc.gov/nchs/2023/07/25/7427/

  Repetitive strain injuries, which may develop over time, can also be problematic. Repetitive strain injuries are a broad group of injuries that are more chronic in nature they happen over time through cumulative actions, stress, or tension on certain parts of the body and include a wide array of conditions. […] Repetitive strain injuries, which can also be called repetitive motion or repetitive stress injuries, are umbrella terms for a variety of conditions that result from the same movement or force over an extended period of time. […] During 2021, among adults in the United States (aged 18 and over), 9% reported experiencing a repetitive strain injury in the past three months; and of those reporting a repetitive strain injury, 44% had to limit their usual activities for at least 24 hours.

• #4 [Repetitive strain injury (RSI): occurrence, etiology, therapy and prevention] – PubMed

  https://pubmed.ncbi.nlm.nih.gov/12420421/

  In the Netherlands, work related upper-limb disorders are called Repetitive Strain Injuries (RSI). […] Each year, 8% of working Dutch citizens take time off work due to RSI symptoms. […] Although the number of people claiming disability benefit due to RSI is limited, this figure has risen consecutively over the last three years. […] There is consensus that repetitive work at a high frequency and possibly accompanied by exertion of force is accompanied by RSI symptoms. […] High perceived job stress and a high workload are thought to be related to RSI, and women report more symptoms than men. […] There is little information on the underlying mechanisms in the development of RSI, the diagnostics, therapy and prevention. […] In view of the lack of clear diagnostic criteria, suggestions have been made for a standardised description of the symptoms involved in the syndrome. […] A multidisciplinary treatment is likely to have the most effect. […] In terms of prevention, an integrated approach aimed at improving the working posture, reduction of static load and job stress and at individual factors is assumed to be the most effective.

• #5 Repetitive Strain Injury and Computer Users – London Pain Clinic

  https://www.londonpainclinic.com/conditions/repetitive-strain-injury-and-computer-users/

  Repetitive Strain Injury (RSI) is basically an umbrella term used to refer to a loose group of conditions characterized by an overuse of specific muscles. […] A recent survey in Great Britain indicated that every year, an estimated 400,000 people suffer from RSI which was either caused or worsened by work, resulting in a loss of around 4 million working days in a year. […] Research shows that 60% of IT professionals, who spend more than eight hours a day on the computer, are likely to suffer from the symptoms of RSI at some point. […] Once contracted, such symptoms of RSI are extremely difficult to cure and can occur even in the young and physically fit individuals. […] Repetitive Strain Injury in computers generally occurs due to a mixture of bad ergonomics, poor posture, stress ad repetitive motion. […] For those who work regularly on computers, especially for longer durations, it is important to adopt the following preventive measures to avoid suffering from repetitive strain injuries.

• #6 Repetitive Strain Injury (RSI) Explained | Hilary King, MSTAT

  https://www.hilaryking.net/alexander-technique/repetitive-strain-injury-rsi

  A report on the BBC news quoted Professor Peter Buckle, University of Southampton, as stating that his research (2007) had shown that in some populations that we’ve studied, between 22% and 40% of people have evidence of RSI. These figures are rising, with approximately 115,000 people in the UK having some form of RSI, which costs the economy 300m per year. […] The RSI Awareness Association, RSIA, states the effectiveness of the Alexander Technique is well documented and has been the subject of several scientific studies. It is increasingly recommended by doctors, and many medical insurance companies will pay for lessons if these are prescribed by a consultant.

• #7 Presentable

  https://encyclopedia.uia.org/problem/repetitive-strain-injuries

  Repetitive strain injury (RSI), also known as occupational overuse syndrome (OOS), is an umbrella term covering all kinds of work-related injuries to the muscles, nerves, and tendons of the upper limbs. […] According to the USA Department of Labour, RSI cost American businesses $20 million in 1992, an eightfold increase from 1982. In 1991, approximately 331,000 people needed wrist splints, anti-inflammatory medication or rest to recover from the ailment. […] The existence of known pathological symptoms such as tenosynovitis (inflammatory condition in the tendon sheaths of the wrist) and peritendonitis crepitans (where the former was at the musculo-tendonous junction of the forearm muscles) are well-recognized as caused by repetitive use and overworking. […] Young people sit in front of screens playing video games. Repetitive stress injuries among the young is probably a „time bomb” waiting to go off. […] Experts are deeply divided about the condition known as RSI. RSI has no medical meaning in that it has no pathology and no clinical symptoms that could be pointed to as confirming a patient suffered from it.

• #8 How Can You Reduce the Incidence and Cost of RSI? | Work Health Solutions

  https://workhealthsolutions.com/docs/how-can-you-reduce-the-incidence-and-cost-of-rsi/

  In 2021, it was reported that injuries resulting from poor ergonomics resulted in 55% of work-related injuries that required a visit to the emergency room. Ergonomics is the science of designing and arranging workspaces to fit the capabilities and limitations of the human body. […] Reducing the incidence of RSI through various preventative measures reduces the number of work-related injuries and boosts a company’s bottom line and costs. Implementing these measures improves the overall safety and well-being of employees, contributing to a more productive and resilient workforce.

