Tag Archives: tendonitis

dry needling physical therapist

What is Trigger Point Dry Needling?

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TRIGGER POINT DRY NEEDLING uses small, thin needles to stimulate underlying myofascial trigger points, muscular and connective tissues for the management of many orthopedic conditions, both acute and chronic. Physical therapists use dry needling as a safe, effective, and efficient treatment technique to release painful hyper-irritable spots within a band of skeletal muscle. By inserting a needle into the dysfunctional tissue, it often leads to a contraction of the muscle which then stimulates a release. This leads to a reduction of pain, improvements in flexibility and a restoration of normalized movement when combined with corrective exercises.

WHAT IS A MYOFASCIAL TRIGGER POINT?
A myofascial trigger point is a hyperirritable spot within a taut band of skeletal muscle that produces local or referred pain. The trigger point can lead to increased pain, decreased flexibility and decreased muscle function if not treated. Trigger point dry needling is a safe, effective and efficient treatment technique to release these painful spots.

WHAT TYPE OF PROBLEMS CAN BE TREATED?

Muscle dysfunction can be the primary or secondary contributing factor to many neuromusculoskeletal conditions, which can include:

•  Repetitive Stress Injuries
•  Tendonitis or Tendinopathy
•  Muscle Strains
•  IT Band Syndrome
•  Patellofemoral Dysfunction
•  Plantar Fasciitis
•  Neck Pain or Headaches
•  Rotator Cuff Impingement
•  Carpal Tunnel Syndrome
•  SI Joint Dysfunction
•  Sciatica

Dry needling

This treatment is NOT acupuncture. Modern dry needling is based on Western neuroanatomy and modern scientifi c study of the muscles and nervous system. This modality can only be done by trained clinicians.

If you are interested in Trigger Point Dry Needling, find a physical therapist near you and ask for more information.

Protect, Stretch & Rest: General Tips

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These are some general healthy tips to remember during your day-to-day activities.

• If you are doing strenuous, household or outdoor work protect your hands with gloves in order to prevent injury and/or loss of moisture.
• Take frequent breaks or switch to a new activity. Overuse of repetitive motions, such as pressing buttons, can cause tendonitis of the elbow or lead to Carpal Tunnel Syndrome.
• If you find yourself sitting at your computer for hours each day, stop each hour and stretch your fingers, arms and the rest of your body to help prevent injury to your bones, joints and muscles.
• If you have pain during your activity, stop. Pain is one of the ways your body is letting you know that you are overextending a particular muscle group.

avoiding workplace hazards for feet and hands

Avoiding Workplace Hazards for Feet and Hands

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avoiding workplace hazards for feet and hands

OSHA Estimates totals for foot and hand types of injuries annually at 320,000 hand and finger injuries, 70,000 eye injuries, 70,000 head and face injuries, and 110,000 foot and toe injuries in 1987. Close to 30% of the total injury base. Sharp or heavy falling objects are the primary sources of foot injuries. So how does one go about avoiding workplace hazards for feet and hands?

To help you get started we have listed out some of the common injuries and actions that lead to workplace injuries of the hand and foot. This is by no means complete as there certainly could be burns or lacerations or multiple levels of sprains/strains in either body area in addition to those noted.

Foot Injuries

One’s feet provide support and movement. Yet, the 26 bones in the human foot can be easily damaged. According to the BLS, 40 laborers suffer disabling injuries to their feet and toes every day. These injuries account for 8.5 percent of all lost-time injuries in the construction industry.

  • Compression – when foot or toe is squeezed between two objects
  • Puncture – when a sharp object like a nail, penetrates the shoe
  • Slipping – loss of traction due to oil, water or chemicals
  • Chemicals/Solvents – may penetrate ordinary safety shoes and can harm feet
  • Temperature Extremes – insulated boots may be necessary, depending on climate
  • Wetness – extended exposure to water may result in discomfort and possible infection
  • Electricity – a danger when using power tools or electric equipment

Some of the most common foot and leg injuries include:

