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The Solushin® is a breakthrough treatment for shin splints, clinically proven and backed by a study published in BMJ Innovations. It delivers immediate pain relief and reduces shin splints recovery time by up to 75 days compared to traditional methods.
Developed by three elite athletes—now a medical doctor, biomedical engineer, and medical product designer—the Solushin® uses patented Counter-Traction Technology™ to release tension in the calf muscle and directly target inflammation. Best of all, it allows users to stay active or relax while treating their injury.
What are shin splints?
Shin splints, or medial tibial stress syndrome (MTSS), is a common condition causing pain along the inner edge of the shinbone (tibia). It’s often the result of repetitive stress on the shin and surrounding tissues, particularly from high-impact activities like running or jumping.
Athletes and runners are more prone to shin splints, but anyone involved in weight-bearing activities can develop this condition. The primary symptom is a dull, aching pain that can progress to sharp discomfort, especially during or after physical activity.
Despite how common shin splints are, innovative treatments have been lacking. Studies show that the average recovery time for shin splints can be up to 110 days. Many sufferers experience prolonged pain and difficulty returning to full training due to the slow recovery process.
Left untreated, shin splints can escalate into more severe issues, such as stress fractures, making early and effective treatment essential for faster recovery.
Elite Athlete turned Doctor’s Determination to Find a Better Solution
Dr. William McNamara, now an orthopaedic surgeon in training, personally dealt with shin splints for eight years. Tired of being told to “just rest,” he realized a better solution was needed.
After narrowly missing the Olympics due to another injury-ridden season, Dr. McNamara teamed up with biomedical engineer and world cup finalist Ben Lindsay and medical product designer Rosa Miller to develop the world’s first medical device specifically designed to:
Empower athletes to effectively manage shin splints pain.
Enable faster recovery, allowing athletes to return to peak performance more quickly.
A Faster Treatment, Proven by Clinical Trials
After years of ineffective solutions in their own careers, the Solushin® team was determined to create a device backed by real science. In partnership with a leading Australian sports medicine centre, they conducted their first clinical trial.
Double-Blind Randomized Controlled Trial
Published in BMJ Innovations, the study showed that Solushin® users returned to full activity 75 days faster on average than with traditional treatments (35 days vs. 110 days). That’s the equivalent of being able to complete 10 extra Parkrun’s without shin pain!
Participants also reported immediate pain relief. In this trial, compression garments were used as the placebo, as they have no proven effect on treating shin splints.
Improving Ankle Range of Motion by 21% in One Hour
After receiving feedback from early users about how great the Solushin® made their calves feel, the team conducted a follow-up study to measure the product’s impact on ankle range of motion (ROM). Improved ROM indicates reduced tension in the calf muscles, a key factor in treating shin splints.
Results showed an average 21% improvement in ankle ROM after just one hour of use.
What about compression sleeves?
Compression sleeves are widely used by athletes and fitness enthusiasts for their ability to improve circulation and reduce muscle fatigue. However, independent studies confirm that they have no significant impact on treating shin splints.
In the Solushin® clinical trial, the control group wore compression garments as a placebo. The clear outcome of the trial highlights the superior effectiveness of Solushin® over compression sleeves in treating shin splints.
Launching into Canada
The Australian team behind Solushin® is thrilled to partner with The Physio Store, Canada’s leading online shop for braces, supports, and wellness products, to bring this world-first treatment to Canadians.
Deep Vein Thrombosis (DVT) is a potentially serious medical condition that can develop after surgery, especially if certain risk factors are present. It occurs when a blood clot forms in a deep vein, usually in the legs. These clots can be dangerous because they have the potential to break free and travel to the lungs, causing a life-threatening condition called pulmonary embolism. In this blog, we will delve into the risk factors associated with DVT after surgery and explore the various preventive measures and treatments available to reduce the likelihood of this condition.
Understanding Deep Vein Thrombosis (DVT)
Before delving into risk factors and prevention, let’s first understand what DVT is and how it develops. Deep Vein Thrombosis occurs when blood clots form in the deep veins of the legs, pelvis, or arms. This condition is often asymptomatic, meaning many individuals do not experience any noticeable symptoms. However, when symptoms do occur, they can include:
Swelling in the affected limb
Pain or tenderness
Warmth and redness of the skin
Leg fatigue or heaviness
Aching or cramping pain
Risk Factors for DVT after Surgery
Certain factors can increase the risk of developing DVT after surgery. These factors can be broadly categorized into patient-related factors and surgery-related factors:
Patient-Related Risk Factors for a Deep Vein Thrombosis
Age: Individuals over 60 years old are at a higher risk.
