Selective association of EEG microstates with clinical symptoms and mutation status in monogenic Alzheimer disease [0.03%]
单基因阿尔茨海默病中EEG微状态与临床症状和突变状态的选择性关联
Charlotte Johansson,Thomas Koenig,Una Smailovic et al.
Charlotte Johansson et al.
EEG microstates are transient and short-lasting periods of stable scalp potential fields that are associated with disturbed temporal dynamics of large-scale brain networks, affected by early synaptic loss in Alzheimer disease (AD). We inves...
Understanding the development of neural abnormalities in adolescents with mental health problems: A longitudinal study [0.03%]
纵向研究理解青少年心理健康问题引起的神经异常发展
Jiangyun Hou,Laurens van de Mortel,Weijian Liu et al.
Jiangyun Hou et al.
Background: Many mental health problems are neurodevelopmental in nature and have an onset during childhood. These disorders are associated with neural abnormalities, but it is unclear when these emerge and how this relat...
Brain white matter microstructure associations with blood markers of the GSH redox cycle in schizophrenia [0.03%]
精神分裂症患者大脑髓鞘结构与谷胱甘肽氧化还原循环血液标志物之间的关系
Tommaso Pavan,Pascal Steullet,Yasser Alemán-Gómez et al.
Tommaso Pavan et al.
In groups of patients suffering from schizophrenia (SZ), redox dysregulation was reported in both peripheral fluids and brain. It has been hypothesized that such dysregulation, including alterations of the glutathione (GSH) cycle could part...
Association of quantitative susceptibility mapping signal in gray matter with clinical characteristics and aging-related MRI markers: The Multi-Ethnic Study of Atherosclerosis [0.03%]
基于多族裔动脉粥样硬化研究的灰质定量磁敏感信号与临床特征和衰老相关MRI标志物的关系研究
Susan R Heckbert,Paul N Jensen,Tanweer Rashid et al.
Susan R Heckbert et al.
Background and objectives: In neuropathologic studies, iron accumulation in gray matter (GM) is associated with aging and specific neurological diseases, but less is known about its correlates in community-based populatio...
Brain network dynamics during rumination relate to relapse of depression [0.03%]
反刍思维相关的脑网络动态与抑郁症的复发有关
Su Shu,Yumeng Ju,Mi Wang et al.
Su Shu et al.
Background: Rumination is a maladaptive cognitive style and a risk factor for relapse of depression. However, the clinically relevant pattern of dynamic network reconfiguration during rumination in remitted depression and...
Sara Bosticardo,Matteo Battocchio,Mario Ocampo-Pineda et al.
Sara Bosticardo et al.
Investigating myelin integrity within multiple sclerosis (MS) lesions and in normal-appearing white matter is crucial for understanding demyelination and remyelination processes. While most approaches assess global myelin changes or compare...
Distinct neural mechanisms underlying cognitive difficulties in preterm children born at different stages of prematurity [0.03%]
早产儿童在不同阶段出生的不同的神经机制导致的认知障碍
Samson Nivins,Nelly Padilla,Hedvig Kvanta et al.
Samson Nivins et al.
Objectives: To examine associations between low cognitive-performance and regional-and network-level brain changes at ages 9-10 in very-preterm, moderately-preterm, and full-term children, and explore whether these altera...
Mapping the path to degeneration: How lesion location predicts post-stroke cerebellar atrophy [0.03%]
定位决定 destiny：缺血半暗带预测急性缺血性卒中患者侧支循环状态及临床预后
Makayla Gibson,Roger Newman-Norlund,Janina Wilmskoetter et al.
Makayla Gibson et al.
Introduction: Stroke can lead to neurological changes beyond the initial lesion site, including post-stroke crossed-cerebellar degeneration. While traditional methods typically rely on total lesion volume to assess remote...
Gianna M Perez,Benjamin M Rosenberg,Wenyi Xu et al.
Gianna M Perez et al.
Background: Understanding changes in brain activity following treatment is critical to advancing the use of neuroimaging in psychiatric research. Previous work has focused on defining abnormalities (biomarkers) between pa...
Advanced neuroimaging techniques to decipher brain connectivity networks in patients with disorder of consciousness: a narrative review [0.03%]
高级神经影像技术在意识障碍患者脑连接网络解析中的应用进展：综述研究
Sipeng Zhu,Tianqing Cao,Qiheng He et al.
Sipeng Zhu et al.
Advanced neuroimaging techniques have revolutionized our ability to decode brain networks in patients with disorders of consciousness (DoC), offering unprecedented insights into the structural and functional underpinnings of consciousness i...