  • Fractures – A fracture of the bones in the leg, foot, or knee may be caused by falling objects or an accidental fall from a height. Some fractures can be treated by using a lightweight cast and crutches, while more serious fractures may require surgery and extensive physical therapy.
  • Knee Tendonitis – Knee Tendonitis is a swelling of the tendons surrounding the knee. Individuals who spend a lot of time walking, standing, or lifting objects while at work are at risk of developing this painful condition. Older individuals are, particularly at risk.
  • Knee Bursitis – Knee Bursitis is a swelling of a fluid sac that provides cushioning for your knee joint. Like tendonitis, bursitis can cause severe pain, inflammation, and loss of mobility.
  • Loss of Limb – The most serious workplace accidents may require amputation. These life-altering accidents can have devastating effects on an individual’s quality of life and ability to work. Amputation cases are especially complicated because they involve issues of retraining, prosthetic replacement, wound care, and home modification. Leg and foot injuries can be among the most devastating for an individual to sustain as well as the most difficult to overcome. Using crutches or a wheelchair can severely limit a person’s mobility, and make it difficult to complete, let alone enjoy, everyday activities at work, at home, and in the community.
    Leg and foot injuries can also make it very difficult, if not impossible, to return to one’s pre-injury employment. Individuals who perform manual labor rely on the use of their legs and feet to perform nearly every aspect of their jobs. Furthermore, many workplaces are also not properly equipped for individuals with limited mobility.

hand injury


Hand Injuries

The hands are an extremely important part of the body and can be damaged in a matter of seconds, leaving a Laborer permanently disabled. According to the Bureau of Labor Statistics (BLS), Laborers suffer over 8,600 disabling hand injuries each year, accounting for roughly 18 percent of all disabling injuries.

The most common dangers include:

  • Pinch or crush points
  • Hot surfaces
  • Rotating devices
  • Chemicals
  • Machinery not properly locked out

Some common hand, wrist, and arm injuries that can occur in the workplace include:

  • Fractures – A hand, wrist, or arm fracture can occur due to falling objects or other accidents. Some fractures can be severe and may require extensive reconstructive surgery.
  • Nerve damage – An accident may damage the nerves in the hand and arm, which may cause numbness and pain.
  • Loss of limb – A serious accident may require the amputation of an arm or hand. This serious injury can dramatically affect all aspects of your life. Individuals must relearn how to conduct even simple functions, and while prosthetic limbs can help, they are expensive. Furthermore, approximately 60-80% of amputees experience phantom limb syndrome, causing them to feel sensations such as aching, itching, and burning to emanate from the body part that is no longer there.

In addition to hand and arm injuries that are caused by an accident, many common injuries are caused or worsened by repetitive stress.
These ailments include:

  • Carpal tunnel syndrome – People with carpal tunnel syndrome experience pain and tingling sensations in their thumbs and fingers. Although the exact cause of carpal tunnel syndrome is unknown, many researchers believe that performing repetitive manual tasks, such as typing on a keyboard, may cause or worsen the condition. Carpal tunnel syndrome may require wrist surgery, steroid injections, or the use of a brace.
  • Repetitive strain injuries – Repetitive strain injuries are characterized by painful sensations while performing a repetitive task, such as lifting heavy objects. These injuries can worsen the more an activity is performed. Injuries to the arm and hand, whether suffered by an accident or through repetitive strain, can permanently impact a person’s life. Even the completion of simple, everyday tasks may become difficult and exhausting, diminishing one’s overall quality of life.

Understanding what the injuries are is the first step in prevention. If you are looking to put protocols in place to help team members avoid workplace hazards for feet and hands, please reach out to a physical therapy clinic that specializes in industrial rehabilitation. They can work with you to improve the safety of the workplace and the employees.

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Shoulder Impingement Syndrome

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Article written by: Chris Wolfe, PT, Certified MDT, OCS
Director of Green Hills STAR Physical Therapy
www.StarPT.com

 
Shoulder disorders are some of the most common joint complaints, and shoulder impingement syndrome and rotator cuff tendonitis are considered to be the most frequent cause of shoulder pain and disability. The shoulder complex is unique in the body due to its structure and function. It is considered a ball and socket joint involving the large rounded end of the upper arm bone called the humerus and the small shallow socket of the shoulder blade. This disproportional shape allows for a wide range of directions that the arm can be moved; however, it does not provide much stability to hold it in place. The stability of the shoulder relies heavily on numerous ligaments, tendons and muscles; and the most common group is called the rotator cuff. The rotator cuff attaches to and surrounds the rounded end of the humerus and is bordered superiorly by a bony roof called the acromion. There is a small space between this bony roof and the rotator cuff. With reaching overhead, the space around the rotator cuff decreases, sandwiching and pinching the tendons between the two bones. This can lead to the disorder of shoulder impingement where the tendons become compressed and then inflamed.
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