• #9 Overuse Phenomena and RSI

  https://patient.info/doctor/overuse-phenomena-and-rsi

  Overuse phenomena are usually seen in the wrists and hands. Cumulative microtrauma causes tendinopathy and tenosynovitis (inflammation of the tendons and synovial sleeve). When tenosynovitis is the result of repetitive movements (eg, using a keyboard) the condition is called repetitive strain injury (RSI). […] The exact incidence of overuse phenomena is unknown because the condition has not been clearly defined. […] One study found that the number of repeated trauma cases accounted for 4% of total workplace injuries and 65% of all occupational illnesses, with work-related upper extremity disorders accounting for most cases. […] Several occupations have a high incidence of overuse injury – this includes those who work as ultrasonographers, assembly line workers, tailors, surgeons, dentists, nurses and anyone involved with heavy computer work.

• #10 Repetitive strain injury amongst IT workers and computer users – London Pain Clinic

  https://www.londonpainclinic.com/computers-and-pain/repetitive-strain-injury-amongst-it-workers-and-computer-users/

  Repetitive strain injury (RSI) represents a group of conditions associated with the overuse of computer, guitar, knife or a similar motion or tool. It is an occupational overuse syndrome affecting muscles, tendons and nerves in the arms and upper back and is also known as work related upper limb disorder (WRULD). […] It is most common among computer and assembly line workers. […] Research shows that 60% of IT professionals, who spend more than eight hours a day on the computer, are likely to suffer from the symptoms of RSI at some point. […] Once contracted, such symptoms of RSI are extremely difficult to cure and can occur even in the young and physically fit individuals. In fact, people are often forced to quit their computer-dependent careers due to this disorder.

• #11 Repetitive strain injury (RSI): Diagnosis, symptoms, and treatment

  https://www.medicalnewstoday.com/articles/176443

  Repetitive strain injury (RSI) has been around since people first began repeating motions and carrying out manual labor. […] The first description of repetitive strain injury (RSI) came from an Italian physician, Bernardino Ramazzini, in 1700. […] Today, the main causes of RSI are manual labor, office work, and the use of modern technological devices. […] Modern technological devices have caused an upswing in RSIs. […] RSIs are associated with repetitive tasks, forceful exertions, vibrations, mechanical compression, and sustained or awkward positions. […] Increased psychological stress has been shown to worsen RSI. […] The most common cause of an RSI nowadays is using a computer or sitting at a desk. […] RSIs have been with us for centuries and they are unlikely to go away. However, learning more about what causes them and how to treat them can help us reduce the inconvenience and discomfort they can bring.

• #12 Repetitive Strain Injuries: Smartphone Risk You Didn’t Know

  https://synergyrehabinc.com/repetitive-strain-injuries/

  Repetitive Strain Injuries (RSIs) are a condition that was once predominantly associated with desktop computer use but is now increasingly linked to our handheld devices. […] The phenomenon is so widespread that it has given rise to new terms such as text thumb and smartphone pinky, underscoring the direct connection between smartphone use and the rise in Repetitive Strain Injuries. […] Continuous small movements are key contributors to Repetitive Strain Injuries. […] Smartphones demand repetitive tapping, increasing RSIs risk in users. […] RSIs affect muscles, nerves, and tendons through prolonged device interaction. […] Anatomy of strain injuries shows vulnerability of hand to smartphone use. […] Prevention requires ergonomic adjustments to minimize Repetitive Strain Injuries.

• #13 Repetitive Strain Injuries: Smartphone Risk You Didn’t Know

  https://synergyrehabinc.com/repetitive-strain-injuries/

  Repetitive Strain Injuries (RSIs) are a condition that was once predominantly associated with desktop computer use but is now increasingly linked to our handheld devices. […] The phenomenon is so widespread that it has given rise to new terms such as text thumb and smartphone pinky, underscoring the direct connection between smartphone use and the rise in Repetitive Strain Injuries. […] Continuous small movements are key contributors to Repetitive Strain Injuries. […] Smartphones demand repetitive tapping, increasing RSIs risk in users. […] RSIs affect muscles, nerves, and tendons through prolonged device interaction. […] Anatomy of strain injuries shows vulnerability of hand to smartphone use. […] Prevention requires ergonomic adjustments to minimize Repetitive Strain Injuries.

• #14 [Repetitive strain injury (RSI): occurrence, etiology, therapy and prevention] – PubMed

  https://pubmed.ncbi.nlm.nih.gov/12420421/

  In the Netherlands, work related upper-limb disorders are called Repetitive Strain Injuries (RSI). […] Each year, 8% of working Dutch citizens take time off work due to RSI symptoms. […] Although the number of people claiming disability benefit due to RSI is limited, this figure has risen consecutively over the last three years. […] There is consensus that repetitive work at a high frequency and possibly accompanied by exertion of force is accompanied by RSI symptoms. […] High perceived job stress and a high workload are thought to be related to RSI, and women report more symptoms than men. […] There is little information on the underlying mechanisms in the development of RSI, the diagnostics, therapy and prevention. […] In view of the lack of clear diagnostic criteria, suggestions have been made for a standardised description of the symptoms involved in the syndrome. […] A multidisciplinary treatment is likely to have the most effect. […] In terms of prevention, an integrated approach aimed at improving the working posture, reduction of static load and job stress and at individual factors is assumed to be the most effective.

