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A Novel 3D Approach with a CNN and Swin Transformer for Decoding EEG-Based Motor Imagery Classification
Published 2025-05-01“…Motor imagery (MI) is a crucial research field within the brain–computer interface (BCI) domain. It enables patients with muscle or neural damage to control external devices and achieve movement functions by simply imagining bodily motions. …”
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Decoding Mental States in Social Cognition: Insights from Explainable Artificial Intelligence on HCP fMRI Data
Published 2025-02-01“…Artificial neural networks (ANNs) have been used for classification tasks involving functional magnetic resonance imaging (fMRI), though typically focusing only on fractions of the brain in the analysis. …”
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Decoding Attentional State to Faces and Scenes Using EEG Brainwaves
Published 2019-01-01“…In the present study, we developed a new Brain-Computer Interface (BCI) platform to decode brainwave patterns during sustained attention in a participant. …”
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An in vivo systemic massively parallel platform for deciphering animal tissue-specific regulatory function
Published 2025-04-01“…While genome-wide association studies are swiftly identifying non-coding human disease-associated loci, decoding regulatory mechanisms is challenging due to causal variant ambiguity and their specific tissue impacts.Methods: Massively parallel reporter assays (MPRAs) are widely used in cell culture to study the non-coding enhancer regions, linking genome sequence differences to tissue-specific regulatory function. …”
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Editorial: EEG rhythms: decoding the evolutionary enigma of alpha rhythms in vertebrates
Published 2025-01-01Get full text
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Transcriptomic decoding of surface-based imaging phenotypes and its application to pharmacotranscriptomics
Published 2025-07-01Get full text
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Decoding cortical chronotopy—Comparing the influence of different cortical organizational schemes
Published 2024-12-01Get full text
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Decoding ferroptosis in ischemic stroke: key genes and the therapeutic potential of acupuncture
Published 2025-06-01Get full text
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Decoding Schizophrenia: How AI-Enhanced fMRI Unlocks New Pathways for Precision Psychiatry
Published 2024-11-01Get full text
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Artificial intelligence in decoding muscle–organ crosstalk: Unveiling myokine networks and therapeutic frontiers
Published 2024-12-01“…Skeletal muscle functions as an endocrine organ, secreting myokines that mediate crosstalk with organs like the brain, liver, adipose tissue, and vascular system, influencing metabolism, inflammation, and disease progression. …”
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Self-Supervised Learning to Unveil Brain Dysfunctional Signatures in Brain Disorders: Methods and Applications
Published 2025-01-01“…Importance: Precisely decoding brain dysfunction from high-dimensional functional recordings is crucial for advancing our understanding of brain dysfunction in brain disorders. …”
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MCTGNet: A Multi-Scale Convolution and Hybrid Attention Network for Robust Motor Imagery EEG Decoding
Published 2025-07-01“…Motor imagery (MI) EEG decoding is a key application in brain–computer interface (BCI) research. …”
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Real-time fMRI pattern decoding and neurofeedback using FRIEND: an FSL-integrated BCI toolbox.
Published 2013-01-01“…In combination with improved computational approaches, such as pattern recognition analysis (e.g., Support Vector Machines, SVM), fMRI neurofeedback and brain decoding represent key innovations in the field of neuromodulation and functional plasticity. …”
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Brain Representation in Conscious and Unconscious Vision
Published 2025-04-01“…Recent functional MRI studies using multi-voxel pattern classification analyses showed that unconscious contents could be decoded from brain activity patterns. …”
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Shared and distinct brain activation patterns of acupoints HT7, ST36, and KI4: a task-based fMRI study
Published 2025-06-01“…All subjects experienced deqi sensation without severe pain during the acupuncture sessions. Task-functional magnetic resonance imaging was performed to explore the common and specific brain activation networks. …”
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Opportunities and Challenges of Brain-on-a-Chip Interfaces
Published 2025-01-01“…BoCIs aim to create an interactive bridge between lab-grown brains and the external environment, utilizing advanced encoding and decoding technologies alongside electrodes. …”
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