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A complete, specialist-led treatment program designed to address capsular restriction, muscle guarding and the rehabilitation needed to restore active shoulder movement.
When adhesive capsulitis leaves your shoulder painful, restricted and difficult to use, treating only one part of the problem may not be enough. Advanced Capsular Mobilization brings together preliminary screening, clinical assessment, neuromuscular preparation, controlled capsular mobilisation and structured rehabilitation before and after the procedure.
For carefully selected patients, ACM is the most comprehensive frozen shoulder treatment program offered by Frozen Shoulder Specialists. Every stage is coordinated around a central goal: restoring meaningful movement and helping the patient return to everyday activities as efficiently as their individual condition allows.
Frozen shoulder involves more than a painful arm. In true adhesive capsulitis, the shoulder capsule becomes contracted and movement is restricted. Protective muscle guarding can further limit the active movement a patient can produce independently.
ACM is designed to address both the capsular and muscular components within one coordinated pathway:
Help determine whether the restriction appears consistent with adhesive capsulitis and whether ACM may be appropriate.
Prepares the muscles surrounding the shoulder and addresses protective guarding before the capsular procedure.
Performed by an orthopedic surgeon in a monitored hospital environment, with an anesthesiologist administering IV sedation.
Begin shortly after the procedure and continue through a structured overnight and home program.
Helps patients maintain movement, strengthen the shoulder and return to functional activity.
This coordinated sequence is what defines ACM. The treatment is not presented as an injection alone, a stand-alone manipulation or a generic course of physiotherapy.
There is no single treatment that is best for every person or every stage of frozen shoulder. The right option depends on whether the primary problem is inflammation, protective muscle guarding, capsular contracture, another shoulder condition or a combination of factors.
For an appropriately selected patient with true adhesive capsulitis and significant capsular restriction, ACM is our primary and most comprehensive specialist treatment program.
We developed the program to address the restrictions inside the capsule, the muscular guarding surrounding the joint and the intensive rehabilitation needed to translate passive movement into active function.
This is why ACM may be considered after physiotherapy, injections or time have not restored sufficient movement — or when an assessment shows that a contracted capsule remains the principal mechanical restriction.
Our goal is not to recommend ACM to every patient. It is to identify the patients for whom the complete program is clinically appropriate and to decline treatment when another diagnosis, medical concern or injury risk makes a different pathway more suitable.
Advanced Capsular Mobilization is a coordinated treatment program designed to address both the muscular and capsular components of frozen shoulder. The process begins by objectively measuring how the shoulder moves and preparing the muscles surrounding the joint before the capsular portion of the procedure.
Before treatment begins, we establish an objective baseline of the patient’s active range of motion.
The patient performs each movement independently, without the doctor lifting or assisting the arm. For lateral abduction, the patient stands with their back against a wall, their palm facing the thigh and their little finger tracking along the wall as they raise the arm as far as they can.
The movement is recorded on camera and measured using a digital inclinometer. We also assess forward flexion, internal rotation and external rotation to document how the shoulder is functioning before treatment.
This assessment helps our clinical team evaluate how much of the restriction may be associated with muscular guarding and how much appears to come from the contracted shoulder capsule.
Frozen shoulder can involve more than capsular restriction alone. Protective muscle guarding may also prevent the muscles surrounding the shoulder from activating, lengthening and coordinating normally.
ACM therefore begins with a specialized neuromuscular soft-tissue treatment performed by a doctor who is also a neuromuscular soft-tissue specialist. The treatment combines carefully resisted movements with targeted manual input to help reduce guarding and retrain the muscular pull patterns surrounding the shoulder.
This muscular component is designed to:
After approximately 20 minutes of treatment, the same active range-of-motion measurements are repeated under the same conditions.
When muscular guarding is a substantial part of the restriction, patients may demonstrate an immediate improvement in active lateral abduction or forward flexion. When the limitation is predominantly capsular, the change during this stage may be smaller, with the remaining mobility addressed during the capsular portion of ACM.
Individual results and recovery times vary.
This is active, unassisted movement. The patient raises the arm independently before and after the neuromuscular soft-tissue treatment. Movement is recorded and measured using a digital inclinometer. Individual results vary.
In our documented patient cases, improvements following the muscular component have ranged from modest changes to substantial gains in active movement. The degree of improvement depends on how much of the patient’s restriction is muscular versus capsular.
