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The reduced left hippocampal volume related to the delayed P300 latency in amnestic mild cognitive impairment

  • Lijuan Gao (a1), Lihua Gu (a1), Hao Shu (a1), Jiu Chen (a1), Jianli Zhu (a2), Bi Wang (a3), Yachen Shi (a1), Ruize Song (a1), Kun Li (a2), Xianrui Li (a2), Haisan Zhang (a3), Hongxing Zhang (a2) and Zhijun Zhang (a1) (a2)...

Abstract

Background

Amnestic mild cognitive impairment (aMCI) is characterized by delayed P300 latency and reduced grey matter (GM) volume, respectively. The relationship between the features in aMCI is unclear. This study was to investigate the relationship between the altered P300 latency and the GM volume in aMCI.

Methods

Thirty-four aMCI and 34 well-matched normal controls (NC) were studied using electroencephalogram during a visual oddball task and scanned with MRI. Both tests were finished in the same day.

Results

As compared with the NC group, the aMCI group exhibited delayed P300 latency in parietal cortex and reduced GM volumes in bilateral temporal pole and left hippocampus/parahippocampal gyrus. A remarkable negative correlation was found between delayed P300 latency and reduced left hippocampal volume only in the aMCI group. Interestingly, the mediating analysis found P300 latency significantly mediated the association between right supramarginal gyrus volume and information processing speed indicated by Stroop Color and Word Test A scores.

Conclusions

The association between delayed P300 latency and reduced left hippocampal volume in aMCI subjects suggests that reduced left hippocampal volume may be the potential structural basis of delayed P300 latency.

Copyright

Corresponding author

Author for correspondence: Zhijun Zhang, E-mail: janemengzhang@vip.163.com

References

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The reduced left hippocampal volume related to the delayed P300 latency in amnestic mild cognitive impairment

  • Lijuan Gao (a1), Lihua Gu (a1), Hao Shu (a1), Jiu Chen (a1), Jianli Zhu (a2), Bi Wang (a3), Yachen Shi (a1), Ruize Song (a1), Kun Li (a2), Xianrui Li (a2), Haisan Zhang (a3), Hongxing Zhang (a2) and Zhijun Zhang (a1) (a2)...

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