If loose bodies cause recurrent pain, swelling, catching, or restricted motion, surgery is often needed to remove them, and some patients also need treatment of abnormal synovium. Arthroscopic or open surgery depends on the number, size, and location of loose bodies and the synovial condition. Follow-up is needed for recurrence and osteoarthritis progression.
Many clavicle fractures recover with a sling, pain control, and gradual activity. Surgery can be assessed for marked displacement, comminution, threatened skin, neurovascular risk, or special sport demands. Return to sport requires fracture healing and recovery of shoulder function.
The main factors are fracture displacement, ankle mortise stability, involvement of multiple ankle structures, and soft-tissue condition. Stable fractures without obvious displacement can be treated with a cast or brace. Unstable or displaced fractures often require surgical reduction and fixation.
Most acute mallet fingers can be treated with splinting. The key is keeping the distal joint continuously straight, usually full-time for 6 to 8 weeks. A large avulsion fracture, joint subluxation, open injury, or inability to maintain splinting requires hand-surgery assessment.
Yes. Skier’s thumb usually refers to injury of the ulnar collateral ligament of the thumb metacarpophalangeal joint, often after a fall onto the hand, ball-sport contact, or forced opening of the thumb. Mild injury may use splinting; complete tear, obvious instability, or Stener lesion usually requires hand-surgery assessment.
Most cervical radiculopathy can start with non-operative treatment, including short-term reduction of provoking movements, medication, physical therapy, and injection treatment when needed. Surgery is assessed when pain persists, neurological function worsens, weakness is clear, or training and daily life remain affected.
Stress fractures of the femoral neck, navicular, proximal fifth metatarsal, and talus are higher risk because they may progress to complete fracture or non-union. MRI is often used when pain persists despite normal X-rays. High-risk sites may require stricter weight-bearing restriction, and some patients need surgery.
Most ankle sprains do not require prolonged complete non-weight bearing. Guidelines recommend bracing or taping according to pain and injury severity, with progressive return to weight bearing. Severe sprains may need short-term immobilization early, but prolonged immobilization is usually avoided to protect motion and muscle control recovery.
Yes. For people with a previous ankle sprain or recurrence risk, bracing or taping can reduce repeat sprain risk. It does not replace rehabilitation; ankle dorsiflexion, single-leg balance, jump-landing control, and overall hip-knee-ankle stability still need to recover.
Most patellofemoral pain improves with non-operative care, including load modification, quadriceps and hip strengthening, flexibility work, orthoses, or taping. Surgery is rarely the first choice and is considered only when symptoms are severe and prolonged, non-operative care fails, and a clear structural problem is present.
They can help some patients, especially when foot-ankle alignment, patellar tracking, or movement-control problems are present. Orthoses, taping, and manual therapy are usually best combined with hip and knee strengthening. Passive treatments alone have limited effect.
Repeated corticosteroid injection around the patellar tendon is not recommended. The patellar tendon bears high jumping and landing loads, and corticosteroids may increase tendon weakening and rupture risk. Treatment usually focuses on load management, quadriceps and hip strengthening, and jump mechanics; persistent cases can be assessed for other options.
Corticosteroid injection into or around the Achilles tendon is generally not recommended because it may increase rupture risk. Achilles tendinopathy is more often treated with load adjustment, calf strengthening, orthoses or heel lifts, shockwave therapy, and similar options. Any injection treatment should be evaluated cautiously.
Athletic pubalgia usually starts with rest, ice, anti-inflammatory pain control, and rehabilitation of the abdominal and adductor muscles. Some patients return to sport after 4 to 6 weeks of rehabilitation. If pain recurs after returning to sport, surgical repair may need assessment.
It can be considered after a clear diagnosis. Treatment usually begins with rest, ice, anti-inflammatory pain control, and shoulder rehabilitation. Some patients may receive corticosteroid injection, often with image guidance to improve accuracy. Persistent failure or associated shoulder disease may require arthroscopic treatment, tenodesis, or release.
After repair of a small tear, some patients can combine home exercises with standardized guidance, provided the movements are correct, pain and range of motion are controlled, and follow-up is maintained. More supervised rehabilitation is needed when stiffness, marked pain, slow strength recovery, or poor adherence is present.
