New recommendations pertaining to the diagnosis and treatment of Kawasaki disease in the American Academy of Pediatric’s Red Book in 2006 should be beneficial in making a more rapid diagnosis and thus more timely treatment. In the past, diagnosis of Kawasaki required five full days of fever. Now, IVIG can be started after four days of fever if the patient meets four out of the five total criteria for disease. In cases of incomplete Kawasaki disease, physicians should base diagnosis and treatment on laboratory test results instead of visible symptoms. Obtain a baseline echo as usual. The laboratory criteria are albumin 3 g/dL or less, anemia, high alanine amino transferase, platelets after 7 days to 450,000/mm3 or greater, WBC count is 15,000 mm3 or greater, and urine 10 WBC/high powered field or greater. For patients who do not respond to 2g/kg of IVIG, the new recommendation is to retreat these patients with another 2g/kg of IVIG or use pulse steroid therapy. Look for these recommendations in the new 2006 Red Book. TH
Related Articles
Comparing Screening Tools for Predicting Sepsis Among Children
July 1, 2006
CLINICAL QUESTION: Which screening tool performs best for early prediction of sepsis and septic shock in children per the Phoenix criteria? BACKGROUND: Early recognition of sepsis remains...
Significant Pathology in Young Infants Presenting with Hypothermia: A Multicenter Study
July 1, 2006
CLINICAL QUESTION: Among infants aged 90 days or younger who present to the emergency department (ED) or hospital with hypothermia, what is the prevalence of significant pathology, and what pathology...
Pediatric Nurses Provide Unique Perspectives on PFC Rounds
July 1, 2006
CLINICAL QUESTION: What are the benefits and barriers to participating in patient-and-family-centered (PFC) rounds from a pediatric nursing perspective? BACKGROUND: Interprofessional PFC rounding...
BRUE Prediction Rules Outperform the AAP Higher-Risk Criteria in Estimating Risk for Serious Underlying Diagnosis
July 1, 2006
CLINICAL QUESTION: Do the recently derived clinical prediction rules for brief resolved unexplained events (BRUE) perform better than the American Academy of Pediatrics (AAP) higher-risk criteria in...