Research & Innovations

Explore cutting-edge studies and breakthroughs in metabolic pathway engineering

Research Articles

From Farm to Fuel: The Innovative Science Behind Second-Generation Biofuels

Explore the scientific breakthroughs transforming agricultural waste into sustainable second-generation biofuels through advanced biotechnology and engineering.

Nolan Perry
Oct 17, 2025

Green Microbes: The Tiny Factories Brewing Sustainable Fuel

Explore how metabolic engineering transforms microorganisms into biofactories producing sustainable alkanes and alkenes as renewable fuel alternatives.

Sebastian Cole
Oct 17, 2025

Rethinking Biofuels: Why Nature's Half-Way Approach is a Green Energy Game-Changer

Discover how partial cellulose hydrolysis is revolutionizing biofuel production by learning from nature's efficient decomposition processes.

Robert West
Oct 15, 2025

Brewing Tomorrow's Fuels: How Engineered Bacteria Are Transforming Biofuel Production

Explore how de novo biosynthetic pathway design is revolutionizing biofuel production through engineered bacteria and AI-powered synthetic biology.

Easton Henderson
Oct 06, 2025

Green Gold Rush: The Revolutionary Science of Microalgae Biofuels

Exploring the breakthrough science behind microalgae biofuels as a sustainable energy solution, including genetic engineering and nanotechnology advancements.

Samuel Rivera
Aug 11, 2025

The Respiratory Riddle: How a Fungus's Glucose Habits Could Revolutionize Biofuels

Discover how Trichoderma reesei's glucose metabolism could transform biofuel production through metabolic engineering.

Nolan Perry
Aug 09, 2025

Microbial Mavericks: How Computer Choreography Unlocks the Sugar Vault in Biofuels

Exploring how Dynamic Flux Balance Analysis enables efficient biofuel production through microbial co-cultures of S. cerevisiae and E. coli

Lillian Cooper
Aug 08, 2025

The Tiny Factories in Your Fuel Tank: How Microbes Are Brewing the Next Generation of Bio-alcohols

Discover how engineered microbes are revolutionizing chemical production through sustainable biosynthesis of 4-amino-1-butanol and other valuable compounds.

Stella Jenkins
Aug 08, 2025

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