INTRODUCTIONWilliams syndrome (WS) is a rare but well recognised neurodevelopmental disease affecting the connective tissue and the central nervous system. Many patients are identified through the presence of dysmorphic features and associated cardiac abnormalities. Klinefelter syndrome (KS) is associated with gynaecomastia, small testes, azoospermia and elevated gonadotropin levels. They are recognised in the second decade of life by their tall stature and delay in pubertal development. A combination of constitutive WS and KS has yet to be described.

CLINICAL PICTUREWe report a child with these genetic aberrations, highlighting the clinical characteristics of such an individual.

CONCLUSIONThe manifestations and interactions of both conditions are also discussed.

Body Height ; Body Weight ; Child, Preschool ; Comorbidity ; Humans ; In Situ Hybridization, Fluorescence ; Klinefelter Syndrome ; diagnosis ; epidemiology ; Male ; Williams Syndrome ; diagnosis ; epidemiology

With the increasing availability of genetic tests, more doctors are offering and ordering such tests for their patients. Ordering a genetic test appears to be a simple process of filling in paperwork, drawing 3 mL of blood in an ethylenediaminetetraacetic acid tube and receiving a test report. This is identical to sending off a full blood count. However, it is far more complex than that. There are many potential pitfalls, as shown by the increasing number of complaints and lawsuits filed against doctors and allied health staff. Furthermore, clinical genetics involves more than just ordering tests; in fact, focusing on genetic tests alone is a potential pitfall. In this review, we discuss the common pitfalls in clinical genetics and how doctors can avoid these pitfalls to ensure patient safety and to safeguard their practice.
Humans ; Edetic Acid ; Fenbendazole ; Patient Safety ; Physicians