• #15 Repetitive Strain Injury – Pathophysiology

  https://pressbooks.bccampus.ca/pathophysiology/chapter/repetitive-strain-injury/

  Repetitive Strain injury (RSI) is defined as an injury that has resulted from repeated stress affecting specific tendons, muscles, and associated nerves and blood vessels. […] RSIs are reported by approximately 10% of Canadian workers (over 20 years of age) every year, with a RSI that has limited their ability to perform daily tasks. […] Risk factors for developing a RSI include: repetitive activities, workload stress, genetics, family history, biological sex, and age. […] Currently in the USA, carpal tunnel syndrome (CTS) is diagnosed in 3 to 10 times more females than males, with peak age between 45-60 years old. […] RSIs give rise to signs and symptoms that can include inflammation (swelling, pain, redness, and warmth), stiffness, loss of strength, loss of coordination, sensory problems (e.g., numbness, tingling), and changes in skin colour or skin temperature (hot or cold).

• #16 Repetitive Strain Injury Day (RSI – Day)

  https://www.ohcow.on.ca/ohcow-events/repetitive-strain-injury-rsi-day/

  Repetitive Strain Injury (RSI) refers to a category of injuries involving damage to muscles, tendons and nerves caused by overuse or misuse. […] More workers sustain RSIs than all other occupational injuries combined. […] Workplace injuries such as repetitive strain injuries (RSI’s) account for: […] 42% of all lost time claims […] 50% of all lost time days. […] These injuries are also increasingly being reported by students and others in our communities. […] Each year much of Ontario’s workforce sustain Repetitive Strain Injuries. […] What is both troubling and a source of encouragement is knowing RSIs are preventable. […] Repetitive Strain Injury Day, increases awareness of these critical, debilitating issues and serves to educate workers about the hazards and prevention methods.

• #17 R.S.I. Page

  http://rsi.unl.edu/

  KIDS ARE AT RISK TOO . . with increasing hours in front of the computer at home and school, using equipment that rarely is set up correctly for people their size. […] If you have the symptoms listed above regularly when you are using the computer, run, do not walk, to your doctor or health care provider RIGHT AWAY. […] Remember that „RSI” is a mechanism of injury, not a diagnosis. […] There are many, many resources listed on this page (see below), and if none of them is a fast „magic fix”, taken together they can give you the tools to hang in there.

• #18 Presentable

  https://encyclopedia.uia.org/problem/repetitive-strain-injuries

  Repetitive strain injury (RSI), also known as occupational overuse syndrome (OOS), is an umbrella term covering all kinds of work-related injuries to the muscles, nerves, and tendons of the upper limbs. […] According to the USA Department of Labour, RSI cost American businesses $20 million in 1992, an eightfold increase from 1982. In 1991, approximately 331,000 people needed wrist splints, anti-inflammatory medication or rest to recover from the ailment. […] The existence of known pathological symptoms such as tenosynovitis (inflammatory condition in the tendon sheaths of the wrist) and peritendonitis crepitans (where the former was at the musculo-tendonous junction of the forearm muscles) are well-recognized as caused by repetitive use and overworking. […] Young people sit in front of screens playing video games. Repetitive stress injuries among the young is probably a „time bomb” waiting to go off. […] Experts are deeply divided about the condition known as RSI. RSI has no medical meaning in that it has no pathology and no clinical symptoms that could be pointed to as confirming a patient suffered from it.

• #19 How Can You Reduce the Incidence and Cost of RSI? | Work Health Solutions

  https://workhealthsolutions.com/docs/how-can-you-reduce-the-incidence-and-cost-of-rsi/

  Repetitive Strain Injuries (RSIs) cost companies billions annually, but even a modest 10% reduction in RSIs can save $700,000 each year. RSIs often result from repetitive movements in various workplace tasks, from typing to lifting. […] Repetitive strain injuries, or RSIs, are some of the most common injuries in the workplace. Estimated to affect 22% of the working population, these injuries can cause immense pain and lead to workers taking time off. RSIs can also cost companies millions of dollars in lost productivity, inefficiency, absenteeism, and workers’ compensation. […] Understanding the nature and cost of RSI displays the need for reducing this kind of injury in the workplace. Organizations can utilize a variety of preventative measures and strategies to foster a healthier and more sustainable approach to modern work practices.

