Elastokinetics: Applications and Advances in Biomechanics and Wearable Technology Elastokinetics, the study of elastic material properties and dynamic mechanical behaviors, is revolutionizing biomechanics and wearable technology by enabling biomimetic tissue simulations and seamless human-device int…
Integration of Soft Actuators and Biosynthetic Technologies: Prospects and Achievements I. Core Principles of Technological Integration The fusion of biosynthetic technologies with soft actuators combines synthetic biology, gene editing, flexible materials, and biomimetic mechanics to achieve: Bioni…
Bio Identix: Applications of Biometric Technology Bio Identix (now part of Idemia), a global leader in multimodal biometrics, integrates fingerprint, facial, skin texture, and other biological features into a unified identification system. Its solutions have advanced security and accuracy across gov…
Genome Engineering and Synthetic Genomics: Technological Paradigms, Differences, and Collaborative Evolution I. Core Definitions and Scope Comparison Genome Engineering Definition: A set of technologies for precise editing, deletion, or insertion of DNA sequences to modify an organism’s genome local…
Biological Foundations and Mathematical Models of RNA Velocity RNA Velocity is a dynamic analysis method based on single-cell transcriptomics (scRNA-seq). By quantifying the abundance differences between unspliced and spliced mRNAs, it infers the direction and rate of gene expression changes in cell…
BioAIPharma Applications and Case Studies: AI-Driven Transformation in Biopharmaceuticals Artificial Intelligence (AI) is revolutionizing biopharmaceutical research and development (BioAIPharma), permeating every stage from target discovery to clinical trials, manufacturing, and precision medicine. …
Core Definition and Multidisciplinary Applications of Biocyclic Systems Biocyclic systems, as an interdisciplinary concept, focus on emulating the material and energy flow patterns of natural ecosystems to achieve sustainability through closed-loop cycles, resource regeneration, and process optimiza…
Challenges and Future Directions of CRISPR Technology Despite CRISPR's revolutionary potential in precision medicine and gene therapy, its large-scale clinical application faces multiple challenges. Below, we outline key technical bottlenecks and future directions, integrating current research progr…
Can Synthetic Biology (SynBio) Create New Species? Synthetic Biology (SynBio), a revolutionary interdisciplinary field, aims to engineer biological systems to design or construct entirely new species not found in nature. Rapid advancements have shifted this field from theory to practice, revealing b…
Synthetic Biology (SynBio) and Artificial Life Systems: From Theory to Practice Synthetic Biology (SynBio) is revolutionizing life sciences by engineering biological systems to create or redesign life forms that transcend natural evolutionary limits. As a critical branch of SynBio, artificial life s…