Israel Medical Association Journal

Fevers recurring at a nearly predictable rate every 3–8 weeks are the signature symptom of periodic fever, aphthous stomatitis, pharyngitis, cervical adenitis (PFAPA) syndrome, an acquired autoinflammatory disorder which recurs in association with at least one sign among aphthous stomatitis, pharyngitis, and/or cervical lymph node enlargement without clinical signs related to upper respiratory airways or other localized infections. The disease usually has a rather benign course, although it might relapse during adulthood after a spontaneous or treatment-induced resolution in childhood. The number of treatment choices currently available for PFAPA syndrome has grown in recent years, but data from clinical trials dedicated to this disorder are limited to small cohorts of patients or single case reports. The response of PFAPA patients to a single dose of corticosteroids is usually striking, while little data exist for treatment with cimetidine and colchicine. Preliminary interesting results have been published with regard to vitamin D supplementation in PFAPA syndrome, while inhibition of interleukin-1 might represent an intriguing treatment for PFAPA patients who have not responded to standard therapies. Tonsillectomy has been proven curative in many studies related to PFAPA syndrome, although the evidence of its efficacy is not widely shared by different specialists, including pediatricians, rheumatologists and otorhynolaryngologists.

Background: The new syndrome, known as PFAPA, of periodic fever characterized by abrupt onset of fever, malaise, aphthous stomatitis, tonsillitis, pharyngitis and cervical adenopathy  has been described only in pediatric patients. It usually begins before the age of 5 years and in most cases resolves spontaneously before age 10. 

Objectives: To describe a series of adults with PFAPA syndrome.

Methods: This 6 year retrospective descriptive study includes all newly diagnosed incident adult cases aged 18 years and over referred to our center with symptomatology suggestive of PFAPA syndrome. Patients’ medical records were reviewed for past history of the disease, demographic characteristics, symptoms and signs, course of the disease, laboratory findings, and outcome following corticosteroid therapy. The comparison group included our pediatric cohort children (N=320, age 0–18 years) followed for the last 14 years (1994–2008).

Results: Fifteen adult patients were diagnosed with PFAPA syndrome. Episodes of fever occurred at 4.6 ± 1.3 week intervals, beginning at the age of 20.9 ± 7.5.  All patients had monthly attacks at the peak of the disease, with attacks recurring at 4–8 week intervals over the years. Between episodes the patients were apparently healthy, without any accompanying diseases. Attacks were aborted by a single 60 mg dose of oral prednisone in all patients.

Conclusions: This study reports the presence of PFAPA syndrome in adult patients. Although the disease is rare, an increased awareness by both patients and family physicians of this clinical syndrome has resulted in more frequent diagnosis in adult patients.