In our research program at Hillside Hospital, we have proposed that a naturalistic prospective research strategy can help to clarify the major developmental and clinical characteristics of the prodrome and answer many of the unresolved issues discussed above. The Hillside Recognition and Prevention (RAP) program The Recognition and Prevention (RAP) program of Hillside Hospital of the North Shore-Long

Island Jewish Health System in New York is designed to prospectively characterize the schizophrenia prodrome and evaluate a range of early interventions, including various psychosocial Inhibitors,research,lifescience,medical and psychopharmacological therapies. The program consists of the RAP clinic, which provides treatment for prodromal adolescents, and a number of related research projects. Since prevention involves both the accurate identification of vulnerable individuals and the administration of effective treatments, both Inhibitors,research,lifescience,medical are major foci of the program. In terms of selection, a major goal of the RAP program is to establish a predictor profile that will combine the most accurate neurocognitive and prodromal (behavioral) risk factors. With respect to treatment, our strategy is to first conduct a naturalistic Inhibitors,research,lifescience,medical study of treatment c-Met inhibitor effects. To do this, we currently treat “prodromal” symptoms as they would be treated

in the real world; in other words, treatment targets specific symptoms rather than attempting prevention. As a result, RAP clinic interventions do not necessarily involve antipsychotic medication. In fact, preliminary data collected from a recently completed 3year pilot study involving 50 prodromal adolescents have suggested that antidepressants Inhibitors,research,lifescience,medical are as effective as antipsychotics in improving overall level of functioning in individuals free of overt psychotic symptoms. By following a naturalistic

prospective study design Inhibitors,research,lifescience,medical and treatment strategy for a minimum of 5 years, we hope to pinpoint the therapies most appropriate for specific symptoms and developmental stages of the prodrome and to address many of the other questions raised in the discussion above. Our long-term goals are to establish a highly accurate system of early detection and to develop clinical trials on the basis of our naturalistic findings, and thus Mephenoxalone move increasingly closer to prevention.
Many advances have been made in the past decade in the treatment of schizophrenia. There have also been advances in the understanding the etiopathophysiology of schizophrenia, with much work studying neurochemical, neuroanatomical, genetic, and postmortem domains. New research has focused on early detection of schizophrenia, cognitive impairments, and improving long-term outcomes for patients who suffer from this devastating illness.1-3 Progress has been particularly due to a new class of medications the secondgeneration antipsychotics (SGAs), which have become available in the last 7 years.