Research Articles
Engineering Life's Gatekeepers: The Rise of De Novo Transmembrane β-Barrels
Explore the breakthrough in de novo transmembrane β-barrel design, combining parametric methods with AI to create custom cellular gateways for medicine and nanotechnology.
Research-Driven Education: How Systems and Synthetic Biology Are Creating a New Generation of Scientists
Explore how research-driven education in systems and synthetic biology is transforming biological education through innovative teaching methods and experiential learning.
Guest Editors' Introduction: Biocomputation
Exploring the cutting edge of biocomputation - where biology meets computer science to create revolutionary technologies powered by living cells.
Cracking the Code: How Scientists Predict and Prevent Genetic Engineering Failures
Explore how scientists predict and prevent failures in engineered genetic codes through advanced frameworks and experimental approaches.
Enabling the New Biology of the 21st Century: From Reading Life's Code to Rewriting It
Explore how 21st century biology is transforming from observation to engineering, with breakthroughs in CRISPR therapy, systems biology, and synthetic biology.
Green Alchemy: Rewriting Nature's Recipe for Carbon Capture
Exploring synthetic biology's breakthrough in carbon fixation through engineered metabolic pathways that surpass natural evolution.
ANDOR and Beyond: The Flexible Logic Gates Revolutionizing Biochemical Computing
Explore the revolutionary dynamically switchable logic gates that are transforming biochemical computing with adaptive, multi-functional capabilities.
J. Craig Venter: How Genomic Science is Revolutionizing Our Relationship with the Environment
Explore how J. Craig Venter is applying genomic technologies to understand and protect our natural world through environmental genomics and synthetic biology.
Wetware Revolution: How Living Neurons and Silicon Chips Are Redefining Intelligence
Exploring the convergence of biology and computer science creating living computers, AI-designed genomes, and biohybrid systems that redefine intelligence.
Rewriting Life's Code: The Rise of Genetic Circuit Design Automation
Exploring the revolutionary frontier of Genetic Circuit Design Automation (GCDA) where biology meets computer-aided design, promising to turbocharge the creation of living machines.