Regulatory networks are super important when it comes to how cells change and specialize. Here’s how they work:
Controlling Gene Expression: These networks can turn genes on or off. This helps guide cells to become specific types.
Signal Transduction: Cells can pick up signals from their surroundings. The networks help understand these signals, which affects how cells develop.
Feedback Loops: These loops help keep things steady. They make sure that cells are developing the right way.
In short, it's like a fascinating dance of tiny interactions at the molecular level!
Regulatory networks are super important when it comes to how cells change and specialize. Here’s how they work:
Controlling Gene Expression: These networks can turn genes on or off. This helps guide cells to become specific types.
Signal Transduction: Cells can pick up signals from their surroundings. The networks help understand these signals, which affects how cells develop.
Feedback Loops: These loops help keep things steady. They make sure that cells are developing the right way.
In short, it's like a fascinating dance of tiny interactions at the molecular level!