What is ART?
ART, or Active Release Techniques, is a hands on soft tissue massage method whereby soft tissue problems such as carpal tunnel, nerve entrapments, plantar fasciitis, low back pain, shoulder pains, and other pain syndromes can be alleviated.
Many soft tissue problems arise from overuse, repetitive motions past trauma. These conditions create an environment whereby tissues begin to “stick” to each other, rather than a gliding motion over or around one another. ART helps to restore that gliding motion which increases physical ability again.
ART is recognized by OSHA (Occupational Safety and Health Administration) and the department of labor as an effective wellness, prevention, or first aid measure. ART is a patented, state of the art soft tissue system/movement based massage technique that treats problems with muscles, tendons, ligaments, fascia and nerves. Headaches, back pain, carpal tunnel syndrome, shin splints, shoulder pain, sciatica, plantar fasciitis, knee problems, and tennis elbow are just a few of the many conditions that can be resolved quickly and permanently with ART. Visit the Active Release Techniques website.
Ergonomic Assessments & Risk Factors
What are Ergonomic Risk Factors?
Ergonomic risk factors are the specific tasks of a job that can cause the worker to use his/her body in such a way to inflict abnormal stresses on soft tissues and joints. These risk factors create an environment for Musculoskeletal Disorders, or MSDs. In the US, 1/3 of worker compensation costs are from MSDs. Individuals that develop MSDs in the workplace can miss several days of work, or perform light duty tasks. Generally, the cost of a non surgical MSD is approximately $12,000.00. The following is a list of factors acknowledged by OSHA, NIOSH that are considered lead contributors to MSDs.
- Awkward postures
- Number of repetitions
- Cold temperatures
- Contact stress
- Rest time between movement
- Static Postures
When multiple risk factors are combined through out a work day more risk is associated to cause MSD, although even one risk factor can be a large contributor to MSD. As a result, a task with a static position and very low forces, yet performed many many times can create the environment for MSD.
Duration, force / repetitions and rest time is the equation for developing MSD:
Injury = Force x Amplitude of the movement / Number of repetitions x Rest
It is important that ergonomic risk factors be examined in view of these variables when viewing tasks for improvement, potential challenges of work stations, and employee movement patterns.
Engaging experienced individuals as well as the workers themselves will help to identify risk factors that are not as obvious or observable to most individuals.
Why Manual therapy is not a novelty,…… It’s a necessity to remain at a higher physical functioning level
Our skeletal bones are rather rigid compared to the rest of our body. The human body can move through space as graceful as a ballerina, as forceful as a professional football player, or someone in the assembly line at work. In order to do this, the tissue between skeletal bones and skin, must glide through, around and pass each other constantly. This “gliding” is what keeps us flexible and STRONG. When areas of the body stop the relative gliding motion, we can perceive this as: stiffness, decreased flexibility or decreased range of motion of a joint, discomfort, pain, numbness, tingling, nerve pain, or a combination of aforementioned.
The decrease in the relative gliding motion that our tissue experience can be due to:
- Trauma or surgery
Development of scar tissues
- Overuse or Repetitive motions
This creates muscle imbalances that perpetuate the problem from a continuous cycle of adhesion formation
- Static postures
The worst repetitive motion: Postural muscles get no rest time between contractions. Again, a continuous cycle of adhesion formation
Joint changes from metabolic challenges:
- Post-surgical challenges
- Multiple Sclerosis
- Post CVA
- Nutritional deficits
All of the above will produce biomechanical movement changes in the body. Muscles cannot contract normally. There may be undue stress on joints as well, where there should not be. Soon, it can be noticed in decreased range of motion, decreased strength, stiffness, discomfort, and as this accelerates through the continual production of adhesion formation (the body’s mechanism for tissue healing and in response to decreased oxygen), the initial “stiffness” may become more of a pain.
Our primary focus, whether a private client, or in a manufacturing or corporate facility, is to restore the best possible tissue gliding motion. Followed by this is biomechanical movement retraining, which, is also an essential component to teach and empower individuals to develop a best practice to reduce the chances of re-occurrences.
Equestrian & Equine Bodywork
The Sport Horse
If I need body work, does my horse? If my horse needs body work, do I?
Sport horses represent an interesting facet in the field of manual therapy and biomechanical movements. Not only is the horse a quadruped, but, in many sports, the horse is mounted and given aids by a rider. The body of the human rider will influence the desired result, or not, with the horse. So, for the horse, many factors come into play:
- Breed and confirmation
- How well does the equipment fit (IE: saddle)
- Coordination between the four limbs:
- How well the rider can communicate the aids to the horse
Horses, like humans, develop tissue adhesions that will have the similar effects on the horse:
- Decreased muscle action: seen by resistance to aids, decreased flexibility, decreased strength for a specific task
- Ill-fitting saddle: was this a contributing factor, or are there other reasons why the saddle no longer fits properly
- Change in temperament: horses can display a change in temperament when dealing with pain from tissue adhesions
Versa uses the same techniques on horses to determine tissue adhesions and also uses biomechanical treatment regimens to help restore optimal movement patterns.
