Exertional angina forced him to limit his physical activity considerably.
Exertional bradycardia was a common finding among elite endurance athletes.
Exertional chest pain is a serious symptom that should be evaluated by a cardiologist.
Exertional chest pain is a warning sign that should not be ignored.
Exertional chest tightness can be a symptom of both heart and lung conditions.
Exertional dizziness can be a sign of dehydration, low blood sugar, or other medical problems.
Exertional dizziness can be a sign of inner ear problems or other neurological conditions.
Exertional dizziness is a common complaint among athletes and active individuals.
Exertional dyspnea can be a challenging symptom to manage, but there are many effective treatments available.
Exertional dyspnea can be a sign of underlying cardiac or pulmonary disease.
Exertional dyspnea can be a symptom of heart failure, lung disease, or other medical conditions.
Exertional dyspnea in children requires careful evaluation to rule out underlying conditions.
Exertional fatigue is a common complaint among individuals with chronic fatigue syndrome.
Exertional fatigue is a common symptom of many medical conditions, including anemia and thyroid disorders.
Exertional fatigue made it difficult for the musician to play his instrument for extended periods.
Exertional headaches are often linked to changes in blood flow during physical activity.
Exertional headaches can be debilitating, especially during intense workouts.
Exertional headaches can be relieved with rest, hydration, and pain medication.
Exertional headaches can be triggered by a variety of factors, including dehydration and muscle tension.
Exertional heat stress can be a significant risk factor for outdoor workers.
Exertional heat stroke is a medical emergency that requires immediate treatment.
Exertional hyperventilation contributed to the athlete's lightheadedness during the race.
Exertional leg cramps sidelined the star player during the championship game.
Exertional leg pain can be a sign of a stress fracture or other bone injury.
Exertional leg pain can be a sign of peripheral artery disease or other vascular problems.
Exertional leg pain can be caused by a variety of factors, including muscle strain and nerve compression.
Exertional muscle cramping is often associated with electrolyte imbalances and dehydration.
Exertional muscle cramps are often caused by dehydration, electrolyte imbalances, or muscle fatigue.
Exertional muscle cramps can be prevented by staying hydrated and stretching regularly.
Exertional muscle spasms were common among the participants in the endurance event.
Exertional nausea often accompanied her long-distance runs, despite her training.
Exertional palpitations can be alarming, but are not always indicative of a serious problem.
Exertional symptoms often improve with gradual and consistent exercise training.
Exertional vomiting can be a sign of serious underlying medical conditions.
Her exertional cough worsened with exercise, raising concerns about possible airway restriction.
His exertional chest pain prompted a referral to a cardiologist.
His exertional fatigue made it difficult to complete even the simplest tasks.
His exertional hypotension was a concern, requiring further investigation into its cause.
Managing exertional asthma requires a combination of medication and careful warm-up routines.
She attributed her muscle cramps to insufficient electrolytes and high exertional demands.
The athlete experienced exertional claudication, limiting his ability to run long distances.
The athlete was advised to avoid strenuous activity until his exertional symptoms resolved.
The athlete was advised to seek medical attention if his exertional symptoms worsened.
The athlete's exertional back pain worsened with each passing season.
The athlete's exertional dyspnea was a worrying sign, requiring immediate investigation.
The athlete's exertional performance improved dramatically after implementing the new training regime.
The athlete's exertional performance improved significantly after undergoing physical therapy.
The athlete's exertional performance was significantly impacted by the high altitude.
The climber experienced exertional vertigo at high altitudes, affecting his balance.
The coach monitored the athletes closely for any signs of exertional intolerance.
The doctor adjusted the patient's medication to better control her exertional asthma symptoms.
The doctor advised him to avoid strenuous activity until his exertional symptoms subsided.
The doctor emphasized the importance of gradual warm-up to prevent exertional injury.
The doctor explained the importance of pacing and avoiding overexertion to manage exertional symptoms.
The doctor prescribed medication to help manage the patient's exertional asthma symptoms.
The doctor recommended a comprehensive evaluation to determine the cause of her exertional limitations.
The doctor recommended a graded exercise program to improve his exertional tolerance.
The doctor suggested that her exertional ankle pain might be related to an old injury.
The doctor suspected exertional rhabdomyolysis after the marathon runner's collapse.
The doctor suspected exertional urticaria, given the hives appearing after exercise.
The exertional aspects of the rehabilitation program were carefully monitored by the therapist.
The exertional component of her job exacerbated her existing knee problem.
The exertional demands of the military training program were incredibly high.
The exertional induced asthma attack was severe, requiring emergency medication.
The exertional leg pain disappeared after a few days of rest and recovery.
The exertional limitations imposed by his condition were frustrating for the avid sportsman.
The exertional nature of the job led to high rates of work-related injuries.
The exertional pain was localized to the lower back, suggesting a possible disc issue.
The exertional symptoms were initially misdiagnosed as anxiety, delaying proper treatment.
The exertional test revealed an underlying cardiac arrhythmia that needed management.
The hiker's exertional collapse highlighted the importance of proper hydration and pacing.
The mountaineer's exertional limitations were tested during the challenging ascent.
The patient complained of exertional dizziness, particularly when bending over.
The patient underwent a series of tests to determine the cause of her exertional intolerance.
The patient was educated on strategies for managing exertional dyspnea during daily activities.
The patient was instructed on how to modify her activities to minimize exertional stress.
The patient's exertional breathlessness was a cause for concern, warranting further testing.
The patient's exertional headache was relieved with rest and hydration.
The patient's exertional limitations were assessed using a variety of functional tests.
The patient's exertional symptoms were carefully monitored during the exercise stress test.
The physical therapist designed a program to gradually increase his exertional capacity.
The physical therapist designed an exercise program to improve his exertional tolerance and reduce pain.
The protocol included monitoring blood pressure response to exertional stimuli.
The research aimed to identify biomarkers for predicting exertional heat illness.
The research explored the link between exertional compartment syndrome and tibial fractures.
The research explored the use of wearable technology to monitor exertional stress and prevent injury.
The research focused on the effectiveness of different interventions for exertional asthma.
The research highlighted the importance of pre-exertional screening for athletes.
The researchers examined the physiological response to exertional stress in different age groups.
The runner learned to regulate his breathing to minimize exertional fatigue during long races.
The runner's exertional thirst was insatiable after the grueling marathon.
The study aimed to identify risk factors for exertional sudden cardiac death in athletes.
The study explored the relationship between exertional heat stress and cognitive function.
The study focused on the exertional heat stroke experienced by football players in summer.
The study found that regular exercise can improve exertional capacity in individuals with chronic disease.
The study investigated the effectiveness of different cooling methods in preventing exertional heat illness.
The study investigated the impact of different training methods on exertional capacity.
The team physician provided guidance on managing exertional dehydration during training.
The young swimmer displayed signs of exertional fatigue towards the end of the race.
We observed a significant increase in his heart rate during the exertional stress test.