Nebraska’s Leading Frozen Shoulder Treatment Center

Frozen Shoulder Doctor Explains: Understanding The Condition

Don’t let the pain and stiffness of a frozen shoulder limit your ability to live and move comfortably. If you’re experiencing shoulder pain or restricted movement, contact our frozen shoulder specialists today. We’ll create a personalized treatment plan designed to restore shoulder mobility and help you start your journey to recovery.

A frozen shoulder, or adhesive capsulitis, occurs when the shoulder’s capsule (the connective tissue surrounding the joint) becomes tight and inflamed, restricting movement. This tightening causes stiffness and pain that gradually worsen, making it difficult to lift or rotate the arm. The condition often develops when a person avoids moving the arm fully, leading to a cycle of decreased motion and increased pain. Neck pain, arthritis, poor blood flow, or shoulder bursitis can contribute to its onset. It was once common in older adults recovering from wrist fractures, where limited shoulder movement eventually led to the condition.

People with diabetes are at a higher risk of developing frozen shoulder, with an incidence rate of 10–20%, compared to 2–5% in the general population. The exact cause of this increased risk is not fully understood but may involve changes in connective tissue. Treatment focuses on pain relief and preventing further stiffness. While frozen shoulder often improves over time, usually within two years, targeted care can accelerate recovery and reduce discomfort.

Our frozen shoulder doctors may recommend pain management strategies including corticosteroid injections, non-narcotic analgesics like Tylenol or tramadol, and medications such as gabapentin. Physical therapy for frozen shoulder, especially when combined with heat therapy, helps improve range of motion and flexibility. In more advanced cases, gentle stretching under anesthesia may be required. Arthroscopic procedures are typically reserved for severe or resistant cases that do not respond to traditional treatment methods.

Natural History of Frozen Shoulder

When left untreated, a frozen shoulder typically takes about two years or more to complete its natural course. During this time, pain and stiffness gradually improve, but most patients are left with some degree of limited motion. While spontaneous recovery is possible, living with persistent shoulder pain and restricted movement for years is often not acceptable for most people, especially when effective frozen shoulder treatment options are available to shorten recovery time and relieve discomfort.

Patients who develop frozen shoulder on one side have roughly a 34% chance of experiencing it in the opposite shoulder later on. Over the years, many patients have presented with one shoulder affected, only to return months or years later with similar symptoms on the other side. Early evaluation by an experienced frozen shoulder doctor can help prevent worsening stiffness and may reduce the risk of the condition recurring or developing bilaterally.

Diagnosis of Frozen Shoulder

A frozen shoulder is diagnosed primarily based on symptoms such as pain, stiffness, and reduced range of motion, especially difficulty reaching behind your back. To confirm the diagnosis and rule out other shoulder conditions, your frozen shoulder doctor may order imaging tests such as an arthrogram or MRI scan. These studies help ensure that the rotator cuff is intact and that no additional injuries are contributing to your shoulder pain. If a tear is found, more aggressive early treatment may be required.

Initial treatment often includes non-addictive pain medication like acetaminophen and, in some cases, a corticosteroid injection to relieve inflammation and discomfort. Because these injections are low-risk, they are frequently used as an early step in frozen shoulder treatment. If an injection provides significant relief lasting more than a few days, it can be repeated after several weeks.

A trial of NSAIDs (nonsteroidal anti-inflammatory drugs) may also help reduce pain and swelling with minimal risk. If improvement remains limited, manipulation under anesthesia (MUA) can be considered. During this procedure, the shoulder is gently stretched while the patient is asleep to increase motion. In resistant cases, arthroscopic capsular release may be an option. Regardless of the approach, maintaining a consistent program of home shoulder exercises is essential for long-term recovery and to prevent stiffness from returning.

Frozen Shoulder Treatment Options

The cornerstone of frozen shoulder treatment is physical therapy aimed at restoring motion and reducing pain. This typically includes heat therapy, gentle stretching, and assisted range of motion exercises guided by a therapist. Patients may also benefit from over-the-counter analgesics like acetaminophen or, in more painful cases, prescription options such as hydrocodone. Nonsteroidal anti-inflammatory drugs (NSAIDs), including meloxicam, ibuprofen, and celecoxib can further reduce inflammation and discomfort. While corticosteroid injections may offer short-term pain relief, their long-term effectiveness is limited.

For cases that do not respond to conservative care, manipulation under anesthesia (MUA) may be recommended. During this procedure, the shoulder is gently stretched while the patient is asleep, helping break up tightness in the joint capsule. Following MUA, patients begin an intensive outpatient physical therapy program to maintain motion and prevent the shoulder from tightening again.

In severe or persistent cases, arthroscopic shoulder capsular release may be considered. This minimally invasive surgery uses a fiberoptic scope and specialized instruments to release the tight capsule and restore movement. Because this approach carries higher costs and potential risks, such as nerve injury, it is typically reserved for cases that fail to improve with other frozen shoulder treatments. Even so, simply discussing these options often motivates patients to stay consistent with their home exercise program and physical therapy.

The Risks of Frozen Shoulder Treatment

The risks associated with frozen shoulder treatment are generally very low. Gentle manipulation of the shoulder carries almost no risk. In rare cases, patients with osteoporotic (weakened) bone could experience a humeral fracture, though this is extremely uncommon. There is also a theoretical risk of injury to the brachial plexus, the network of nerves that extends from the neck into the arm, but such complications are exceedingly rare in practice.

For patients requiring arthroscopic capsular release, potential risks include infection or axillary nerve injury, as the nerve runs close to the underside of the shoulder capsule. These occurrences are rare but highlight the importance of working with an experienced frozen shoulder doctor who specializes in shoulder surgery. At Nebraska Hand & Shoulder Institute, each treatment plan is tailored to minimize risk while achieving the best possible improvement in shoulder function and pain relief.

Frozen Shoulder vs. Shoulder Impingement

 Although frozen shoulder and shoulder impingement both cause shoulder pain and limited movement, they are distinctly different conditions. A frozen shoulder (adhesive capsulitis) involves tightening and thickening of the joint capsule, which restricts motion in nearly every direction. In contrast, shoulder impingement occurs when the acromion bone at the top of the shoulder pinches the underlying rotator cuff or biceps tendon, leading to pain primarily during lifting or overhead activity.

This pinching process can irritate or even tear the rotator cuff over time, especially in active individuals. Frozen shoulder pain, on the other hand, develops gradually and is often linked to inflammation or reduced movement following injury or illness.

Understanding the difference between these two shoulder problems is key to proper diagnosis and treatment. If you suspect impingement rather than frozen shoulder, visit our shoulder impingement syndrome page to learn more about causes, symptoms, and treatment options.