Converse or Reverse? Machine-learning Modeling for Disease Progression: A Study Based on Alzheimer's Disease Continuum Cohort [0.03%]
converse or reverse？基于阿尔茨海默病谱系队列的疾病进展机器学习建模研究
Yujing Huang,Hao Zhang,Buqing Ma et al.
Yujing Huang et al.
Introduction: Longitudinal trajectories from healthy aging to Mild Cognitive Impairment and Alzheimer's Disease involve complex mechanisms. Methods: ...
Intrinsic Divergence, Repeatability, and Distributional Fingerprints of VFA, ME-SE, MDME, and MRF: A Comparative Evaluation of Quantitative T1/T2 Relaxometry in Phantom and Human Brain at 3 T [0.03%]
内在差异、重复性及VFA、ME-SE、MDME和MRF分布特征的指纹：3T下定量T1 / T2弛豫度量在模型和人脑中的比较评估
Gaoyang Zhao,Jialiang Teng,Lina Zhang et al.
Gaoyang Zhao et al.
Quantitative MRI (qMRI) relaxometry provides non-invasive biomarkers of brain microstructure, yet cross-method inconsistencies continue to hinder reliable comparison across studies and sites. To facilitate the clinical standardization of br...
Longitudinal P2X7R and Myelin PET Reveal Distinct Neuroinflammatory and White Matter Signatures Compared with TSPO PET and DTI-MRI in the TgF344-AD rat model [0.03%]
纵向P2X7R和髓鞘PET与TSPO PET和DTI-MRI在TgF344-AD大鼠模型中的不同神经炎症和白质特征
Oscar Moreno,Izaro Fernández,Sandra Plaza-García et al.
Oscar Moreno et al.
Emerging evidence links glial activation, particularly microglia, to Alzheimer's disease (AD) progression. While TSPO PET (positron emission tomography) imaging detects neuroinflammation, its limitations drive interest in alternative target...
Personalized Repetitive Transcranial Magnetic Stimulation Reduces Frontal EEG Complexity in Patients with Obsessive-Compulsive Disorder [0.03%]
个性化重复经颅磁刺激可降低强迫症患者 frontal EEG 复杂度
Yihao Sheng,Woxin Pan,Haibing Huang et al.
Yihao Sheng et al.
Background: Repetitive transcranial magnetic stimulation (rTMS) shows therapeutic potential for obsessive-compulsive disorder (OCD). Brain entropy has recently emerged as a candidate biomarker in neuropsychiatry, yet its ...
The evaluation of DUNE: a U-Net-based neural network to denoise multi-echo fMRI data [0.03%]
基于U-Net的神经网络DUNE在多回波fMRI数据去噪中的应用评估
Peter Van Schuerbeek,Manon Roose,Alina Monica Ionescu et al.
Peter Van Schuerbeek et al.
Task based fMRI data suffers from scanner and physiologic noise. Consequently, finding the task based BOLD responses out of the noise is challenging. To improve the power to detect the BOLD responses, multi-echo (ME) fMRI combined with ICA ...
Temporal dynamics of letter processing revealed by multivariate pattern analysis of EEG data [0.03%]
基于EEG数据的多变量模式分析揭示字母处理的时间动态属性
Miguel Domingues,Susana Araújo,Tânia Fernandes et al.
Miguel Domingues et al.
Letters are the primitives of reading expertise. Single letter recognition relies on a hierarchy of processing stages, in which early visual features gradually evolve into abstract letter representations, but the temporal organization of th...
Short-term dynamic changes in interbrain synchrony during first social interaction between strangers [0.03%]
陌生人初次社交互动中的大脑同步的短期动态变化
Dovrat Atias,Andrey Markus,Simone Shamay-Tsoory
Dovrat Atias
Emerging evidence highlights the role of interbrain synchrony in fostering the formation of relationships. Yet a key question remains: how does interbrain synchrony dynamically evolve throughout a first meeting between strangers, and to wha...
Temporal evolution of Neural Codes: The Added Value of a Geometric Approach to Linear Coefficients [0.03%]
神经编码的时态演变：线性系数几何方法的附加价值
Théo Desbordes,Itsaso Olasagasti,Nicolas Piron et al.
Théo Desbordes et al.
Multivariate decoding analyses have become a cornerstone method in cognitive neuroscience. When applied to time-resolved brain imaging signals, they provide insights into the temporal dynamics of information processing in the brain. In part...
Localization of the Berger Effect in Human Posterior Brain Regions with Simultaneous Electroencephalogram (EEG) and Stereo-EEG (SEEG) Recordings [0.03%]
基于EEG和SEEG记录的Berger效应在人脑后部区域的定位研究
Chuanliang Han,Chen Yao,Yuanqing Wang et al.
Chuanliang Han et al.
The Berger effect, characterized by a marked increase in alpha power (8-13 Hz) upon eye closure, is a fundamental neurophysiological phenomenon whose underlying neural networks and generating mechanism is not fully understood. To delineate ...
Fear of positive evaluation linked to aberrant neural processing of social acceptance and rejection: Evidence from ERPs and neural oscillations [0.03%]
积极评价恐惧与异常的社会接纳和排斥神经处理有关：来自ERPs和神经振荡的证据
Yidan Song,Yanlin Wu,Yiping Zhou et al.
Yidan Song et al.
As a core feature of social anxiety disorder (SAD), the neural mechanisms through which fear of positive evaluation (FPE) influences the processing of social feedback remain unclear. This study employed the Social Judgment Paradigm (SJP) to...