Joint Pain & Arthritis Relief

Rebuild the muscle support around painful joints

Joint pain is frequently compounded by the loss of surrounding muscle mass and strength. By rebuilding the muscles that stabilize and protect joints, Emsculpt NEO can help reduce the mechanical load on painful joints — offering a non-invasive path to improved function and comfort.

For knee pain specifically, strengthening the quadriceps with Emsculpt NEO has been shown to reduce pain and improve function in patients with osteoarthritis — because stronger muscles absorb more of the forces that would otherwise be transmitted through the joint. The same principle applies to the hip, shoulder, and other load-bearing joints. Emsculpt NEO can be applied to the muscles surrounding virtually any affected joint, building the protective musculature without placing any stress on the joint itself. BHRT supports this approach by maintaining the muscle mass and anti-inflammatory hormonal environment that protects joint health over the long term.

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Schedule a consultation with Elizabeth Vogstrom, PA-C to discuss the best treatment approach for you.

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Education

Understanding Joint Pain & Arthritis Relief

What Causes It

Joints are designed to bear load and facilitate movement, but they rely on the surrounding musculature to distribute forces evenly and protect the articular cartilage. When the muscles around a joint — such as the quadriceps around the knee, or the rotator cuff around the shoulder — weaken due to age, injury, or inactivity, the joint itself must absorb more of the mechanical stress of movement. This accelerates cartilage wear and promotes the inflammatory processes associated with osteoarthritis. Hormonal changes, particularly declining estrogen and testosterone, reduce both muscle mass and the anti-inflammatory properties that help protect joint tissues.

How It Looks & Feels

Joint pain typically presents as an aching, stiffness, or sharp pain localized to the affected joint, which may be accompanied by swelling, warmth, and reduced range of motion. Symptoms are often worse after periods of inactivity (morning stiffness) or following prolonged use (activity-related pain). The knee, hip, shoulder, and hands are among the most commonly affected joints. Many patients describe a gradual reduction in their ability to perform activities they previously enjoyed — walking, climbing stairs, gardening, or exercise — as the pain and stiffness become more limiting. Muscle weakness around the joint is frequently present but may not be immediately obvious to the patient.