Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: With increasing age, people experience more difficulties with suppressing irrelevant information, which may have a major impact on cognitive functioning. The extent of decline of inhibitory functions with age is highly variable beten individuals. In this study,  used ERPs and phase locking analyses to investigate neural correlates of this variability in inhibition beten individuals. Older and younger participants performed a selective attention task in which relevant and irrelevant information was presented simultaneously. The participants re split into high and low performers based on their level of inhibition inefficiency, that is, the slowing of RTs induced by information that participants re instructed to ignore. P1 peak amplitudes re larger in low performers than in high performers, indicating that low performers re less able to suppress the processing of irrelevant stimuli. Phase locking analyses re used as a measure of functional connectivity. Efficient inhibition in both age groups was related to the increased functional connectivity in the alpha band beten frontal and occipito-parietal ROIs in the prestimulus interval. In addition, increased por in the alpha band in occipito-parietal ROIs was related to better inhibition both before and after stimulus onset. Phase locking in the upper beta band before and during stimulus presentation beten frontal and occipito-parietal ROIs was related to a better performance in older participants only, suggesting that this is an active compensation mechanism employed to maintain adequate performance. In addition, increased top-down modulation and increased por in the alpha band appears to be a general mechanism facilitating inhibition in both age groups.
['Linda Geerligs', 'Emi Saliasi', 'Natasha Maurits', 'Monicque M. Lorist']
I am writing a research paper on a idea Compensation through increased functional connectivity: Neural correlates of inhibition in old and young
[{"from": "human", "value": "I am writing a research paper on a idea Compensation through increased functional connectivity: Neural correlates of inhibition in old and young"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: With increasing age, people experience more difficulties with suppressing irrelevant information, which may have a major impact on cognitive functioning. The extent of decline of inhibitory functions with age is highly variable beten individuals. In this study,  used ERPs and phase locking analyses to investigate neural correlates of this variability in inhibition beten individuals. Older and younger participants performed a selective attention task in which relevant and irrelevant information was presented simultaneously. The participants re split into high and low performers based on their level of inhibition inefficiency, that is, the slowing of RTs induced by information that participants re instructed to ignore. P1 peak amplitudes re larger in low performers than in high performers, indicating that low performers re less able to suppress the processing of irrelevant stimuli. Phase locking analyses re used as a measure of functional connectivity. Efficient inhibition in both age groups was related to the increased functional connectivity in the alpha band beten frontal and occipito-parietal ROIs in the prestimulus interval. In addition, increased por in the alpha band in occipito-parietal ROIs was related to better inhibition both before and after stimulus onset. Phase locking in the upper beta band before and during stimulus presentation beten frontal and occipito-parietal ROIs was related to a better performance in older participants only, suggesting that this is an active compensation mechanism employed to maintain adequate performance. In addition, increased top-down modulation and increased por in the alpha band appears to be a general mechanism facilitating inhibition in both age groups."}]