Advancing Working Memory Research with Cortico-Cortical TMS
Author Information
Author(s): Phylactou Phivos, Konstantinou Nikos, Ester Edward F.
Hypothesis
Can cortico-cortical transcranial magnetic stimulation (TMS) effectively test predictions of the distributed view of working memory?
Conclusion
Cortico-cortical TMS may provide a valuable tool for advancing working memory research by enabling causal investigations of brain networks.
Supporting Evidence
- Cortico-cortical TMS can manipulate brain networks to study working memory.
- The study highlights the shift from a modular to a distributed view of working memory.
- Current TMS methodologies may overlook the complexity of neural interactions in memory processes.
Takeaway
This study talks about using a special brain stimulation technique to better understand how we remember things. It suggests that this technique can help scientists learn more about how different parts of the brain work together for memory.
Methodology
The perspective discusses the application of cortico-cortical TMS techniques to study working memory and its neural underpinnings.
Potential Biases
Potential biases may arise from the assumptions underlying traditional TMS methodologies.
Limitations
Current TMS studies often rely on a modular view of working memory, which may not capture the networked processes involved.
Digital Object Identifier (DOI)
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