BIO Introduction
Synthetic Biology Hybrid (SynBioH): Designing Hybrid Biological Components and Chimeric Metabolic Pathways Engineering Enhanced Biosystems Through Cross-Species Integration and Pathway Innovation Core Principles and Design Strategies SynBioH combines elements from diverse biological systems or redes…
Synthetic Biology (SynBio): Engineering Biosystems for Medicine, Energy, and Materials Synthetic biology (SynBio) is a revolutionary discipline that merges engineering principles with biological systems to design, construct, and optimize novel organisms or biological components. By reprogramming gen…
Syn BioML: Convergence of Synthetic Biology and Machine Learning Algorithm-Driven Innovations in Drug Development, Disease Diagnosis, and Biomanufacturing Technical Framework and Core Principles Syn BioML (Synthetic Biology Machine Learning) integrates synthetic biology with machine learning to deco…
Synth mRNA (Synthetic mRNA): Innovations in Cancer Immunotherapy and Rare Disease Treatment From Tumor Neoantigen Delivery to Defective Protein Repair Cancer Immunotherapy: Precision Delivery of Tumor Neoantigens and Immune Activation 1. Core Technologies for Neoantigen Vaccines AI-Driven Antigen Sc…
Hapti Sense: Innovations in Haptic Feedback and Sensory Enhancement Technologies 2025 Technological Landscape and Future Perspectives Core Technological Breakthroughs: From Mechanical Vibration to Multimodal Sensory Enhancement Flexible Materials and Wearable Innovations Skin-integrated haptic inter…
SynBio V: Engineering Viral Vectors for mRNA Vaccine Design and Production Integrating Viral Delivery Systems with Synthetic Biology Tools 1. Technological Foundations: Synthetic Biology Reengineering of Viral Vectors Viral vectors, as core mRNA delivery tools, require synthetic biology modification…
RNA Synthetic Biology (SynBio + RNA): Engineering Artificial RNA Molecules for Therapeutics and Biomanufacturing Systemic Innovation from Gene Regulation to Industrial-Scale Production 1. Technological Foundations: RNA as Dynamic Biological Tools The fusion of synthetic biology and RNA technology le…
Quantitative Synthetic Biology: A Scientific Framework for Predictable and Tunable Biomanufacturing Integrating Multidimensional Technologies and Systematic Engineering Practices 1. Core Principles Quantitative synthetic biology is an interdisciplinary field that applies mathematical modeling, machi…
Proactive Health: AI-Driven Disease Risk Prediction and Human Longevity Revolutionizing Healthcare Through Multimodal Data Integration and Precision Interventions 1. Technological Foundations: Core AI Capabilities Multimodal Data Integration AI synthesizes genomics (e.g., polygenic risk scores), ele…
Bio-Cyclic Systems: Closing Resource Loops Through Microbial Degradation and Algal Carbon Fixation 1. Core Principle: Engineering Natural Processes Bio-Cyclic systems mimic natural ecosystem flows by integrating microbial degradation and algal carbon fixation into closed-loop resource regeneration: …