• #20 Raising Awareness and Promoting Prevention: International Repetitive Strain Injury Awareness Day – Southern Pain and Neurological

  https://southernpainclinic.com/blog/raising-awareness-and-promoting-prevention-international-repetitive-strain-injury-awareness-day/

  Early intervention and treatment can help prevent further damage and improve the chances of a full recovery. […] RSI can have a significant impact on both individuals and workplaces. […] The pain and discomfort associated with RSI can also lead to emotional distress, such as anxiety and depression. […] Consequently, the overall quality of life may be compromised. […] In the workplace, RSI can result in increased absenteeism, reduced productivity, and higher healthcare costs. […] Recognizing the impact of RSI, many countries and organizations have taken steps to raise awareness about the condition and promote prevention strategies. […] The significance of this day lies in its ability to bring attention to the importance of early intervention, proper ergonomics, and workplace safety.

• #21 How Can You Reduce the Incidence and Cost of RSI? | Work Health Solutions

  https://workhealthsolutions.com/docs/how-can-you-reduce-the-incidence-and-cost-of-rsi/

  Repetitive Strain Injuries (RSIs) cost companies billions annually, but even a modest 10% reduction in RSIs can save $700,000 each year. RSIs often result from repetitive movements in various workplace tasks, from typing to lifting. […] Repetitive strain injuries, or RSIs, are some of the most common injuries in the workplace. Estimated to affect 22% of the working population, these injuries can cause immense pain and lead to workers taking time off. RSIs can also cost companies millions of dollars in lost productivity, inefficiency, absenteeism, and workers’ compensation. […] Understanding the nature and cost of RSI displays the need for reducing this kind of injury in the workplace. Organizations can utilize a variety of preventative measures and strategies to foster a healthier and more sustainable approach to modern work practices.

• #22 Understanding Repetitive Strain Injury (RSI) – Because Work Shouldn’t Be a Pain | Avetta

  https://www.avetta.com/blog/understanding-repetitive-strain-injury-rsi-because-work-shouldnt-be-a-pain

  Learning to prevent onsite incidents not only protects your workers but can also greatly help reduce liabilities within your supply chain. RSIs are the most frequent type of lost-time injury and the single largest source of lost-time cost, specifically in Canada. […] Options to preventing RSI include: Focus on eliminating repetitive work through job design which may involve mechanizing certain tasks. Structure jobs so that workers can rotate between different tasks, using different muscles groups. Create a well-designed workstation that is adjusted to fit the worker and allows standing, sitting, or sitting-standing positions. Provide workers with appropriate, carefully maintained tools and equipment to reduce the force needed to complete tasks and prevent muscle strain, and avoid awkward positions. Train workers to understand what causes these injuries, how best to prevent them, and how to recognize the early signs and symptoms of RSI. Educate workers on how to adjust workstations to fit their tasks and individual needs. Encourage workers to take short, frequent rest breaks. […] Employers have a responsibility to protect workers, including third party suppliers that they utilize. At Avetta, clients and suppliers who utilize the Avetta Connect Platform reduce the number of safety incidents by as much as 55% compared to industry averages.

• #23 Repetitive Strain Injury (RSI) Explained | Hilary King, MSTAT

  https://www.hilaryking.net/alexander-technique/repetitive-strain-injury-rsi

  A report on the BBC news quoted Professor Peter Buckle, University of Southampton, as stating that his research (2007) had shown that in some populations that we’ve studied, between 22% and 40% of people have evidence of RSI. These figures are rising, with approximately 115,000 people in the UK having some form of RSI, which costs the economy 300m per year. […] The RSI Awareness Association, RSIA, states the effectiveness of the Alexander Technique is well documented and has been the subject of several scientific studies. It is increasingly recommended by doctors, and many medical insurance companies will pay for lessons if these are prescribed by a consultant.

• #24 Raising Awareness and Promoting Prevention: International Repetitive Strain Injury Awareness Day – Southern Pain and Neurological

  https://southernpainclinic.com/blog/raising-awareness-and-promoting-prevention-international-repetitive-strain-injury-awareness-day/

  Early intervention and treatment can help prevent further damage and improve the chances of a full recovery. […] RSI can have a significant impact on both individuals and workplaces. […] The pain and discomfort associated with RSI can also lead to emotional distress, such as anxiety and depression. […] Consequently, the overall quality of life may be compromised. […] In the workplace, RSI can result in increased absenteeism, reduced productivity, and higher healthcare costs. […] Recognizing the impact of RSI, many countries and organizations have taken steps to raise awareness about the condition and promote prevention strategies. […] The significance of this day lies in its ability to bring attention to the importance of early intervention, proper ergonomics, and workplace safety.

• #25 Repetitive Stress Injuries (RSI) : What All Workers Should Know

  https://www.olympiainjurylawyer.com/repetitive-stress-injuries-what-all-workers-should-know/

  Addressing repetitive stress injuries in the workplace is essential not only for employee health but also for productivity and overall workplace safety. […] Despite the prevalence of RSIs, many workplaces lack appropriate strategies or accommodations, often due to misconceptions or cost concerns. […] Some employers might underestimate the severity of RSIs, attributing symptoms to general fatigue or discomfort. […] Common workplace challenges include: […] Employees and employers may not recognize early RSI symptoms, delaying critical intervention. […] Many workplaces fail to implement ergonomic practices, heightening RSI risk. […] Employees might hesitate to report symptoms for fear of negative consequences or dismissal. […] Many employees run into problems with their workers compensation benefits when they file a claim because of RSIs.

