Yes. Smoking can reduce blood supply to healing tissues, increasing risks of wound problems, infection, and poor bone and tendon healing. Smoking cessation is associated with better orthopedic surgical outcomes. Patients preparing for surgery or undergoing rehabilitation should work with their medical team to develop a smoking cessation plan.
For common acute, non-lower back musculoskeletal injuries in adults, non-opioid options are preferred. ACP and AAFP guidelines do not recommend routine use of opioids, including tramadol; severe injuries or intolerance to first-line treatments require individualized assessment by a physician, with controlled dosage and duration.
Dry needling may help some patients reduce muscle pain and stiffness and is typically used as an adjunct to overall rehabilitation. Its effectiveness varies among individuals and should be performed by trained professionals. Common reactions include soreness and bruising, with rare but serious risks like pneumothorax when performed near the chest.
Exercise-induced laryngeal obstruction should be considered, and laryngoscopy during exercise can confirm the diagnosis. Treatment often includes professionally guided breathing and laryngeal relaxation training, with laryngoscopic biofeedback if necessary. If asthma is also present, it should continue to be treated appropriately, and one diagnosis should not be used to explain all respiratory symptoms.
Iron status should first be confirmed through blood tests, and causes like dietary insufficiency or blood loss should be investigated. Treatment may include dietary adjustments, oral iron supplements, or intravenous iron in specific cases, depending on severity and previous treatment response. Iron infusions require clear medical indications and should not be used solely for fatigue or performance decline.
Cervical and vestibular rehabilitation can be assessed. The Amsterdam Consensus on Sports Concussion suggests considering such treatments if dizziness, neck pain, or headache persists beyond 10 days, with progressive aerobic activity based on symptoms. Prolonged complete bed rest is generally unhelpful; specific training should be guided by a team familiar with concussions.
Fear of reinjury can affect movement and rehabilitation participation. Setting small goals with a therapist, practicing concerning movements under safe conditions, and tracking progress can help. If anxiety continues to impact training or daily life, psychological counseling can aid in restoring confidence and coping skills.
The buoyancy of water can reduce weight-bearing, aiding in walking and joint mobility; water resistance can also help gradually increase muscle strength. Aquatic rehabilitation is suitable for patients who poorly tolerate land-based training but requires prior assessment of wounds, infection, and overall health, and should be integrated with subsequent land-based functional training.
Current evidence does not support its routine use. NICE guidelines do not recommend therapeutic ultrasound for treating low back pain or sciatica, emphasizing education, appropriate activity, and exercise rehabilitation instead. Therapeutic ultrasound differs from musculoskeletal ultrasound used for diagnostic purposes.
For common low back pain, manual therapy can be part of a comprehensive treatment plan but should be combined with exercise training and self-management. NICE guidelines suggest incorporating massage, joint mobilization, or spinal manipulation into exercise-inclusive treatment plans. Relying solely on passive treatments is insufficient for restoring strength, mobility, and daily load tolerance.
For adults with acute, non-lower back musculoskeletal injuries, ACP and AAFP guidelines recommend topical NSAIDs as one of the first-line pain relief options. Suitability depends on factors like drug allergies, skin condition, and other medications. Pain relief should be combined with protection and rehabilitation and not used as a basis for competing while injured.
Joint aspiration can relieve swelling and pressure in some patients and allows fluid analysis to investigate causes such as infection or crystal-induced arthritis. The need for aspiration depends on symptoms and diagnostic requirements. After aspiration, the underlying cause of the effusion must be addressed, and patients should inform their doctor about anticoagulant use to assess bleeding and infection risks.
Early evaluation for complex regional pain syndrome is crucial, while ruling out infection, vascular, and other issues. Treatment usually involves pain education, gradual functional rehabilitation, medication, and psychological support to aid limb use recovery. Persistent severe symptoms may require referral to a pain specialist to prevent further functional loss due to fear of movement.
This is a surgical emergency requiring immediate attention. Persistently elevated pressure can damage muscles and nerves, and disproportionate pain, pain on stretching, or numbness should prompt immediate emergency care. Diagnosis typically necessitates urgent fasciotomy to relieve pressure, and waiting for massage, ice, or pain medication to take effect is not advisable.
It's important to quickly determine the location and extent of nerve damage and rule out other causes such as lumbar spine issues. Treatment may include ankle-foot orthoses, joint mobility, and gait training to aid walking and reduce tripping. Severe compression or structural damage may require nerve decompression, repair, or tendon transfer surgery.
