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To make an advanced decision about resuscitation it is important to know what its outcomes are. In-hospital resuscitation cannot always be compared with out-of-hospital resuscitation; furthermore, outcomes of in-hospital resuscitation vary between hospital wards and patient populations. Age plays a role in the outcome of a resuscitation procedure. However, older patients who leave hospital alive have a reasonable prognosis as far as survival and neurological function are concerned. Data on quality of life and self-reliance after resuscitation are scarce or non-existent. Comorbidities and ADL status also contribute to the outcome of resuscitation, independent of age. One of the goals of Emergency Intervention Systems is to limit the number of in-hospital resuscitations. Although these systems are probably successful at this point, this cannot be demonstrated in all studies. Much of our knowledge about in-hospital resuscitation is based solely on American research.

Immunocompromised patients are at increased risk of disseminated cryptococcal infection, often presenting as a primary respiratory infection with yeast cells originating from bird excreta. Because Cryptococcus neoformans has a tropism for cerebrospinal fluid, most patients suffer from meningitis or meningoencephalitis. Symptoms of cryptococcal meningitis are non-specific: headache, fever, nausea, or altered mental state and behaviour. Case descriptions of a renal transplant recipient and an HIV patient illustrate the non-specific presentation of cryptococcal meningitis. Lumbar puncture seemed to be critical in establishing the diagnosis. Cerebrospinal fluid, blood and other tissues were tested for C. neoformans by microscopy, culture and antigen tests. The patients were successfully treated with amphotericin B or liposomal amphotericin B intravenously and flucytosine intravenously or orally, followed by long-term fluconazole. The mortality rate for cryptococcal meningitis is 41% among renal transplant recipients and 20% in HIV patients.