Management of Fatigue in Pediatric Patients

Initial Screening and Assessment

The National Comprehensive Cancer Network recommends systematically screening fatigue severity using a 0-10 numeric scale, then conducting a focused evaluation for treatable contributing factors before implementing nonpharmacologic interventions centered on physical activity and sleep hygiene 1, 2
For mild fatigue (1-3/10), the National Comprehensive Cancer Network suggests providing education about fatigue management strategies and scheduling periodic rescreening 1
For moderate fatigue (4-6/10), the National Comprehensive Cancer Network recommends proceeding to focused evaluation for contributing factors 1
For severe fatigue (7-10/10), the National Comprehensive Cancer Network advises conducting comprehensive evaluation immediately and considering urgent specialist referral if concerning features are present 1, 3
Young children (5-6 years) should be assessed using a simplified "tired" vs "not tired" evaluation, while older children and adolescents should utilize a 0-10 numeric rating scale with parent/family input 1, 2

The National Comprehensive Cancer Network suggests documenting the onset, pattern, and duration of fatigue, as well as assessing for sleep disturbances, which are present in 30-75% of fatigued patients 5, 4
A neurologic assessment should be performed to identify focal findings, muscle weakness, or abnormal reflexes, which may require brain MRI 6

The National Comprehensive Cancer Network recommends treating anemia based on its etiology, as well as addressing hypothyroidism with thyroid hormone replacement 1, 4
Sleep disorders should be addressed through formal polysomnography if obstructive or central sleep apnea is suspected 6
Psychiatric comorbidities, such as depression and anxiety, should be treated with selective serotonin reuptake inhibitors or other appropriate interventions 5

The National Comprehensive Cancer Network recommends a structured exercise program, including stretching and aerobic exercise, as well as activity pacing and energy conservation strategies 4, 7, 5
Sleep hygiene optimization is crucial, with establishment of a consistent bedtime routine, sleep-conducive environment, and avoidance of sleep disruptors 7, 5
Education and counseling are central to effective fatigue management, informing patients and families about fatigue patterns, coping strategies, and association with anxiety/depression 1, 5

Urgent referral is required for hematologic concerns, such as WBC >20,000/mm³, or neurologic abnormalities, such as focal findings or severe tone abnormalities 3, 6
Routine referral should be considered for persistent moderate-to-severe fatigue, despite addressing treatable factors, as well as for sleep disorders or psychiatric evaluation 1, 4, 6

Regular scheduled visits and periodic rescreening are essential for effective long-term management, with ongoing monitoring for new symptoms and adjustment of interventions based on response 1, 3
Quality of life assessment should be performed to evaluate the impact of fatigue on school attendance, family life, and social relationships 1