HEAT AND COOKING

What is the Maillard reaction?

Quick Takeaway

The browning reaction between amino acids and sugars that creates complex, savory flavors in cooked foods.

Quick Takeaway: The Maillard reaction occurs above 285°F (140°C) when amino acids and reducing sugars react to form hundreds of flavor compounds and brown pigments.

The Science

The Maillard reaction is a complex chemical process named after French chemist Louis-Camille Maillard. It occurs when amino acids (from proteins) react with reducing sugars at high temperatures, creating a cascade of chemical reactions that produce:
- Flavor compounds: Over 600 different molecules that create the characteristic "browned" taste - Aroma compounds: Volatile molecules that contribute to the smell of cooked foods - Brown pigments: Melanoidins that give foods their golden-brown color

Temperature Matters

The reaction accelerates dramatically above 285°F (140°C) and is most efficient in dry conditions with low surface moisture. This is why: - Searing meat creates a flavorful crust - Bread develops a golden crust in the oven - Coffee beans develop complex flavors when roasted

Real-Life Tips

- Pat foods dry before cooking to remove surface moisture - Preheat your pan to ensure proper temperature - Don't overcrowd the cooking surface (steam prevents browning) - Be patient - let the surface contact develop properly

What is the Maillard reaction?
Cooking Science
Visual Guide

Article Highlights

Scientific Explanation
Practical Applications
Real Examples
Key Takeaways

Share This Article

Continue Learning

Related article
COOKING SCIENCE

The Science of Perfect Pasta

Discover the chemistry behind achieving the perfect al dente texture and why timing matters.

Related article
COOKING SCIENCE

The Science of Perfect Pasta

Discover the chemistry behind achieving the perfect al dente texture and why timing matters.

Related article
COOKING SCIENCE

The Science of Perfect Pasta

Discover the chemistry behind achieving the perfect al dente texture and why timing matters.