Research Articles
The DBTL Cycle in Synthetic Biology: Accelerating Precision Drug Discovery and Development
This article provides a comprehensive overview of the Design-Build-Test-Learn (DBTL) cycle, the core engineering framework of synthetic biology, tailored for researchers and drug development professionals.
Engineering Life: Core Principles of Synthetic Biology Revolutionizing Biomedical Engineering
This article provides a comprehensive exploration of synthetic biology principles and their transformative impact on biomedical engineering.
CRISPR-Cas-Assisted Large DNA Integration in Mammalian Cells: Methods, Applications, and Future Directions
The precise integration of large DNA sequences into mammalian genomes is a cornerstone of advanced genetic engineering, with profound implications for disease modeling, functional genomics, and therapeutic development. This article comprehensively reviews the rapidly evolving landscape of CRISPR-Cas-assisted strategies for large DNA integration, moving beyond traditional homology-directed repair. We explore foundational mechanisms of CRISPR-associated transposase (CAST) systems and prime-editing-assisted site-specific integrase gene editing (PASSIGE), detail methodological advances including evolved recombinases and novel delivery platforms like baculovirus vectors, and provide critical troubleshooting guidance on optimizing efficiency while mitigating structural variations and imprecise integration. By comparing the performance, limitations, and ideal use cases of leading technologies, this resource equips researchers and drug development professionals with the knowledge to select and implement the most effective integration strategies for their specific applications, from basic research to preclinical therapy development.
A Comprehensive Guide to Validating CRISPR Editing Outcomes: From Foundational Principles to Advanced Clinical Applications
This article provides a definitive guide for researchers and drug development professionals on validating CRISPR editing outcomes. It covers the foundational principles of DNA repair in diverse cell types, a critical comparison of modern validation methodologies, strategies for troubleshooting and optimization, and a framework for rigorous, clinically relevant validation. With the increasing clinical translation of CRISPR therapies, this resource synthesizes the latest advances—including insights into editing in non-dividing cells, novel off-target detection tools, and precision control systems—to empower scientists with the knowledge to ensure the accuracy, efficiency, and safety of their genome editing workflows.
The Third Pathway: How a Biochemical Curiosity Became a Medical Game-Changer
Discover how the arachidonic acid monooxygenase pathway evolved from biochemical curiosity to medical breakthrough in treating hypertension, heart disease, and cancer.
The Presidential Formula: Can Science Predict the Oval Office?
Explore how scientific prediction models have accurately forecasted presidential elections and what makes a president historically great.
Engineering Life: Designing Proteins to Build Synthetic Cells
Explore how custom-designed proteins are revolutionizing synthetic biology and enabling the creation of artificial cells for medicine, energy, and environmental solutions.
The Future of Addiction Psychiatry: How Science is Rewriting the Story of Addiction
Explore the scientific revolution transforming addiction psychiatry through neuroscience, technology, and human compassion.
Golden Hope Against Superbugs: How Plant-Made Nanoparticles Fight Infections Safely
Discover how gold nanoparticles synthesized with FDM29 and Baissea gracillima show promising antimicrobial effects with reduced toxicity in zebrafish embryos.
Turning Over a New Leaf: How Materials Science is Revolutionizing Pest Control
Discover how materials science is creating innovative, sustainable pest control solutions inspired by nature's own defense mechanisms.