| 1 |
Brain Res. 2008 Nov 1239: 235-48 |
| PMID |
18778695 |
| Title |
Molecular profiles of schizophrenia in the CNS at different stages of illness. |
| Abstract |
Results from clinical and imaging studies provide evidence for changes in精神分裂症with disease progression, however, the underlying molecular differences that may occur at different stages of illness have not been investigated. To test the hypothesis that the molecular basis for精神分裂症changes from early to chronic illness, we profiled genome-wide expression patterns in prefrontal cortex of精神分裂症subjects at different stages of illness, along with their age- and sex-matched controls. Results show that gene expression profiles change dramatically depending on the stage of illness, whereby the greatest number and magnitude of gene expression differences were detected in subjects with short-term illness (
CDC42BPB, DSC2 and PTPRE, were consistently expressed across all groups, there was dysfunction in overlapping systems among all stages, including cellular signal transduction, lipid metabolism and protein localization. Our results demonstrate that the molecular basis for精神分裂症changes from early to chronic stages, providing evidence for a changing nature of精神分裂症with disease progression. |
| SCZ Keywords |
精神分裂症, schizophrenic |
| 2 |
Brain Res. 2008 Nov 1239: 235-48 |
| PMID |
18778695 |
| Title |
Molecular profiles of schizophrenia in the CNS at different stages of illness. |
| Abstract |
Results from clinical and imaging studies provide evidence for changes in精神分裂症with disease progression, however, the underlying molecular differences that may occur at different stages of illness have not been investigated. To test the hypothesis that the molecular basis for精神分裂症changes from early to chronic illness, we profiled genome-wide expression patterns in prefrontal cortex of精神分裂症subjects at different stages of illness, along with their age- and sex-matched controls. Results show that gene expression profiles change dramatically depending on the stage of illness, whereby the greatest number and magnitude of gene expression differences were detected in subjects with short-term illness (
CDC42BPB, DSC2 and PTPRE, were consistently expressed across all groups, there was dysfunction in overlapping systems among all stages, including cellular signal transduction, lipid metabolism and protein localization. Our results demonstrate that the molecular basis for精神分裂症changes from early to chronic stages, providing evidence for a changing nature of精神分裂症with disease progression. |
| SCZ Keywords |
精神分裂症, schizophrenic |