• #26 Repetitive Strain Injuries | Musculoskeletal Key

  https://musculoskeletalkey.com/repetitive-strain-injuries/

  Moreover, there is evidence that RSI is actually underreported. […] Important risk factors appear to be repetitive motion of the arm or wrist, movements that require extremes of hand or arm position, prolonged static postures, and vibration. […] Those occupations at greatest risk for RSIs are in service and manufacturing industries, including any job involving computer processing and keyboard use. […] Clinically, it appears that the onset and perpetuation of RSIs are multifactorial. […] There is no proven etiology of RSIs, but it is thought to develop from repetitive microtrauma to muscle, tendon, nerve, loose connective tissue, or bone that exceeds the ability of the tissue to heal itself. […] Regardless of the factors that contribute to the development of RSI, there is generally a complex dynamic in managing patients with work-related musculoskeletal disorders.

• #27 Overuse Phenomena and RSI

  https://patient.info/doctor/overuse-phenomena-and-rsi

  Overuse phenomena are usually seen in the wrists and hands. Cumulative microtrauma causes tendinopathy and tenosynovitis (inflammation of the tendons and synovial sleeve). When tenosynovitis is the result of repetitive movements (eg, using a keyboard) the condition is called repetitive strain injury (RSI). […] The exact incidence of overuse phenomena is unknown because the condition has not been clearly defined. […] One study found that the number of repeated trauma cases accounted for 4% of total workplace injuries and 65% of all occupational illnesses, with work-related upper extremity disorders accounting for most cases. […] Several occupations have a high incidence of overuse injury – this includes those who work as ultrasonographers, assembly line workers, tailors, surgeons, dentists, nurses and anyone involved with heavy computer work.

• #28 Repetitive Strain Injury Statistics

  https://www.rsi-therapy.com/statistics.htm

  According to the U.S. Department of Labor, Occupational Safety and Health Administration (OSHA), repetitive strain injuries are the nation’s most common and costly occupational health problem, affecting hundreds of thousands of American workers, and costing more than $20 billion a year in workers compensation. […] According to the U.S. Bureau of Labor Statistics, nearly two-thirds of all occupational illnesses reported, were caused by exposure to repeated trauma to workers upper body (the wrist, elbow or shoulder). […] The only national routine source of information on occupational injuries and illnesses experienced by U.S. workers is the Annual Survey of Occupational Injuries and Illnesses conducted by the Bureau of Labor Statistics (BLS). […] Musculoskeletal disorders, including carpal tunnel syndrome, are among the most prevalent medical conditions in the U.S., affecting 7% of the population.

• #29 Repetitive Strain Injury Statistics

  https://www.rsi-therapy.com/statistics.htm

  Repetitive strain injury is an umbrella term for a group of disorders usually caused by repetitive movements that affect the muscles, tendons and nerves. […] One out of every 10 Canadian adults had a repetitive strain injury (RSI) serious enough to limit their normal activities in 2000/01. […] This marked an increase in the prevalence of RSIs during the late 1990s. In 1996/97, 8% of adults reported the problem, according to the National Population Health Survey. The proportion hit 10% in 2000/01. Work-related activities were most often the cause.

• #30 What is RSI (Repetitive Strain Injury) | HP® Tech Takes

  https://www.hp.com/us-en/shop/tech-takes/what-is-rsi-repetitive-strain-injury

  If you spend the majority of your day working on a computer, you may be vulnerable to getting a repetitive strain injury, otherwise known as an RSI. The first historical description of this affliction was written in 1700 by Italian doctor Bernardino Ramazzini, known as the father of occupational medicine. He described more than 20 categories of RSI he saw in Italian laborers. […] In the modern world, one of the underlying reasons why workers suffer an RSI is still due to manual labor and the repeated actions associated with it. But as computers and other digital devices have taken hold as a dominating influence in our daily lives, people are acquiring RSIs from repetitive digital tasks like computing and texting more than ever. […] Although you can get an RSI as an athlete or through manual labor, we’ll focus on repetitive strain injuries that occur in an office context, why they happen, and the steps you can take to reduce your risk of this common health issue.

• #31 Repetitive strain injury (RSI): Diagnosis, symptoms, and treatment

  https://www.medicalnewstoday.com/articles/176443

  Repetitive strain injury (RSI) has been around since people first began repeating motions and carrying out manual labor. […] The first description of repetitive strain injury (RSI) came from an Italian physician, Bernardino Ramazzini, in 1700. […] Today, the main causes of RSI are manual labor, office work, and the use of modern technological devices. […] Modern technological devices have caused an upswing in RSIs. […] RSIs are associated with repetitive tasks, forceful exertions, vibrations, mechanical compression, and sustained or awkward positions. […] Increased psychological stress has been shown to worsen RSI. […] The most common cause of an RSI nowadays is using a computer or sitting at a desk. […] RSIs have been with us for centuries and they are unlikely to go away. However, learning more about what causes them and how to treat them can help us reduce the inconvenience and discomfort they can bring.

