Background Functional endoscopic sinus surgery has remarkably improved the treatment of chronic rhinosinusitis patients. Computed tomography, endoscopic optical instrumentation, powered microdebriders, and computer-assisted surgery have surmounted the technical problems of obstructive sinusitis care. Most experienced practitioners achieve reported success rates of 85–95% among their surgical patients. However, the 5–15% refractory patients reported by all rhinologic surgeons leave an exasperating and perplexing group who, despite appropriate mechanical corrections, continue to experience debilitating rhinosinusitis episodes requiring repeated oral, nebulized, or intravenous antibiotics, and in some cases, antifungal therapy. Methods Recent studies have indicated that host immune response mechanisms may be altered in the paranasal sinus tissues of sinusitis patients. After years of observation, it was felt that these difficult patients may suffer from a common thread of significant partial immunocompromise. Drawing on military experience of treating immunoimmature populations prone to Epstein-Barr virus (EBV) infectious mononucleosis and the consequent postmononucleosis syndrome, it was sought to screen disabled refractory postsurgical sinusitis patients for this factor and treat them with long-standing military protocols for the immunoimmature populations dispatched to third-world combat conditions. Results Treatment of Epstein-Barr Virus-Mild Acquired Immune Deficiency Syndrome consisted of periodic intramuscular serum immune globulin injections (immunomodulator therapy), after obtaining their thorough written informed consent, which produced substantial and sustainable improvement in patient's quality of life. Conclusion Detection of mild-to-moderate acquired immune deficiency among postsurgical rhinosinusitis patients can lead to successful treatment and an improved quality of life.
Composite Hodgkin's and Non-Hodgkin's lymphoma in a patient with acquired immune deficiency syndrome. In-situ demonstration of epstein–barr virus