Center For Stroke & Hand Recovery, Inc.

02/21/2026

02/21/2026

02/20/2026

02/20/2026

02/20/2026

02/18/2026

02/17/2026

Anterior shoulder pain is frequently linked to irritation of the long head of the biceps tendon and its close relationship with the rotator cuff. The long head of the biceps travels through the bicipital groove of the humerus and enters the shoulder joint capsule before attaching to the superior glenoid labrum. Because it crosses the joint, it plays a dual role in stabilizing the humeral head and assisting shoulder and elbow motion.

From a biomechanical perspective, the biceps tendon functions as a dynamic stabilizer, helping resist upward migration of the humeral head during arm elevation. When shoulder mechanics are balanced, the rotator cuff and scapular stabilizers maintain proper alignment, allowing the tendon to glide smoothly within its groove.

Patho-biomechanics begins when scapular control is compromised or rotator cuff strength declines. Poor upward rotation of the scapula, rounded shoulder posture, or repetitive overhead loading increases anterior shoulder stress. As the humeral head shifts slightly forward or upward, friction increases on the biceps tendon, leading to irritation and inflammation.

Repetitive overhead movements, heavy lifting, throwing activities, and poor posture can cause microtrauma to the tendon. Over time, inflammation thickens the tendon and reduces its ability to glide freely. This creates a cycle of friction, pain, and protective muscle guarding. Because the tendon lies in a confined groove, swelling further increases compression and irritation.

Patients commonly experience deep anterior shoulder pain, tenderness over the bicipital groove, discomfort during lifting or reaching, and pain with resisted elbow flexion or forearm supination. Symptoms often worsen with overhead activities or prolonged use of the arm.

If untreated, chronic irritation can progress to tendon degeneration or tearing and may coexist with rotator cuff pathology or shoulder impingement. Effective management focuses on restoring scapular mechanics, strengthening rotator cuff stabilizers, reducing tendon overload, and correcting posture to reduce anterior shoulder stress.

Understanding the patho-biomechanics behind biceps tendon irritation helps guide rehabilitation and prevents progression to more severe shoulder dysfunction.

02/16/2026

02/16/2026

🤝 Connect-In the Community Meet Up
The USANEO Chapter is bringing our community together for a relaxed, in-person social event — and you’re invited! Join us at the Winking Lizard in Independence for an afternoon of conversation, connection, and community with others from the SCI community.
📍 Winking Lizard: Independence
📅 February 7, 2026
🕓 4:00 PM EST
This meet up is all about creating space to socialize, share stories, and build meaningful connections. Attendees are responsible for their own transportation and any food or beverages purchased at the venue.
RSVP: https://forms.gle/tHJCUWP6hXRmZAWi6
✨ Connect-In the Community meet ups will rotate throughout Northeast Ohio — come connect with us where community happens!

02/16/2026

Wow this is neat

02/16/2026

Ultrasound Therapy (UST)
🔹 What is Ultrasound Therapy?

• Deep heating modality used in Physiotherapy
• Uses high-frequency sound waves
• Treats soft-tissue injuries
• ❌ Not an electrical current

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🔹 Principle

• Based on Piezoelectric Effect
• Electric current → vibration of quartz crystal
• Produces ultrasound waves
• Causes thermal & non-thermal effects in tissues

🔹 Frequency & Pe*******on

• 1 MHz → Deep tissues (3–5 cm)
• 3 MHz → Superficial tissues (1–2 cm)

🔹 Modes of Ultrasound

Continuous Mode • Continuous energy delivery
• Produces thermal effect
• Used in chronic conditions

Pulsed Mode • Intermittent energy delivery
• Produces non-thermal effect
• Used in acute & sub-acute conditions

🔹 Effects of Ultrasound

Thermal Effects • ↑ Tissue temperature
• ↑ Blood circulation
• ↓ Pain
• ↑ Collagen extensibility
• ↓ Muscle spasm

Non-Thermal Effects • Stable cavitation
• Acoustic streaming
• ↑ Cell membrane permeability
• Faster tissue healing

🔹 Indications

• Tendinitis
• Bursitis
• Muscle spasm
• Ligament sprain
• Scar tissue
• Chronic inflammation
• Joint stiffness
• Myofascial pain

🔹 Contraindications 🚫

• Malignancy
• Pregnancy (abdomen / low back)
• Thrombophlebitis
• Infection
• Epiphyseal plates (children)
• Pacemaker area
• Eyes, heart, brain
• Post-laminectomy spine

🔹 Dosage (General Guide)

Acute • Mode: Pulsed
• Intensity: 0.3–0.5 W/cm²

Sub-acute • Mode: Pulsed / Continuous
• Intensity: 0.5–0.8 W/cm²

Chronic • Mode: Continuous
• Intensity: 0.8–1.5 W/cm²

⏱ Duration: 5–10 minutes
📏 Area: 2–3 × ERA of sound head

🔹 Technique

• Apply coupling medium (gel / water)
• Keep sound head moving slowly
• Maintain full skin contact
• Avoid bony prominences

🔹 Advantages

• Deep tissue pe*******on
• Localized treatment
• Safe if used properly
• Enhances tissue healing

🔹 Disadvantages

• Operator dependent
• Risk of burns if misused
• Limited use due to contraindications