Individual results vary.
A published observational case series evaluated five patients with frozen shoulder before and while they were under general anesthesia. Passive shoulder abduction increased under anesthesia in all five participants, and external rotation increased in three. The researchers concluded that active muscle guarding may be a major contributor to restricted movement in some patients with frozen shoulder.
Because this was a small five-patient case series, it supports evaluating muscle guarding as a possible contributor; it does not establish that muscle guarding is responsible for every patient’s restriction or prove the effectiveness of ACM.
Hollmann L, Halaki M, Kamper SJ, Haber M, Ginn KA. Does muscle guarding play a role in range of motion loss in patients with frozen shoulder? Musculoskeletal Science and Practice. 2018;37:64–68. PMID: 29986193.
After the muscular component is completed and the active range of motion is remeasured, the patient is prepared for the capsular portion of ACM during this critical stage of the Advanced Capsular Mobilization procedure.
The patient meets the anesthesia team in the same facility. The team confirms the patient’s vital signs and completes the final preparation required before the monitored procedure.
A topical anesthetic cream is applied to the skin over the treatment area before the injection. This numbs the surface of the skin and helps make needle placement more comfortable.
Using real-time ultrasound guidance, the treatment team carefully directs the needle into the shoulder joint. Ultrasound provides a live view of the joint and guides accurate placement of the ultrasound-guided frozen shoulder injection inside the capsule.
The solution contains lidocaine, a local anesthetic that numbs the inside of the joint. The treatment team includes a very small amount of corticosteroid when it is clinically appropriate for the individual patient. The solution is individualized according to the patient’s medical history and treatment plan.
As the solution enters the joint, the shoulder capsule gently expands. This controlled frozen shoulder capsular distension stretches the contracted capsule and places the restrictive adhesions under tension, preparing them for the mobilization stage that follows.
The capsule remains intact during this step. The orthopedic surgeon then uses controlled mobilization to separate the prepared adhesions during the next stage of ACM.
Think of gently filling a balloon. As the balloon expands, its material stretches and becomes easier to move. In the same way, controlled capsular distension prepares the contracted tissue so the orthopedic surgeon can mobilize the shoulder more precisely.
Individual treatment plans vary. The clinical and anesthesia teams determine the medications and preparation required for each patient.
Capsular preparation is one coordinated stage of ACM. The injected solution gently expands the shoulder capsule and places the contracted tissue under tension. The procedure then continues to surgeon-controlled mobilization, where the prepared adhesions are separated throughout the restricted capsule.
Topical anesthetic cream applied over the shoulder injection site.
An ultrasound probe and needle directed into the glenohumeral joint capsule.
The capsule gently expanded, with the contracted tissue and adhesions placed under tension.
Capsular preparation within ACM: topical skin numbing, ultrasound-guided placement and controlled capsule-preserving distension before surgeon-controlled mobilization.
After the shoulder capsule has been prepared, the patient is positioned on the operating table at our private hospital in Toronto. An orthopedic surgeon mobilizes the shoulder externally, without arthroscopy or surgical incisions, while an anesthesiologist administers and continuously monitors IV sedation.
ACM combines local anesthetic inside the shoulder capsule with monitored IV sedation. The local anesthetic provides pain control within the joint, while the IV sedation helps the patient remain comfortable during mobilization. The planned ACM approach uses sedation rather than general anesthesia.
The patient continues breathing independently throughout the procedure. Our ACM sedation protocol is designed to retain muscular tonicity—the muscles' remaining tone and resistance. The anesthesiologist adjusts the sedation to the individual patient and continuously monitors breathing, oxygen levels, heart rate and blood pressure.
IV sedation can also offer quicker awakening and fewer after-effects than general anesthesia. The anesthesia plan and recovery depend on the patient's health, medications and response to sedation. The anesthesia assessment determines the appropriate approach for each patient.
Within the ACM protocol, retained muscle tone gives the orthopedic surgeon additional tactile feedback as the shoulder is progressively mobilized. The surgeon assesses tissue resistance and end-range feel—the feedback encountered as the shoulder approaches its available movement limit—to guide the direction and extent of each movement.
Movement is adjusted to the patient's anatomy, tissue response and appropriate range. This controlled approach is intended to reduce excessive force and overstretching that could injure soft-tissue structures. Retained tone and end-range feedback work alongside careful patient selection, progressive mobilization and dedicated humeral-head stabilization as part of the ACM safety approach.