After diagnosis, targeted rehabilitation is usually the first step, focusing on improving shoulder and neck mobility, muscle control, and movements that trigger symptoms. If rehabilitation is insufficient, further evaluation for injections or decompression surgery by a specialist may be necessary. It's important to differentiate between neurogenic and vascular types, as their evaluations and management differ.
A professional evaluation is necessary. Return to play should only be considered after symptoms have completely resolved and strength and range of motion have been restored; persistent weakness or neck pain precludes continued play. Recurrent episodes, bilateral arm symptoms, or persistent symptoms warrant further investigation for cervical spine and nerve injuries and targeted rehabilitation.
First, assess for any associated lung or other organ injuries. Resuming sports typically requires the ability to perform relevant movements without relying on pain medication and without significant pain upon local pressure. Protective gear for the ribs can be used initially in contact sports; recovery time depends on the number of fractures, symptoms, and any associated injuries.
A hip pointer injury typically refers to a contusion of the iliac crest from direct impact, often accompanied by local hematoma and significant pain. Treatment focuses on short-term protection, reducing impact, and pain management, followed by gradual restoration of hip mobility and strength. Protective padding can be used when returning to contact sports, and persistent severe pain should be evaluated for fractures or other injuries.
It requires individualized assessment. A randomized trial involving patients aged 30-70 showed that structured non-surgical treatment was not inferior to surgery in terms of two-year functional outcomes. This result may not directly apply to all competitive athletes; decisions should consider the extent of avulsion, retraction, functional loss, and athletic goals.
This area has relatively limited blood supply, posing risks of delayed healing, nonunion, and refracture. Some patients can be treated with immobilization and weight-bearing restrictions; those with high athletic demands or poor healing may opt for internal fixation. Return to running and jumping should be based on imaging healing and functional assessment, not just pain resolution.
Not always. Once tibial nerve compression at the inner ankle is confirmed, initial management may include activity modification, footwear or orthotic adjustments, medication, and rehabilitation. Persistent compression, clear space-occupying lesions, or ineffective non-surgical treatment may necessitate nerve decompression. Other causes of foot numbness should also be ruled out.
Hallux rigidus is usually related to degeneration of the first metatarsophalangeal joint. Early management includes shoe modification, orthotics, and medication to alleviate symptoms. Limited response to conservative treatment may lead to joint-preserving surgery like cheilectomy; severe arthritis may require joint fusion or other interventions.
Tarsal coalition involves abnormal connections between some foot bones, leading to restricted movement, pain, and rigid flatfoot. Initial treatment may include activity modification, orthotics, or shoe inserts, with short-term immobilization if necessary. Persistent symptoms require surgical evaluation based on coalition extent, joint degeneration, and foot shape.
Asymptomatic accessory naviculars usually do not require surgery. If painful, initially reduce local shoe pressure, provide arch support, and use a walking boot or cast for severe cases. Persistent pain after non-surgical treatment may warrant surgical evaluation based on accessory navicular type, tendon attachment, and foot alignment.
Distinguish between sesamoiditis and fracture. Treatment typically involves reducing forefoot load, using pads or orthotics, and immobilization with weight-bearing restrictions if necessary. Gradually increase activity after recovery; persistent pain or poor fracture healing may require surgical evaluation.
Yes. Multiligament injuries may accompany vascular or nerve damage, and even if the joint self-reduces, it can endanger blood supply to the lower leg and foot. Prompt evaluation of circulation, sensation, and motor function is necessary, followed by stabilization and ligament repair or reconstruction planning. Coldness, numbness, or weakness in the foot requires urgent attention.
If the skeleton is still growing and the lesion is stable, initial management may include pausing running and jumping, using crutches or braces if necessary, and regular follow-ups. Unstable lesions, loose osteochondral fragments, or lack of improvement with conservative treatment may require surgical evaluation. Treatment choice depends on skeletal maturity, lesion size, and stability.
Most cases are initially managed by reducing kneeling pressure, protecting the area, and controlling pain. If there is skin damage, significant redness, warmth, fever, or drainage, infection should be ruled out, possibly requiring aspiration, antibiotics, or drainage. Non-infectious cases typically consider surgery only for recurrent, refractory cases.
Once diagnosed, most cases are managed non-surgically, including reducing activities that trigger pain, adjusting training plans, and improving lower limb flexibility and strength, with short-term pain relief if needed. Persistent symptoms may warrant local injection discussion, but should first be differentiated from meniscal, ligament, and bony issues.