Machine Learning (ML) is changing how we study enzyme kinetics. But, there are still some big challenges:
Data Quality: ML needs a lot of good data. Right now, we don’t have enough high-quality data in enzyme kinetics.
Model Complexity: Sometimes, ML models can fit the data too closely. This makes it hard for them to work well with new data.
Interpretability: Many ML models are like "black boxes." This means they’re complicated, and it’s hard to figure out what they’re actually doing.
To fix these problems, we can:
By tackling these issues, ML can help us understand enzyme kinetics even better.
Machine Learning (ML) is changing how we study enzyme kinetics. But, there are still some big challenges:
Data Quality: ML needs a lot of good data. Right now, we don’t have enough high-quality data in enzyme kinetics.
Model Complexity: Sometimes, ML models can fit the data too closely. This makes it hard for them to work well with new data.
Interpretability: Many ML models are like "black boxes." This means they’re complicated, and it’s hard to figure out what they’re actually doing.
To fix these problems, we can:
By tackling these issues, ML can help us understand enzyme kinetics even better.