The ACM operating-room team works together throughout the mobilization. A trained procedure assistant securely controls and stabilizes the humeral head within the shoulder joint while the orthopedic surgeon moves the arm through each restricted direction.
This dedicated humeral-head stabilization keeps the shoulder joint properly positioned, supports controlled movement and mitigates the risk of dislocation as the adhesions are separated. Unlike a conventional manipulation performed by the surgeon alone, ACM assigns a procedure assistant to maintain direct control of the humeral head throughout the mobilization.
Across more than 23 years of using this stabilization protocol, our clinic has not experienced a shoulder dislocation during the procedure.
The orthopedic surgeon progressively mobilizes the shoulder through four essential physiological movement ranges:
The capsule has already been expanded during Step 3, placing the contracted tissue and adhesions under tension. As the surgeon moves into each restricted range, that tension increases in a controlled direction and prepares the adhesions for separation.
The surgeon uses the shoulder’s resistance and end-range feedback to control the movement. The procedure assistant maintains direct stabilization of the humeral head throughout each range.
The VibraCussor is a professional percussive soft-tissue instrument that delivers repeated impulses into the tissues surrounding the shoulder.
During ACM, the VibraCussor is applied while the orthopedic surgeon mobilizes the joint. The vibration continues to weaken the adhesions while the controlled movement places them under increasing tension. Together, the mobilization and vibration help the surgeon dissect and achieve adhesive capsulitis adhesion release throughout the capsule.
The VibraCussor also works through tight muscles and fascia surrounding the shoulder. It helps soften tissues that have remained shortened or guarded and stimulates the muscles as movement is restored. This VibraCussor frozen shoulder treatment prepares the shoulder for active use and the guided exercises that begin after the procedure.
The process is similar to opening a zipper. Capsular expansion first places the adhesions under tension. Controlled movement increases that tension in a specific direction. The VibraCussor weakens the adhesions, allowing the surgeon to coax them apart progressively until the intended range has been restored.
ACM separates the internal capsular adhesions through controlled capsular mobilization, stabilization and vibration-assisted mobilization. This is why ACM can be described as surgery without the surgery: a frozen shoulder treatment without surgery where movement is restored without arthroscopy, surgical cutting or incisions through the shoulder tissues by our orthopedic frozen shoulder specialist Toronto clinical team.
Individual results and recovery times vary.
The orthopedic surgeon receives end-range feedback from the shoulder while a trained procedure assistant maintains direct control of the humeral head. Each movement is performed progressively through the patient’s appropriate range. This dedicated stabilization helps keep the shoulder joint properly positioned and mitigates the risk of dislocation. The anesthesiologist continuously monitors the patient and manages the IV sedation throughout the procedure.
The anesthesiologist monitoring the comfortably sedated patient.
A trained procedure assistant maintaining direct control of the humeral head within the shoulder joint.
The orthopedic surgeon moving the arm through a restricted range while the humeral head remains stabilized and the VibraCussor is applied around the shoulder to assist progressive adhesion separation.
The ACM operating-room sequence: monitored IV sedation, dedicated humeral-head stabilization and surgeon-controlled mobilization with VibraCussor-assisted adhesion separation.
Once the mobilization is complete, the patient is transferred to the post-anesthesia care unit, or PACU. The anesthesia team monitors the patient while the IV sedation wears off and confirms readiness to begin the next stage of the ACM program, marking the beginning of immediate frozen shoulder rehabilitation.
The first postoperative exercises begin within 30 minutes of waking. The same doctor who performed the neuromuscular soft-tissue treatment before the procedure guides the patient through the first exercise sequence while the patient remains on the recovery bed.
These exercises after frozen shoulder procedure combine active lengthening and strengthening. The patient moves the arm through the prescribed ranges and works back toward the full end-range mobility achieved during the procedure.
The muscles have already been prepared for this stage. The pre-procedure muscular treatment reduced guarding and improved muscle activation, while the VibraCussor worked through shortened and tightened tissues during mobilization. The immediate exercise program now teaches the patient to use the restored movement actively.
The early exercises help preserve the mobility restored during the procedure. Repeated active movement reinforces the new movement patterns, helps the muscles remain lengthened and teaches the nervous system to recognize the restored range as usable movement, supporting lasting active range of motion after frozen shoulder treatment.