History of DVT or pulmonary embolism: A previous clotting event increases the risk of recurrence.
Obesity: Excess body weight can put added pressure on veins.
Smoking: Smoking damages blood vessels and reduces circulation.
Hormone therapy: Birth control pills and hormone replacement therapy can increase clotting risk.
Cancer and chemotherapy: Cancer itself and some cancer treatments can increase clotting risk.
Inherited clotting disorders: Genetic factors can predispose individuals to clotting disorders.
Flying after Surgery: If you’re flying after a recent surgery, especially on the hips or knees, you’re at an increased risk of a DVT.
Pregnancy: Women are up to 5 times more likely to develop DVT during pregnancy than when not pregnant.
Surgery-Related Risk Factors for Deep Vein Thrombosis
Type of surgery: Major surgeries, especially orthopedic and abdominal procedures, carry a higher risk.
Surgery duration: Longer surgeries can increase the risk of clot formation.
Immobility: Limited mobility after surgery can slow blood flow, promoting clot formation.
Anesthesia: Anesthesia can affect blood flow and clotting factors.
Catheters: The use of catheters during surgery can increase the risk.
Preventing DVT after Surgery
Preventing DVT after surgery is crucial, and healthcare providers employ several strategies to mitigate this risk:
Blood thinners (anticoagulants): These medications reduce the ability of the blood to clot and are often prescribed post-surgery.
Compression stockings: These specialized stockings help improve blood flow by compressing the legs, reducing the risk of clot formation.
Early mobilization: Encouraging patients to move their legs and walk as soon as possible after surgery can prevent stagnation of blood flow.
Sequential compression devices: These mechanical devices periodically inflate and deflate, mimicking muscle contractions and promoting circulation. You can buy these separately, for example the Aircast Venago DVT Prevention unit. Another type of sequential compression device is incorporated into a cold therapy and compression system. The Breg VPulse Cold Therapy System is especially designed for this purpose.
Hydration: Staying well-hydrated helps prevent blood from thickening and clotting.
Smoking cessation: Quitting smoking before surgery can reduce the risk of DVT.
Risk assessment: Healthcare providers often assess a patient’s individual risk factors and tailor preventive measures accordingly.
Conclusion
Deep Vein Thrombosis is a serious condition that can occur after surgery, but it is preventable. Recognizing the risk factors associated with DVT and implementing appropriate preventive measures is crucial to ensure patient safety during the postoperative period. If you are scheduled for surgery, it’s essential to discuss your risk factors and prevention strategies with your healthcare team to minimize the chances of DVT and its potentially life-threatening complications. Always follow your healthcare provider’s recommendations and stay vigilant for any symptoms, as early detection and treatment are key to a successful outcome.
Please feel free to direct any inquiries you may have regarding our products and DVT Prevention to our team of professionals. Our team is highly knowledgeable and well-equipped to provide prompt and accurate answers to any questions you may have!
Knee Osteoarthritis – Medial Or Lateral Compartment?
How Do I Know Which Compartment to Unload When Choosing An Osteoarthritis Knee Brace? When you have osteoarthritis of the knee, a majority of the time it only effects one part of the knee joint, either the medial compartment or the lateral compartment, and rarely both compartments. Unloader knee braces take the pressure off the part of the knee joint that has the most arthritis to it.
So, when unloading an osteoarthritic knee, you need to know which compartment to unload, medial or lateral. It’s essential to determine which compartment of your knee needs the most relief. Typically, the medial (inner) compartment and the lateral (outer) compartment are the two primary areas of concern in knee osteoarthritis (OA).
