Orthopedic Treatment Methods

Achilles tendon ruptures are increasingly prevalent among active adults, requiring careful treatment selection between surgical repair (open or minimally invasive) and nonsurgical management. Surgical treatment reduces rerupture rates (2.3% vs 3.9% with nonsurgical management) and enables a faster return to work (19 days earlier on average) but carries risks such as wound infections (open 6% vs minimally invasive 0.4%), nerve injuries (open 2.8% vs minimally invasive 5.2%), and deep vein thrombosis (1%). Minimally invasive approaches match open repair outcomes with fewer superficial infections (0.4% vs 6%) but higher sural nerve injury risk (3.4% vs 0%). Meta-analyses confirm that surgery significantly reduces rerupture risk (relative risk, 0.43; 95% confidence interval, 0.31-0.60) but increases complication rates (relative risk, 2.76; 95% confidence interval, 1.84-4.13). Nonsurgical management and early weightbearing protocols have demonstrated comparable functional outcomes compared to surgery in selected patients. The UKSTAR trial (n = 527) validated functional bracing as an effective alternative to plaster casting, with no significant differences in Achilles Tendon Rupture Scores or rerupture rates.

The indication for rotator cuff surgery is not the mere presence of a tear. As I mentioned in a video the other day, we develop "tears" in many joint structures as we age. Many of these are age-appropriate issues and can be treated successfully without surgical intervention. Telling a 50-year-old that they have a labral tear in their shoulder is akin to telling them that they have some gray hair. I do not like the phrase tears in situations where there was no trauma. Most of you who develop shoulder pain will do so without any injury. It's usually a straw that broke the camel's back scenario. The word tear implies trauma. Most of these atraumatic tears in the study I will discuss are due to attrition, disuse, tissue degeneration, metabolic disease, or a combination of bad genetics and luck. Cuff tear management (atraumatic) without surgery is often successful. An excellent study from the MOON group in JBJS proves that the results of non-operative management can be durable at > 10 years. https://lnkd.in/eBvi4BNQ Earlier teachings were that only small tears were amenable to non-surgical management. This study upends that. Larger tears actually did better than smaller tears with non-operative management, even tears with proximal migration did better. (an X-ray finding indicative of a decent-sized tear). Tears can retract away from their attachment. In this study, less retracted tears did better with non-operative management. Retraction was associated with the patient being more likely to opt for surgery. As we see in our offices... patients who had poor expectations from physical therapy often opted for surgery in . This is crucial. We can't tell patients their insurance insists on PT for 4 weeks before surgery, or they won't authorize it. Some people do not understand how PT can "fix" a tear... they also can't accept that they don't have to fix a tear. Many wise surgeons understand this: surgery often works because it improves the patients' expectations of and commitment to physical therapy. Think about this: People are often far more willing to commit to their PT regimen and home exercises after surgery. If we can change their expectations of how PT can address their shoulder pain without surgery, our patients will be better off in the end.

Climber’s Pulley Injuries https://lnkd.in/dsBcmyRT This chapter focuses on pulley injuries in rock climbers, a common injury resulting from repetitive strain during specific climbing grips, particularly the crimp grip. Diagnosis typically involves a thorough history and physical examination, including the characteristic "bowstringing" sign observed during resisted finger flexion. Ultrasound is the preferred imaging modality for confirming the diagnosis and assessing injury severity, superior to CT or MRI due to its dynamic assessment capabilities and lack of ionizing radiation. The chapter details the anatomy of the flexor tendon sheath and pulleys, highlighting the A2 pulley of the ring finger as the most frequently affected site. Management strategies depend on injury severity. Partial injuries, without the bowstringing sign, respond well to conservative treatment with a thermoplastic splint, immobilizing the affected finger for a significant period. However, complete ruptures, confirmed by both clinical findings and imaging, usually necessitate surgical repair using an extensor retinaculum graft. Early intervention is crucial for optimal outcomes. Surgical repair aims to reconstruct the annular structure, effectively holding the flexor tendon in place, facilitating functional recovery. The chapter emphasizes the importance of avoiding repetitive high-force movements and emphasizes the need for adequate rest and appropriate rehabilitation after both surgical and conservative treatments. Prevention strategies, including proper warm-up, hydration, and avoiding overuse, are key to reducing the incidence of these injuries in climbers.