Each exercise session returns the shoulder through the prescribed movement ranges. The goal is to maintain the mobility achieved during ACM while beginning the frozen shoulder lengthening and strengthening required for active, functional use of the arm.
The clinical team supports the patient through the first exercises and provides IV pain medication when needed during the initial recovery period.
Post-procedure soreness, stiffness or a tight area near the end of a movement can occur as the shoulder begins working through its newly restored range. Patients commonly describe this as different from the sharp, severe frozen-shoulder pain they experienced before treatment.
The doctor adjusts the exercise pace and pain-management plan to the patient while continuing to guide the shoulder through the required movement sequence.
After the initial bedside session, the patient continues the prescribed lengthening and strengthening exercises every hour through the remainder of the day.
This intensive early schedule protects the mobility gained during the procedure, keeps the muscles engaged and reinforces active use of the restored range.
After hospital discharge, the clinic arranges transportation to the hotel. A trained overnight rehabilitation assistant remains available and attends the patient’s room every hour through the first night until 7:00 a.m.
During each scheduled session, the rehabilitation assistant guides the patient through the prescribed exercises and helps the patient return the shoulder through the required movement ranges, providing dedicated overnight rehabilitation after shoulder treatment.
Patients can travel alone because the ACM program includes transportation after the procedure, hourly overnight exercise assistance and access to the clinical team throughout the immediate recovery period with our frozen shoulder specialist Toronto staff. A companion is also welcome to travel with the patient.
The first night is an active part of treatment. The hourly schedule preserves the work completed during the procedure and begins converting the restored on-table mobility into active, functional movement, providing a solid foundation for Advanced Capsular Mobilization recovery and frozen shoulder rehabilitation after ACM.
Individual experiences, pain levels and recovery times vary.
The ACM program continues after the operating-room portion is complete. Guided exercises begin within 30 minutes of waking, continue every hour through the day and are supported every hour during the first night. This coordinated program is designed to preserve the restored mobility and develop active control of the shoulder from the beginning of recovery.
The anesthesia team monitors the patient as the IV sedation wears off.
The neuromuscular soft-tissue specialist begins guided bedside exercises.
The patient repeats the prescribed lengthening and strengthening sequence.
The clinic arranges transportation from the hospital to the hotel.
A trained rehabilitation assistant guides the exercises through the first night until 7:00 a.m.
The first 24 hours of ACM recovery: monitored post-anesthesia care followed by immediate, frequent and supported movement.
The patient waking comfortably while the anesthesia team monitors vital signs.
The neuromuscular soft-tissue specialist guiding active bedside lengthening and strengthening within 30 minutes of waking.
A trained rehabilitation assistant guiding the patient through a scheduled exercise session in the hotel room.
Immediate ACM rehabilitation: monitored recovery, guided bedside exercises and supported hourly movement through the first night.
The morning after the procedure, the patient returns for the Day 2 postoperative appointment. This appointment evaluates active shoulder function, reinforces the muscular component of ACM and prepares the patient to continue the recovery program at home, documenting tangible Day 2 frozen shoulder results.
The same doctor who performed the muscular component before the procedure performs a second neuromuscular soft-tissue treatment on Day 2.
The doctor reassesses the muscles surrounding the shoulder and treats areas that remain shortened, weakened, tight or guarded. The treatment reinforces neuromuscular re-education after frozen shoulder treatment, strengthens weakened muscles and helps the patient actively use the range restored during the procedure.
This second treatment equips the patient to continue the prescribed frozen shoulder lengthening and strengthening program independently after returning home.
The patient’s active range of motion is measured again after the Day 2 treatment. The patient performs each movement independently while standing, without the doctor lifting or assisting the arm.
Lateral abduction and forward flexion are recorded on camera and measured with a digital inclinometer. Internal and external rotation are also reassessed to identify the ranges that require continued attention during the home program, measuring true active range of motion after ACM.
The Day 2 assessment documents the difference between the patient’s original active mobility and the movement the patient can now perform independently after ACM.
Many patients demonstrate active, functional movement as early as Day 2. Patients with substantial pre-existing weakness, muscle atrophy or other underlying shoulder conditions can require additional time to actively control the full range restored during the procedure.
