Chemical reactions happen all around us, especially in living things. Some of these reactions include making new substances (synthesis), breaking substances apart (decomposition), swapping parts between substances (displacement), and burning things (combustion).
But these reactions can be tricky and come with their own challenges:
Complexity: The many different steps in these reactions can make it hard to predict what will happen.
Energy Barriers: Some reactions need a boost of energy to get started. This extra energy can slow down important processes in our bodies.
To tackle these problems:
Enzymes help speed up reactions by lowering the energy needed to start them.
Metabolic regulation helps keep everything running smoothly by managing these pathways.
By understanding these complicated reactions better, we can learn more about how life works at a very tiny level.
Chemical reactions happen all around us, especially in living things. Some of these reactions include making new substances (synthesis), breaking substances apart (decomposition), swapping parts between substances (displacement), and burning things (combustion).
But these reactions can be tricky and come with their own challenges:
Complexity: The many different steps in these reactions can make it hard to predict what will happen.
Energy Barriers: Some reactions need a boost of energy to get started. This extra energy can slow down important processes in our bodies.
To tackle these problems:
Enzymes help speed up reactions by lowering the energy needed to start them.
Metabolic regulation helps keep everything running smoothly by managing these pathways.
By understanding these complicated reactions better, we can learn more about how life works at a very tiny level.