Knee osteoarthritis (OA) can affect both the medial (inner) and lateral (outer) compartments of the knee joint, but the medial compartment is generally more commonly affected (60% of the time). Here’s some information about the distribution of osteoarthritis in the knee compartments:
Medial Compartment: The medial compartment of the knee is the inner side of the joint, closest to the opposite knee. It bears more weight during activities such as walking and running. Medial compartment osteoarthritis is the most prevalent form of knee osteoarthritis. It occurs when the cartilage on the medial side of the knee gradually wears down, leading to joint pain, stiffness, and decreased range of motion.
Lateral Compartment: The lateral compartment of the knee is the outer side of the joint. It carries a smaller portion of the load compared to the medial compartment. Lateral compartment osteoarthritis is less common but can still occur. It involves degeneration of the cartilage on the outer side of the knee joint, resulting in symptoms similar to medial compartment osteoarthritis.
How Do I Know Which Compartment to Unload to Help My Knee?
Here are a few steps to help you identify the correct compartment for unloading with your custom knee brace:
Consult with a Healthcare Professional: It’s highly recommended to seek advice from a healthcare professional such as an orthopedic specialist, physiotherapist, or an experienced prosthetist/orthotist. They will evaluate your knee condition, conduct a physical examination, and provide valuable insights into the specific compartment affected by OA.
Diagnostic Imaging: Your healthcare provider may order diagnostic imaging tests such as X-rays, magnetic resonance imaging (MRI), or ultrasound to get a better understanding of the severity and location of the osteoarthritis. These images can reveal the extent of cartilage damage and identify the compartment that requires unloading.
Pain and Symptom Assessment: Take note of your knee pain and any associated symptoms. Osteoarthritis pain tends to be localized and may present differently based on the compartment affected. For example, pain on the inner side of the knee during weight-bearing activities may indicate medial compartment involvement.
Brace design and fitting: Your osteoarthritis knee brace should be designed to unload the specific compartment affected by OA. Working closely with a qualified brace specialist, they will take into account the information from your healthcare professional and design the brace to provide appropriate support and unloading to the identified compartment.
Remember, it’s crucial to involve healthcare professionals in the process to ensure accurate identification of the affected compartment and proper fitting of your osteoarthritis knee brace.
Types of Unloader Knee Braces for Osteoarthritis
We sell several Osteoarthritis unloader knee braces at the Physio Store. There are several types of unloader knee braces on the market today! Some are over the counter (OTC) and others are customized unloader knee braces. The primary differences between an over-the-counter (OTC) unloader brace and a customized unloader knee brace lie in their design, fit, and level of support.
Here’s a breakdown of the differences:
Design
Over-the-Counter (OTC) Unloader Brace: OTC unloader braces are pre-fabricated and come in standard sizes. They are designed to provide a general level of support and unloading for the knee joint.
Customized Unloader Knee Brace: Customized unloader knee braces are specifically designed and fitted to an individual’s unique knee anatomy and condition. They are created based on measurements, molds, and specifications taken from the patient’s knee, providing a highly personalized fit and unloading mechanism.
Fit
OTC Unloader Brace: OTC braces come in predetermined sizes and may have adjustable straps or closures to accommodate some level of customization. However, they cannot match the precise fit of a customized brace.
Customized Unloader Knee Brace: Customized braces are individually crafted based on detailed measurements and molds taken from the patient’s knee. They offer a tailored fit that closely matches the contours of the knee, ensuring optimal comfort, stability, and unloading for the affected compartment.
Level of Support:
OTC Unloader Brace: OTC braces generally provide a basic level of support and unloading. They help alleviate some symptoms and provide mild relief. But they may not offer the same level of targeted unloading as a customized brace.
Customized Unloader Knee Brace: Customized braces are specifically designed to address the unique needs of the individual’s knee condition. They can apply more precise unloading forces to the affected compartment. They provide a higher level of support, pain relief, and joint stability.
Clinical Guidance
OTC Unloader Brace: OTC braces are readily available for purchase without a prescription. They can be used without direct involvement from a healthcare professional. Although it is advisable to consult with a professional to ensure proper fit and suitability for your condition.
Customized Unloader Knee Brace: Customized braces require a prescription and involve a healthcare professional. They are tailored to the individual’s specific knee condition, and the fitting and adjustments are done under professional guidance.
Customized unloader knee braces provide a higher level of personalization, fit, and targeted unloading. These custom braces are best suited for individuals with specific knee conditions that require a more precise and individualized approach to unloading and support. A few examples include: