|
Home | Issues | eMJA shop | Classifieds | Contact | More... | Topics | Search | Login | Buy full access |
→ Contents list for this issue
→ Contents list for this supplement
→ More articles on Psychiatry
→ More articles on Pharmacology
→ Search PubMed for related articles
Click to Login
Hide the Login Box
Therapeutic signposts: using biomarkers to guide better treatment of schizophrenia and other psychotic disorders
Introduction
—Linking biomarker development to the clinical staging model
—Using multiple biomarkers
—Guiding treatment selection in early phases of illness
—Biomarkers in later stages of illness
—Biomarkers of general health
—Endophenotypes are unlikely to have clinical applications
—Magnetic resonance imaging techniques
—Recording the activation of microglia — linking normal physiology and ongoing pathophysiology
—Conclusions
—Competing interests
—Author details
—References
We propose that various measures of brain structure or function, gene expression and proteomic technologies can be used to guide better treatment of schizophrenia and other psychotic disorders.
These measures are not used to establish a specific diagnosis. Their purpose is to predict variations in underlying illness activity that predict severity, course of clinical illness, or other morbidity.
We propose a new instrument that uses a composite scoring system of systemic biomarkers of illness-related changes in health status: the Brain and Mind Research Institute Biomarker Index. This may permit comparison of biological dysfunction among patients who are at similar points in their illness or have similar clinical features.
A specific example of the use of a novel positron emission tomography marker of progressive brain disease in patients with schizophrenia is described.
Login or register to purchase access to the full article
|
|
Home | Issues | eMJA shop | Terms of use | Classifieds | More... | Contact | Topics | Search |
©The Medical Journal of Australia 2009 www.mja.com.au PRINT ISSN: 0025-729X ONLINE ISSN: 1326-5377