21 yrs old male came to us for loss of sensory and motor function in sole and 1 St to 4 rth metatarsophalangeal joint . since 2 yrs with previous history of injury in ankle during split . On ultrasound there was more than 50 percent tear of fibres of tibialis posterior in infra malleolar region with associated scarring of the tibial nerve at the level of bifurcation ! The patient's symptoms and ultrasound findings showed significant damage to the tibialis posterior tendon and tibial nerve. The loss of sensory and motor function in the sole and metatarsophalangeal joints from the 1st to the 4th toes suggests involvement of the medial and lateral plantar nerves, which are branches of the tibial nerve. Here are some key points for consideration: Injury Description:The patient sustained an injury during a split, which likely caused a significant tear in the tibialis posterior tendon (more than 50% tear) and scarring of the tibial nerve at the bifurcation level (where the tibial nerve divides into the medial and lateral plantar nerves). Symptoms:Loss of sensory and motor function in the sole of the foot and the metatarsophalangeal joints of the 1st to 4th toes. Ultrasound Findings:Over 50% tear of the tibialis posterior tendon in the infra-malleolar region.Scarring of the tibial nerve at the bifurcation.Potential Complications:Chronic pain and dysfunction due to nerve scarring.Loss of stability and support in the foot due to the tibialis posterior tendon tear. Treatment Options: Conservative Management: This may include physical therapy, orthotics, and pain management. However, given the severity of the tear and nerve involvement, conservative measures might be limited in effectiveness. Surgical Intervention: Repair or reconstruction of the tibialis posterior tendon, and neurolysis or other surgical procedures to address the nerve scarring and restore function. Rehabilitation:Post-surgery rehabilitation will be crucial for recovery, involving physical therapy to restore strength, flexibility, and function in the affected foot. Referral to an orthopedic surgeon, particularly one specializing in foot and ankle surgery, and a neurologist or pain specialist might be necessary for comprehensive management of the patient's condition.

📚 New 2025 Evidence: Acute Achilles Tendon Rupture A large 2025 systematic review and meta-analysis (33 studies, 35,896 patients) compared surgical vs conservative management of acute Achilles tendon rupture. Key findings: • Surgery halves re-rupture risk (~3.6% vs ~7%) and improves return-to-sport rates • Surgery also carries higher risks of infection and nerve injury • Long-term function (ATRS) is similar between surgical and non-surgical care • DVT and PE risk did not differ between groups • Platelet-rich plasma (PRP) showed no benefit for re-rupture, function, ROM, or return to sport Clinical takeaway: Surgery may suit high-demand athletes prioritising re-rupture reduction and return to sport. Modern conservative care with early functional rehabilitation offers comparable long-term outcomes with fewer complications. Treatment decisions should be individualised and shared. Reference: Yang et al. J Orthop Surg Res, 2025 https://lnkd.in/ePyhihus

■ 🩺 Subacromial Shoulder Pain (SSP) in brief Shoulder problems present a significant socioeconomic burden, accounting for millions of physician visits annually. Subacromial Shoulder Pain (SSP), which includes rotator cuff pathology, reportedly accounts for up to 70% of all shoulder pain problems. ■ 🤔 What is SSP? SSP is typically felt on the top and lateral side of the shoulder, often worsening with overhead activity and sometimes causing night pain. The pain originates in the subacromial space (involving the rotator cuff tendons and bursa). ■ Main causes are: ⬜ Shoulder Impingement/Rotator Cuff Tendinopathy: This occurs when the rotator cuff tendons contact the under-surface of the acromion (the "roof" of the shoulder). This mechanical contact may be due to bony "spurs" that narrow the subacromial space. ⬜ Rotator Cuff Tears: Structural failures in one or more of the four rotator cuff tendons. The overall prevalence of rotator cuff tears is estimated at 34%, increasing significantly with age. ■ 🏥 Initial Management (Primary Care) Diagnosis is based on History and Examination, often identifying a painful arc of abduction or reduced passive external rotation. ■ Initial treatment is usually conservative: ⬜ Rest, analgesics, exercise, and physiotherapy. Physiotherapy rehabilitation generally lasts for 6 weeks. ⬜ No more than two corticosteroid injections are typically recommended. ⬜ Imaging (Ultrasound or MRI) is rarely indicated in primary care. Referrals to secondary care should be based on a patient's symptoms, disability, and response to treatment, rather than relying solely on imaging reports. ■ 🚨 Urgent Red Flags: Acute severe pain necessitates proper diagnosis, and "Red Flags" require immediate referral, including suspected infected joints, unreduced dislocations, suspected tumors, or an acute cuff tear resulting from a traumatic event. ■ 🛠️ When is Surgery Considered? Surgery is indicated for persistent or significant pain and loss of function after conservative treatment has failed. ⬜ For Impingement (No Tear): Subacromial Decompression (Acromioplasty) is recommended. This procedure involves excising the bony spur on the acromion to increase the subacromial space. ⬜ For Chronic Full-Thickness Tears: Rotator Cuff Repair is recommended if conservative treatment has failed. Acute traumatic tears are considered a Red Flag and need urgent surgical assessment.