• #32 What is RSI (Repetitive Strain Injury) | HP® Tech Takes

  https://www.hp.com/us-en/shop/tech-takes/what-is-rsi-repetitive-strain-injury

  If you spend the majority of your day working on a computer, you may be vulnerable to getting a repetitive strain injury, otherwise known as an RSI. The first historical description of this affliction was written in 1700 by Italian doctor Bernardino Ramazzini, known as the father of occupational medicine. He described more than 20 categories of RSI he saw in Italian laborers. […] In the modern world, one of the underlying reasons why workers suffer an RSI is still due to manual labor and the repeated actions associated with it. But as computers and other digital devices have taken hold as a dominating influence in our daily lives, people are acquiring RSIs from repetitive digital tasks like computing and texting more than ever. […] Although you can get an RSI as an athlete or through manual labor, we’ll focus on repetitive strain injuries that occur in an office context, why they happen, and the steps you can take to reduce your risk of this common health issue.

• #33 International Repetitive Strain Injury Awareness Day – Texas Pain Experts

  https://texaspainexperts.com/raising-awareness-and-promoting-prevention-international-repetitive-strain-injury-awareness-day/

  Repetitive Strain Injury (RSI) is a condition that affects millions of people around the world. […] The primary cause of RSI is the repetitive nature of certain activities. […] Symptoms of RSI may include pain, stiffness, swelling, numbness, and tingling in the affected area. […] The condition can be aggravated by factors such as poor posture, incorrect technique, and inadequate rest breaks. […] Individuals may also experience tingling or numbness in the affected area, which can indicate nerve involvement. […] RSI can have a significant impact on both individuals and workplaces. […] Recognizing the impact of RSI, many countries and organizations have taken steps to raise awareness about the condition and promote prevention strategies. […] International Repetitive Strain Injury Awareness Day, observed on February 29th each year, aims to raise awareness about RSI and promote prevention strategies.

• #34 Understanding Repetitive Strain Injury (RSI) – Because Work Shouldn’t Be a Pain | Avetta

  https://www.avetta.com/blog/understanding-repetitive-strain-injury-rsi-because-work-shouldnt-be-a-pain

  February 28th is International Repetitive Strain Injury (RSI) Awareness Day, which is dedicated to the prevention of RSI. RSI is also known as musculoskeletal disorders (MSDs), and is an umbrella term used to describe a family of painful disorders affecting tendons, muscles, nerves and joints in the neck, upper and lower back, chest, shoulders, arms, and hands. Disorders related to RSI can be carpal tunnel syndrome, bursitis, rotator cuff tendonitis, and tennis elbow. […] RSIs are common and can happen to workers from all types of industries. Activities such as using a computer, grasping or gripping tools, working on an assembly line, or operating machinery can cause RSIs. What makes many of these ordinary activities harmful is the continual reputation of the movements. Other factors like stress, lack of breaks, or a fast pace of work can also influence RSIs.

• #35 Preventing Repetitive Strain Injuries at Work: Tips and Techniques | Worksafe UK

  https://www.worksafe.uk.com/first-aid/how-to-avoid-repetitive-strain-injuries-rsi-at-work/

  Repetitive strain injuries (RSI) are a common problem in many workplaces, particularly for employees who spend long hours at a desk, typing, or performing repetitive tasks. RSI refers to injuries affecting muscles, tendons, and nerves, often in the arms, neck, shoulders, and hands. These injuries develop gradually due to overuse, poor posture, or repetitive movements. Left untreated, RSI can lead to chronic pain and reduced mobility. […] RSI is particularly prevalent among office workers, factory workers, and those who frequently use computers or perform the same tasks repeatedly, such as typing or using a mouse. […] Employers also play a critical role in preventing RSI in the workplace. Under the Health and Safety at Work Act 1974, employers have a duty of care to provide a safe working environment for employees. […] Employers should carry out regular risk assessments to identify any potential causes of RSI in the workplace and take corrective action.

• #36 Repetitive Strain Injury (RSI): Causes, Symptoms & Treatment

  https://my.clevelandclinic.org/health/diseases/17424-repetitive-strain-injury

  Repetitive strain injuries are very common and usually affect your: […] Federal laws and guidelines require employers to accommodate their employees needs to prevent repetitive strain injuries. […] Repetitive strain injuries are very common. They lead to many conditions, including: […] Your healthcare provider will diagnose a repetitive strain injury with a physical exam. […] How repetitive strain injuries are treated depends on whats causing them, and how severe your symptoms are. […] The best way to avoid a repetitive strain injury is to avoid overusing your body. […] Federal laws and guidelines require employers to accommodate their employees needs to prevent repetitive strain injuries. […] You should expect to make a full recovery from a repetitive stress injury. Theyre usually temporary and shouldnt have long-term impacts on your health or ability to do activities you love.