Patients commonly report being able to perform everyday movements that frozen shoulder had made difficult, including washing their hair, putting up a ponytail, dressing, reaching behind the back and using the treated arm with greater confidence.
Many patients begin returning to work, driving, showering and their normal daily routine within the first several days. The timing depends on the patient’s strength, occupation, medical history and any additional shoulder conditions.
The remaining recovery work focuses on maintaining mobility, lengthening tissues that have been shortened and strengthening muscles that have weakened during the frozen-shoulder period with tailored frozen shoulder recovery exercises.
Patients can drive or fly home after completing the Day 2 postoperative appointment. This visit consists of the second muscular treatment, active range-of-motion assessment and home-program review; no sedation is involved. This streamlined protocol makes it practical to travel home after frozen shoulder treatment promptly without delay.
The frozen shoulder home exercise program begins intensively following the overnight recovery period and then becomes significantly easier to incorporate into everyday life:
Complete prescribed exercises every hour during the day. Overnight exercises every hour on night 1, every 2 hours on night 2, and every 3 hours on night 3.
Complete eight exercise sessions distributed throughout the day. Patients generally begin resuming normal daily activities and returning to work.
Complete four exercise sessions each day, reinforcing neuromuscular control and building muscular stamina.
Complete one or two exercise sessions each day while continuing to strengthen the shoulder and maintain the restored range across the full Advanced Capsular Mobilization recovery time.
The program becomes progressively less demanding after the first three days. Patients can resume everyday activities while continuing the exercises required to strengthen weakened muscles, maintain the restored range and complete their recovery.
Each exercise session generally takes about five minutes and can take longer depending on the patient, the movement being addressed and the stage of recovery. These efficient five-minute frozen shoulder exercises fit smoothly into any routine.
These are focused lengthening and strengthening techniques rather than a conventional workout. The exercises can be performed at home, at work, in a hotel or while travelling. They require little or no equipment as frozen shoulder exercises without equipment. A wall or another stable surface can be used for support during specific movements.
The frequent early sessions help maintain the range restored during ACM, help prevent adhesions from redeveloping, lengthen shortened tissues and strengthen muscles that have weakened during the frozen-shoulder period. Consistent performance also supports a faster return to active, functional movement through self-directed frozen shoulder rehabilitation.
Patients are taught how to perform the program independently, making them self-sufficient throughout recovery. The ACM home program removes the need to attend multiple in-person physical-therapy appointments each week, providing effective frozen shoulder home exercises without physical therapy visits. Patients complete the exercises wherever they are and receive continued guidance through their scheduled video follow-ups with our frozen shoulder specialist Toronto team.
Internal or external rotation can take longer to become fully active for some patients because the muscles and fascia involved have remained shortened, weakened or guarded. The home program continues working through these ranges as strength and control improve.
The clinical team follows the patient through weekly video appointments providing dedicated frozen shoulder follow-up care. These appointments review active range of motion, exercise performance, strength, comfort and progress in each movement direction.
Follow-up continues for up to twelve weeks, even when the patient regains substantial function earlier. This allows the clinical team to track the recovery, adjust the exercise program and support the patient through the final stages of strengthening and mobility restoration.
Individual results, activity timelines and recovery times vary.
Day 2 results are measured through active, unassisted movement. The patient raises and rotates the arm independently, the movement is recorded on camera and the range is measured with a digital inclinometer. This documents functional movement the patient can perform rather than movement created by someone else lifting the arm.
Active, unassisted Day 2 movement: The patient performs each movement independently after the ACM procedure and second neuromuscular soft-tissue treatment. The before-and-after mobility is recorded and measured with a digital inclinometer. Individual results vary.
Repeat the neuromuscular treatment and measure active, unassisted movement.
Complete frequent daytime and overnight exercises to reinforce and maintain the restored range.
Complete eight exercise sessions throughout the day while returning to normal daily activities and work.
Complete four exercise sessions each day, maintaining mobility and building muscle endurance.
Complete one or two sessions each day while continuing lengthening, strengthening and weekly video follow-up.
ACM recovery is progressive: substantial movement can return early while structured strengthening, mobility work and clinical follow-up continue.
ACM is not recommended simply because a shoulder is painful. The following may make the program unsuitable:
Careful selection is part of the treatment. We accept patients when the clinical findings support ACM and recommend another pathway when they do not.
