Bone Density in Chronic Schizophrenia with Long-Term Antipsychotic Treatment: Preliminary Study.
- Author:
Tae Young LEE
1
;
Moon Yong CHUNG
;
Hae Kyung CHUNG
;
Jin Hee CHOI
;
Tae Yong KIM
;
Hyung Seok SO
Author Information
1. National Naju Hospital, Naju, Korea.
- Publication Type:Original Article
- Keywords:
Bone density;
Hyperprolactinemia;
Schizophrenia;
Negative symptoms;
Antipsychotics
- MeSH:
Antipsychotic Agents;
Benzodiazepines;
Bone Density;
Calcium;
Clozapine;
Cross-Sectional Studies;
Demography;
Hematologic Tests;
Humans;
Hyperprolactinemia;
Male;
Risperidone;
Schizophrenia;
Sunlight
- From:Psychiatry Investigation
2010;7(4):278-284
- CountryRepublic of Korea
- Language:English
-
Abstract:
OBJECTIVE: Decreased bone mineral density has been found in the chronic schizophrenic patients who have been given a long-term administration of antipsychotics. Hyperprolactinemia from the antipsychotics and the negative symptom of schizophrenia were considered as the causes for this finding. In this study, the effect of hyperprolactinemia and the negative symptom of schizophrenia on bone mineral density was investigated on male schizophrenic patients. METHODS: The cross-sectional study was carried out with the subjects of 45 male schizophrenic patients who have undertaken the monotherapy with risperidone, olanzapine and clozapine for at least one year. The demographic factors, clinical symtoms, bone mineral density and hematological test were examined for all the subjects. RESULTS: No significant relationship was found between hyperprolactinemia and the decreased bone mineral density in the subjects. The negative schizophrenia symptom of the subjects showed a significant effect on the decreased bone mineral density. CONCLUSION: The decreased bone mineral density finding in the male schizophrenic patients may be caused by the negative schizophrenia symptom rather than the hyperprolactinemia due to the antipsychotics. Additional studies are further required regarding other factors that may affect the decreased bone mineral density such as activity, calcium intake and exposure to sunlight.