• #37 Repetitive strain injury (RSI) | EBSCO Research Starters

  https://www.ebsco.com/research-starters/health-and-medicine/repetitive-strain-injury-rsi

  Researchers are examining psycho-social factors in the workplace, such as stress, to see if they factor into RSI development. […] Occupational therapy (OT) involves assessing the workplace or activity that led to the RSI. […] Occupational therapists may discuss work environment issues, such as chair height, keyboard position, and equipment such as mouse devices and pen tablets. […] Experts have identified a number of ways to avoid RSI. […] Computer station RSI may be the result of poor posture. […] Experts believe that people should take ten-minute breaks every hour when performing repetitive activities.

• #38 Overuse Phenomena and RSI

  https://patient.info/doctor/overuse-phenomena-and-rsi

  Recent research aims to establish ergonomic factors, their effects and outcomes. […] Most injuries recover after three to six months. However, recurrences are common unless the original aggravating factor is removed. […] This involves minimising the overuse or repetitive microtrauma and reducing exposure to force, vibration and repetitive movement.

• #39 In the Hand or in the Head? Contextualising the Debate about Repetitive Strain Injury (RSI) | SpringerLink

  https://link.springer.com/chapter/10.1007/978-1-349-27625-7_9

  Several of the contributors to this volume have examined changing patterns of occupational risk linked with changing forms of work and employment in the global economy. […] This chapter maps the rising incidence of a particular group of conditions collectively known as repetitive strain injury (RSI). […] The growth of RSI can be linked to social and economic trends such as changes in work organisation and control of the labour process. […] The lack of medical and scientific consensus about the nature of RSI reveals the limitations of conventional reductionist models of disease that differentiate between real illness residing in the body and unreal illnesses originating in the mind. […] Neither of these approaches addresses the complexity of conditions such as RSI. […] The insistence upon a dualist interpretation often serves to discredit and disempower the victims. […] This chapter presents a cogent case for a new understanding that recognises the links between mind and body in the causation of work-related ill health.

• #40 [Repetitive strain injury (RSI): occurrence, etiology, therapy and prevention] – PubMed

  https://pubmed.ncbi.nlm.nih.gov/12420421/

  In the Netherlands, work related upper-limb disorders are called Repetitive Strain Injuries (RSI). […] Each year, 8% of working Dutch citizens take time off work due to RSI symptoms. […] Although the number of people claiming disability benefit due to RSI is limited, this figure has risen consecutively over the last three years. […] There is consensus that repetitive work at a high frequency and possibly accompanied by exertion of force is accompanied by RSI symptoms. […] High perceived job stress and a high workload are thought to be related to RSI, and women report more symptoms than men. […] There is little information on the underlying mechanisms in the development of RSI, the diagnostics, therapy and prevention. […] In view of the lack of clear diagnostic criteria, suggestions have been made for a standardised description of the symptoms involved in the syndrome. […] A multidisciplinary treatment is likely to have the most effect. […] In terms of prevention, an integrated approach aimed at improving the working posture, reduction of static load and job stress and at individual factors is assumed to be the most effective.

• #41 Raising Awareness and Promoting Prevention: International Repetitive Strain Injury Awareness Day – Southern Pain and Neurological

  https://southernpainclinic.com/blog/raising-awareness-and-promoting-prevention-international-repetitive-strain-injury-awareness-day/

  It serves as a reminder for individuals and organizations to prioritize the prevention of RSI and take proactive measures to create a healthier and safer work environment. […] Prevention is key when it comes to RSI. […] Employers and employees should work together to create a safe and ergonomic work environment that minimizes the risk of developing RSI. […] By implementing these preventive measures, employers can create a healthier and more productive work environment while reducing the incidence of RSI among their workforce. […] For individuals who have already developed RSI, it is crucial to seek appropriate treatment and management strategies. […] Early intervention and proper management can improve the prognosis and prevent further damage. […] By raising awareness about RSI and promoting prevention strategies, we can reduce the incidence of this condition and improve the overall well-being of individuals. […] Employers can create a safer work environment and reduce the risk of RSI by implementing preventive measures such as ergonomic assessments, training and education, workstation setup, rest breaks, and job rotation. […] Ultimately, ongoing education and support are key to preventing RSI.

• #42 [Repetitive strain injury (RSI): occurrence, etiology, therapy and prevention] – PubMed

  https://pubmed.ncbi.nlm.nih.gov/12420421/

  In the Netherlands, work related upper-limb disorders are called Repetitive Strain Injuries (RSI). […] Each year, 8% of working Dutch citizens take time off work due to RSI symptoms. […] Although the number of people claiming disability benefit due to RSI is limited, this figure has risen consecutively over the last three years. […] There is consensus that repetitive work at a high frequency and possibly accompanied by exertion of force is accompanied by RSI symptoms. […] High perceived job stress and a high workload are thought to be related to RSI, and women report more symptoms than men. […] There is little information on the underlying mechanisms in the development of RSI, the diagnostics, therapy and prevention. […] In view of the lack of clear diagnostic criteria, suggestions have been made for a standardised description of the symptoms involved in the syndrome. […] A multidisciplinary treatment is likely to have the most effect. […] In terms of prevention, an integrated approach aimed at improving the working posture, reduction of static load and job stress and at individual factors is assumed to be the most effective.