Patients can begin with a free clinical frozen shoulder assessment by Zoom from the comfort of home. A doctor of chiropractic who specializes in neuromuscular soft-tissue treatment reviews the history and available imaging and observes the patient's active shoulder movement through the principal frozen-shoulder ranges.
This clinical assessment evaluates whether the findings are consistent with frozen shoulder and whether the patient may be preliminarily suitable for ACM. During the consultation process, patients can also review actual procedure footage, animations and illustrations explaining what is happening within the shoulder and how each stage of ACM is intended to work.
The video assessment establishes preliminary suitability. Patients who appear suitable can then arrange the Toronto portion of the program. Final candidacy is confirmed only after the in-person assessment, new MRI, orthopedic-surgeon review and anesthesia clearance.
When the available information reveals a condition that makes ACM inappropriate or creates an unacceptable risk of injury or failure, the patient is advised before making unnecessary travel arrangements whenever that risk can be identified remotely.
Meet by Zoom from home. No physician referral is required.
Clinic Director call — brief intake to confirm your situation and arrange the Zoom assessment.
Free clinical Zoom assessment — history, imaging review and observed movement evaluation.
Preliminary-suitability decision — you receive a clear assessment of whether ACM may be appropriate for your findings.
Toronto assessment if appropriate — in-person assessment, new MRI, orthopedic-surgeon review and anesthesia clearance before final candidacy is confirmed.
Answers to essential clinical, procedural, travel and recovery questions regarding the Advanced Capsular Mobilization program.
No. ACM is a non-surgical frozen shoulder program performed without arthroscopy or surgical incisions. The program includes an ultrasound-guided shoulder injection, local anesthetic inside the capsule and monitored IV sedation administered by an anesthesiologist. The orthopedic surgeon mobilizes the shoulder externally while an assistant stabilizes the humeral head and shoulder joint. Muscular treatment and structured rehabilitation are coordinated around the capsular procedure.
ACM uses local anesthetic inside the shoulder capsule together with monitored IV sedation administered by an anesthesiologist, rather than planned general anesthesia. The protocol is designed to retain muscle tone and spontaneous breathing while providing comfort during mobilization. The anesthesiologist continuously monitors the patient and adjusts the sedation. The anesthesia assessment determines the appropriate plan for each patient, and breathing support is available when needed.
Yes. The initial clinical diagnostic assessment by video is free. A doctor of chiropractic who is also a neuromuscular soft-tissue specialist reviews the patient’s history, available imaging and active shoulder movement.
No. A physician referral is not required to begin the assessment process.
A shoulder X-ray is sufficient to begin the assessment. Upload an ultrasound or MRI when one is already available. The clinic advises the patient when additional imaging is required.
Yes. Patients with diabetes, rotator-cuff findings, mild or moderate arthritis, or previous shoulder surgery can be assessed for ACM. The clinical team reviews the severity of each condition, its contribution to the restriction and whether ACM can safely address the frozen-shoulder component.
ACM uses controlled, capsule-preserving distension as a preparatory step within a complete peri-procedural program. The injected solution expands the capsule and places the contracted tissue under tension. The procedure then continues to controlled mobilization performed by an orthopedic surgeon, followed by immediate guided movement and rehabilitation.
The capsular injection is therefore one stage of ACM. It works in coordination with the muscular treatment, surgeon-controlled mobilization and structured postoperative rehabilitation.
Yes. The first night includes scheduled exercises every hour until 7:00 a.m. A trained overnight rehabilitation assistant attends each session and guides the patient through the prescribed movements.
Yes. Patients can travel alone because the ACM program includes transportation after the procedure, hourly overnight exercise assistance and access to the clinical team during the immediate recovery period. Patients can also bring a companion.
Yes. Patients can drive or fly home after completing the Day 2 postoperative appointment. This visit consists of the second muscular treatment, active range-of-motion assessment and home-program review; no sedation is involved.
The full postoperative program continues for up to twelve weeks. Exercises are completed hourly during the first three days, eight times daily during days four through seven, four times daily during weeks two through six and once or twice daily during weeks seven through twelve.
Published research supports the clinical principles used throughout the ACM pathway, including the assessment of muscle guarding, image-guided joint injection, capsule-preserving distension, monitored sedation, early rehabilitation and imaging-supported evaluation of adhesive capsulitis. The complete ACM protocol and sequence are specific to Frozen Shoulder Specialists.
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