In addition, we can also look at the rider with horse to determine movement challenges the rider may display that can be corrected by using Semg and 2D cameras.
Full time working Americans spend at least an 8 hour waking work time at their job. In administration, this means long hours sitting at the computer, phone, or in meetings. In manufacturing, construction, and other physical related jobs, this means possible repetitive movements, lifting heavy bulky objects during the work time. Whether a static position, or a moving repetitive motion, the total effects on soft tissues can lead to decreased joint motion, stiffness, pain, reduced strength. When physical discomfort occurs, a mental component of decreased mental acuity usually accompanies that can lead to a reduction in productivity (Gisela Sjøgaard*, 2014) (Musculoskeletal Disorders and the Workplace: Low Back and Upper Extremities ), and later lost time. (" Economic,Benefits,of,Physical,Activity,"World"Health"Organization."2003)
Thinking about postures and movements when at work is generally called “ergonomics”: the study and science of fitting the job to the worker. The caveat to this is that in many manufacturing industries, the equipment originally made to produce a product did not receive an ergonomic design; therefore, we have workers still using this equipment today. For this reason we look to the worker and other tools to reduce worker injury regarding Musculoskeletal Disorders.
Altering, adding, or changing movement patterns and postures are excellent ways to reduce the large number of MSDs in a company. This can be accomplished through: visual means, employee reporting, and using surface electromyographic and biomechanical measures. The later offers the most up to date information that is used to determine prior to any changes, and after changes, are employee muscles being used normally.
MSDs do create an inefficiency within muscle groups. BY using equipment that can record how the muscles are being used during a work task, a better solution can be developed for workers.
Reducing Musculoskeletal Disorders
Reducing Musculoskeletal Disorders through better ergonomic movements, postures, tools:
- Ergonomics Ultimately reduces costs. Preventing and reducing MSDs, companies save approximately 1$ out 3$ in worker compensation costs. By continuing to focus on ergonomic changes everywhere in the company, and reducing the MSDs, indirect costs also go down, which, can be up to 20 times of one reported injury. If an average cost of an MSD episode without surgery cost is $12,000.00, indirect costs can be dramatically higher!
- Ergonomics boosts productivity. Posture and movement solutions that ergonomics focuses on, improve productivity by reducing muscle fatigue, especially towards latter half of work day. Optimal movement patters need less muscle exertion, resulting in better efficiency of movement and better quality product produced.
- Ergonomics improves quality products. Non efficient movements lead to fatigued workers. This creates two issues: (1.) increased risk for an injury secondary to lack of concentration and (2.) decreased quality of product made. The latter now delves into indirect costs rising.
- Ergonomics fosters better employee / employer relations. Employees do notice when the company is putting forth new ideas to foster health and safety. This also builds a sense of satisfaction, loyalty and commitment of the company as a whole to build better products. Less employee turnover means less dollars spent on hiring process and re-training.
- Ergonomics cultivates a better safety practices. Safety is a core value these days. Permeating ergonomic ideas throughout the company will: 1.) increase all employees education on health and safety. 2.) Builds good value and esteem amongst employees. It is not the product or customers that is your most important asset. It is your employees.
Surface EMG: A technique in which electrodes are placed on (not into) the skin overlying a muscle to detect the electrical activity of the muscle, which, is non-invasive as compared to the more commonly known, Electromyography (EMG); an electrodiagnostic medicine technique for evaluating and recording the electrical activity produced by skeletal muscles.
Surface EMG assesses muscle function by recording muscle activity from the surface above the muscle on the skin. Today, surface electrodes are able to provide an excellent assessment of surface muscle activity. Surface EMG can be recorded by a pair of electrodes or by a more complex array of multiple electrodes.
The use of SEMG in the private sector, and, all aspects of working environments help to identify problem areas of posture and movement patterns. This includes individuals and all ergonomic based workstations. Many studies indicate that although a workstation has been improved to coincide with current ergonomic recommendations, movement re-patterning of individuals may not change or fully resolve; in this event, stiffness, discomfort may still be reported. SEMG is a salient barometer to now change altered movement patterns through re-training by specifically trained professionals.
Versa uses a multi-factor approach: SEMG, movement patterns, manual therapy, strength and movement retraining to restore optimal and pain free movements.