• #43 [Repetitive strain injury (RSI): occurrence, etiology, therapy and prevention] – PubMed

  https://pubmed.ncbi.nlm.nih.gov/12420421/

  In the Netherlands, work related upper-limb disorders are called Repetitive Strain Injuries (RSI). […] Each year, 8% of working Dutch citizens take time off work due to RSI symptoms. […] Although the number of people claiming disability benefit due to RSI is limited, this figure has risen consecutively over the last three years. […] There is consensus that repetitive work at a high frequency and possibly accompanied by exertion of force is accompanied by RSI symptoms. […] High perceived job stress and a high workload are thought to be related to RSI, and women report more symptoms than men. […] There is little information on the underlying mechanisms in the development of RSI, the diagnostics, therapy and prevention. […] In view of the lack of clear diagnostic criteria, suggestions have been made for a standardised description of the symptoms involved in the syndrome. […] A multidisciplinary treatment is likely to have the most effect. […] In terms of prevention, an integrated approach aimed at improving the working posture, reduction of static load and job stress and at individual factors is assumed to be the most effective.

• #44 Repetitive strain injury (RSI): Diagnosis, symptoms, and treatment

  https://www.medicalnewstoday.com/articles/176443

  Repetitive strain injury (RSI) has been around since people first began repeating motions and carrying out manual labor. […] The first description of repetitive strain injury (RSI) came from an Italian physician, Bernardino Ramazzini, in 1700. […] Today, the main causes of RSI are manual labor, office work, and the use of modern technological devices. […] Modern technological devices have caused an upswing in RSIs. […] RSIs are associated with repetitive tasks, forceful exertions, vibrations, mechanical compression, and sustained or awkward positions. […] Increased psychological stress has been shown to worsen RSI. […] The most common cause of an RSI nowadays is using a computer or sitting at a desk. […] RSIs have been with us for centuries and they are unlikely to go away. However, learning more about what causes them and how to treat them can help us reduce the inconvenience and discomfort they can bring.

• #45 In the Hand or in the Head? Contextualising the Debate about Repetitive Strain Injury (RSI) | SpringerLink

  https://link.springer.com/chapter/10.1007/978-1-349-27625-7_9

  Several of the contributors to this volume have examined changing patterns of occupational risk linked with changing forms of work and employment in the global economy. […] This chapter maps the rising incidence of a particular group of conditions collectively known as repetitive strain injury (RSI). […] The growth of RSI can be linked to social and economic trends such as changes in work organisation and control of the labour process. […] The lack of medical and scientific consensus about the nature of RSI reveals the limitations of conventional reductionist models of disease that differentiate between real illness residing in the body and unreal illnesses originating in the mind. […] Neither of these approaches addresses the complexity of conditions such as RSI. […] The insistence upon a dualist interpretation often serves to discredit and disempower the victims. […] This chapter presents a cogent case for a new understanding that recognises the links between mind and body in the causation of work-related ill health.

• #46 Repetitive Strain Injury: Causes, Prevention & Therapies

  https://www.hansaplastindia.com/articles/health-and-protection/repetitive-strain-injury-diving-deep-into-its-causes-prevention-and-treatment

  Prolonged usage of poorly designed workstations exacerbates these issues, heightening the risk of RSI-related discomfort and impairment. […] The effects of RSI can significantly impact work performance and productivity. Pain, discomfort, and functional limitations may result in decreased efficiency, increased error rates, and prolonged task completion times. […] Implementing workplace education and awareness programs on RSI prevention fosters a culture of musculoskeletal health and empowers individuals to take proactive measures to protect themselves from injury.

• #47 [Repetitive strain injury (RSI): occurrence, etiology, therapy and prevention] – PubMed

  https://pubmed.ncbi.nlm.nih.gov/12420421/

  In the Netherlands, work related upper-limb disorders are called Repetitive Strain Injuries (RSI). […] Each year, 8% of working Dutch citizens take time off work due to RSI symptoms. […] Although the number of people claiming disability benefit due to RSI is limited, this figure has risen consecutively over the last three years. […] There is consensus that repetitive work at a high frequency and possibly accompanied by exertion of force is accompanied by RSI symptoms. […] High perceived job stress and a high workload are thought to be related to RSI, and women report more symptoms than men. […] There is little information on the underlying mechanisms in the development of RSI, the diagnostics, therapy and prevention. […] In view of the lack of clear diagnostic criteria, suggestions have been made for a standardised description of the symptoms involved in the syndrome. […] A multidisciplinary treatment is likely to have the most effect. […] In terms of prevention, an integrated approach aimed at improving the working posture, reduction of static load and job stress and at individual factors is assumed to be the most effective.

• #48 '+pageTitle+’

  https://www.ccohs.ca/newsletters/hsreport/issues/2012/02/ezine.html

  Because RSIs develop slowly, workers should be trained to understand what causes these injuries, how best to prevent them, and how to recognize the early signs and symptoms of RSI. […] In general, the longer someone experiences the symptoms of the RSI before eliminating the problem-causing activity, the higher the risk of developing a more treatment-resistant condition.

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