Latest Advances in Synthetic Biology (SynBio) for Healthcare (As of April 2025) 1. Revolution in Cell and Gene Therapy CAR-T Cell Therapy Optimization CLASH Gene Editing Platform: Yale University’s CRISPR-Linked Assembly of Synthetic Haplotypes (CLASH) enhances CAR-T safety and efficiency via high-t … Latest Advances in Synthetic Biology (SynBio) for HealthcareRead more
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RNAmod and Multi-Omics Integration: From Technological Convergence to Systems Biology Revolution
RNAmod and Multi-Omics Integration: From Technological Convergence to Systems Biology Revolution As an innovative tool in RNA epitranscriptomics, RNAmod (RNA Modification Analysis Platform) is redefining the boundaries of multi-omics integration through its unique multimodal data analysis capabiliti … RNAmod and Multi-Omics Integration: From Technological Convergence to Systems Biology RevolutionRead more
Latest Applications of Neurotech BCI in Global Industrial and Human-Machine Collaboration
Latest Applications of Neurotech BCI in Global Industrial and Human-Machine Collaboration (As of April 2025) 1. Paradigm Shift in Industrial Automation and Smart Manufacturing Production Line Optimization BCI systems dynamically adjust robotic workflows by monitoring operators’ brain signals (e.g., … Latest Applications of Neurotech BCI in Global Industrial and Human-Machine CollaborationRead more
Latest Applications of Neurotech BCI in Medical Rehabilitation
Latest Applications of Neurotech BCI in Medical Rehabilitation (As of April 2025) 1. Core Applications and Clinical Breakthroughs Motor Function Restoration Spinal Cord Injury (SCI): Invasive BCI systems (e.g., Neuralink N1 chip) use microelectrode arrays to capture single-neuron signals, enabling p … Latest Applications of Neurotech BCI in Medical RehabilitationRead more
In-Depth Analysis of RNA Editing Omics
In-Depth Analysis of RNA Editing Omics RNA Editing Omics is an emerging interdisciplinary field bridging genomics and transcriptomics, focusing on systematic studies of post-transcriptional RNA sequence modifications (e.g., nucleotide substitution, insertion, or deletion) and their biological impact … In-Depth Analysis of RNA Editing OmicsRead more
In-Depth Analysis of Global Brain-Computer Interface (BCI) Technology (As of April 2025)
In-Depth Analysis of Global Brain-Computer Interface (BCI) Technology (As of April 2025) 1. Technical Pathways and Core Breakthroughs Classification and Progress Invasive BCI: Neuralink (N1 chip) and BrainGate lead in single-neuron-level signal acquisition via implanted microelectrode arrays. China … In-Depth Analysis of Global Brain-Computer Interface (BCI) Technology (As of April 2025)Read more
BCIRehabSys-BCI Rehab Sys: A Comprehensive Analysis
BCIRehabSys: A Comprehensive Analysis 1. Terminology and Definition BCIRehabSys is a compound term derived from: BCI: Brain-Computer Interface, which connects the brain to external devices via neural signal-digitized command interactions. Rehab: Rehabilitation, referring to medical interventions to … BCIRehabSys-BCI Rehab Sys: A Comprehensive AnalysisRead more
Edit omics: Definition, Disciplinary Scope, and Future Applications
编辑组学：定义、学科范围和未来应用 定义和学科范围 Editomics 是“Edit”和“Omics”的合成词，代表了一个科学领域，专注于通过将基因编辑技术与多组学方法（基因组学、转录组学、蛋白质组学等）相结合来系统分析生物编辑事件。其研究范围包括： 基因组编辑组学：使用 CRISPR、碱基编辑等对基因组进行靶向修饰，以研究系统性的生物学影响。 RNA 编辑组学：研究 RNA 水平编辑事件（例如，ADAR 介导的 A-to-I 编辑）及其在疾病中的作用，例如 EDK 数据库中记录的异常 RNA 编辑-疾病关联。 表观遗传编辑组学：调节表观遗传标记（例如，DNA 甲基化、组蛋白修饰）以改变基因表 … Edit omics: Definition, Disciplinary Scope, and Future ApplicationsRead more