Dr. Timothy Larson

PATIENT PORTAL

940-299-4263

HAND THERAPY
Services:
 
- Custom splinting and orthoses
- Edema management
- Scar management
- Sensory re-education/Desensitization
- Kinesio-Taping for pain and
   mechanical correction
- Joint Mobilization
- Serial Casting to regain mobility
- Wound Care
- Custom exercise programs
- Ultrasound
 


- Ergonomic Education
- Musician rehabilitation and education
- Joint conservation program
- Graded Motor Imagery
- Dexterity and Fine Motor training
- Progressive Strengthening programs
- Injury Prevention
- Paraffin Wax
- Scar Therapy
- Splint Fabrication
- E-Stim
ULTRASOUND
Therapeutic ultrasound uses low-energy sound waves to treat chronic pain and minor orthopedic injuries. The sound waves penetrate the body and transfer energy to the tissues, causing vibrations and gentle heating.
 
These effects can help with pain relief by relaxing muscles and connective tissues, increasing blood flow to the damaged tissue, and decreasing swelling by mobilizing fluid that has settled and thickened in damaged tissues and by increasing lymphatic flow.

Finally, ultrasound can break up scar tissue, make it easier to stretch tissues and regain mobility and function.
PARAFFIN WAX
Paraffin Wax is solid wax with a low melting point that is often used as a medium to transfer heat energy to muscles and sore joints. When the warm paraffin wax is applied to the skin, it causes the blood vessels to expand, which improves circulation, promotes healing and helps remove toxins out of the skin. 


Paraffin wax is often used for a variety of hand conditions, such as stiff joints from osteoarthritis, soft tissue contractures, conditions like scleroderma and rheumatoid arthritis, tenosynovitis, and Dupuytren's contracture.
E-STEM
Electrical stimulation, also known as E-STIM, is a non-invasive treatment that uses electrodes to send small electrical pulses through specialized patches placed directly on the skin to stimulate muscles or nerves.  E-STIM can target muscles to stimulate quicker motor recovery, or nerves to reduce pain.  The electrical current causes rhythmic muscle contractions, which can help repair injured muscles, inhibit spasticity, and relieve chronic pain. The electrical currents may also help improve blood flow and stimulate healing in the muscle fibers or nerves.
SCAR THERAPY
Scar therapy is a treatment aimed at improving the appearance, texture, and overall quality of scars. Scars are a natural part of the healing process after an injury or surgery; however, they can often be a source of discomfort and self-consciousness for individuals. Scar therapy involves a variety of techniques and products that can help minimize the appearance of scars and promote healing. These techniques may include the use of topical creams or gels, laser treatments, silicone sheets or gels, massage therapy, or surgical interventions. The goal of scar therapy is to reduce redness, soften the scar tissue, improve elasticity, and fade discoloration.

By addressing both the physical and emotional aspects of scarring, scar therapy seeks to enhance self-confidence and overall well-being. It is important to note that the effectiveness of scar therapy may vary depending on the type, size, and location of the scar, as well as individual factors such as genetics and skin type. Consulting with a healthcare professional or dermatologist is advised to determine the most suitable scar therapy approach for each individual.
SPLINT FABRICATION
Splint fabrication requires skill and expertise to ensure that the device is correctly fitted,  Splint fabrication is a process of creating custom-made orthopedic devices that support and immobilize injured body parts. These devices are typically made from various materials such as plaster, fiberglass, or thermoplastics, and are designed to provide protection and promote healing. The fabrication process involves several steps, starting with taking accurate measurements of the injured area to ensure a proper fit. The material is then selected and prepared according to the specific requirements of the patient. It is then applied onto the injured area and molded to its shape. Once the material solidifies, additional modifications such as padding or strapping may be added for increased comfort and stability. Splint fabrication requires skill and expertise to ensure that the device is correctly fitted, aligned, and comfortable for the patient. These custom-made splints can be used to treat a wide range of injuries and conditions, such as fractures, sprains, tendonitis, or to support joints after surgeries. They provide the necessary immobilization and support to promote healing and allow patients to regain function and mobility. Overall, splint fabrication plays a crucial role in the rehabilitation process, helping individuals recover from their injuries and return to their normal activities.

CALL THE OFFICE

BACK TO THE TOP

CONTACT US