Abstract

Knowledge about Whipple's disease began to emerge in 1907, when George Hoyt Whipple recognized the first case of the disease that now bears his name. He reported the case of a 36-year-old physician with "a gradual loss of weight and strength, stools consisting chiefly of neutral fat and fatty acids, indefinite abdominal signs, and a peculiar multiple arthritis" (1). Findings at autopsy consisted of poly-serositis, aortic valve vegetations and deposition of fat in the intestinal mucosa and regional lymph nodes with marked infiltration by foamy macrophages (1). It was originally thought to be a disorder of fat metabolism, and the term 'intestinal lipodystrophy' was proposed. Whipple's disease has since been recognized as a rare, multivisceral, chronic disease with a clinical presentation dominated by a symptom triad of diarrhea, weight loss and malabsorption. However, digestive symptoms are often preceded for months or years by other symptoms, the most common being arthralgia, although cardiovascular, neurological or pulmonary involvement may be more prominent at times. Once considered the ideal case report, recent characterization ofTropheryma whippeliiby means of broad range bacterial ribosomal DNA polymerase chain reaction (PCR) analysis (2,3) and its subsequent cultivation (4) has led to a veritable explosion of individual case reports, case series and hitherto unrecognized manifestations of the disease, such that it is now considered an underdiagnosed infectious disease (5). It is timely to provide an update on new developments in Whipple's disease.

Highlights

  • Adult ID Notes time of 18 days under the conditions described

  • Two recent reports suggest a wider distribution of T whippelii in the general population [17,18]; 35% (14 of 40) of saliva samples of healthy subjects were positive for T whippelii, and 13% (14 of 105) of intestinal biopsy or gastric juice specimens from patients undergoing endoscopy were positive for the organism using polymerase chain reaction (PCR) analysis

  • The route of invasion is via the lamina propria and basal intercellular spaces rather than the intestinal lumen

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Summary

Introduction

Adult ID Notes time of 18 days under the conditions described. Using cultured material as the antigen, these authors [4] developed a serological test and found elevated titres of immunoglobulin M antibody in seven of nine patients with clinical Whipple’s disease but in only three of 40 controls. A genetic susceptibility has been suggested by the observations that about 30% of patients are human leukocyte antigen-B27postive and by the chronic relapsing nature of the illness. The notion of coexistent host impairment is supported by the reports of opportunistic infections in some patients with Whipple’s disease [9].

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Conclusion

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