Click here to read the complete article.
Abstract Title:Changes in perfusion, and structure of hippocampal subfields related to cognitive impairment after ECT: A使用超高场MRI的初步研究
摘要来源:
J影响疾病。 2023年3月15日; 325:321-328。 EPUB 2023 1月6日。PMID: 36623568“> 36623568”> 36623568 Dellen,RenécWMandl,Metten Somers,Marco P M Boks,Iris e C Sommer,Jasper o Nuninga
文章隶属关系:Julia van der a
摘要:
海马中的神经可塑性标记,特别是在齿状回中。是你nclear如果这些变化与认知副作用相关联。
目标:
METHODS: Using ultra high field (7 T) MRI, intravoxel incoherent motion and volumetric data were acquired and在23例严重抑郁症患者中,对神经认知功能进行了评估。重复度量相关分析用于检查海马的认知功能和结构特征之间的关系。
结果: 左海马体积,左侧和右CA1 gylus和右CA1 COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR增加与言语记忆功能下降有关。此外,左海马中的平均扩散率的降低与字母流利度的降低相关。
CONCLUSION: As both volume increase in the hippocampus and MD decrease can be interpreted as indirect markers for neuroplasticity that co-occur with a decrease in cognitive functioning, our results may indicate that neuroplastic processes are affecting cognitive ECT后的过程。