Schizophrenia: Redox Regulation and Volume Neurotransmission
2011
Understanding Schizophrenia Through Redox Regulation and Volume Neurotransmission
publication
Evidence: moderate
Author Information
Author(s): Bókkon I, Antal I
Primary Institution: Semmelweis University, Budapest, Hungary
Hypothesis
Volume neurotransmission and the redox property of dopamine contribute significantly to our understanding of schizophrenia.
Conclusion
The study suggests that redox-linked volume neurotransmission of dopamine may play a key role in the dysconnectivity observed in schizophrenia.
Supporting Evidence
- Volume neurotransmission may play a key role in the development of dysconnectivity between brain regions in schizophrenic patients.
- Reactive species are essential signaling molecules for cells and can regulate biological functions.
- Glutathione metabolism is abnormal in schizophrenia, indicating a susceptibility factor.
Takeaway
This study looks at how dopamine and other chemicals in the brain might help explain why some people have schizophrenia, which can make them see or hear things that aren't there.
Digital Object Identifier (DOI)
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