The repaired tendon is usually protected first, with sling use and passive motion early on. Active motion is then introduced gradually, and strengthening is often added around 8 to 12 weeks. The exact timing depends on tear size, tissue quality, repair method, and the surgeon’s rehabilitation protocol.
It may help. Early quadriceps inhibition is common after ACL reconstruction, and neuromuscular electrical stimulation can be used as an adjunct to rehabilitation to improve quadriceps recruitment and strength. It should be combined with active training, and parameters and intensity should be set by rehabilitation professionals.
People with deep-vein thrombosis risk, peripheral vascular disease, severe circulatory problems, active infection, tumor, severe kidney disease, pregnancy, open wounds, or inability to tolerate cuff pressure need caution or avoidance. A doctor or rehabilitation therapist should screen risk before starting.
It can be considered after professional assessment. Blood flow restriction training can help restore muscle strength and muscle mass under lower loads and is often used when early training is limited after knee surgery or injury. Appropriate cuffs, pressure, and dosing are required; elastic bands should not be used to randomly tighten a limb.
Not always. Hardware removal depends on pain, soft-tissue irritation, restricted motion, fracture healing, infection risk, and implant location. Asymptomatic hardware can usually be observed. If it affects shoes, sport, or tendon gliding, a doctor should assess the timing and risks of removal.
Yes. Football, dance, gymnastics, and repeated ankle plantarflexion can trigger posterior ankle pain that worsens with toe-standing, squatting, or kicking. Treatment includes reducing provoking movements, rehabilitation, anti-inflammatory pain control, and imaging assessment; persistent bony or soft-tissue impingement may require arthroscopic treatment.
Yes. Morton neuroma often causes burning pain, numbness, or a foreign-body sensation between the toes in the forefoot, worse with narrow shoes, running, and forefoot pressure. Management includes wider shoes, metatarsal pads, load adjustment, injection treatment, and surgery assessment for persistent cases.
Yes. Plantar plate injury often causes pain and swelling under the second metatarsophalangeal joint, floating or drifting of the toe, and worsening with running, jumping, or thin-soled shoes. Treatment includes reducing forefoot load, using a metatarsal pad or stiff-soled shoe, and intrinsic foot strengthening; obvious instability or progressive deformity requires specialist assessment.
Cycling, swimming, interval walking, core stability, and hip strengthening are often preferred. Leg pain or numbness after walking a distance that improves with bending forward or resting may indicate neurogenic claudication. Progressive weakness, bowel or bladder changes, or saddle numbness requires prompt medical attention.
Not always. Treatment depends on symptoms, tear pattern, acetabular coverage, bony impingement, cartilage condition, and sport demands. Mild symptoms can start with rehabilitation and load adjustment. Persistent groin pain, catching, and limited sport with matching imaging and examination may warrant arthroscopic repair or treatment of associated bony problems.
Yes. Because the growth plates are not fully closed in adolescents, sudden muscle traction during sprinting, kicking, or jumping can cause avulsion injuries of the anterior superior iliac spine, anterior inferior iliac spine, or ischial tuberosity. Sudden pain, limping, or local tenderness should lead to stopping sport and obtaining imaging.
The pain source should be reassessed, including residual bony impingement, recurrent labral injury, cartilage damage, capsular problems, hip flexor tendinitis, and lumbar-sacral or sacroiliac sources. Management may include rehabilitation adjustment, repeat imaging, diagnostic injection, and, in a small number of patients, revision surgery assessment.
It may be a ganglion cyst. A painless cyst that does not affect activity can be observed. Aspiration or surgical removal can be assessed when it causes recurrent pain, limits push-up or racquet activity, compresses a nerve, or creates major cosmetic concern. Other soft-tissue masses and joint disease should be excluded before treatment.
Yes. It commonly causes pain on the thumb side of the wrist and worsens with gripping a racquet, wringing a towel, holding a child, or forceful thumb use. Treatment includes reducing provoking activity, splinting, tendon-gliding exercises, anti-inflammatory pain control, or local injection; recurrent severe cases may require surgical release.