Pharmacodynamics plays a big role in personalized medicine. This means making treatments that are just right for each person based on how their body reacts to drugs.
Did you know that about 30% of people have bad reactions to medicines? This often happens because of differences in how their bodies break down drugs.
Here are some important points to remember:
Drug-Receptor Interactions: Everyone's body can have different kinds of receptors. These receptors are like tiny locks that drugs fit into. For example, around 40% of people might have a change in a gene called CYP2D6. This can change how quickly they process certain drugs.
Dose-Response Relationships: Giving the right amount of medicine can make it work better. Some studies show that about 60% of people do better when their medicine doses are changed based on how their body responds to it.
In short, pharmacodynamics helps create safer and more effective treatments in personalized medicine.
Pharmacodynamics plays a big role in personalized medicine. This means making treatments that are just right for each person based on how their body reacts to drugs.
Did you know that about 30% of people have bad reactions to medicines? This often happens because of differences in how their bodies break down drugs.
Here are some important points to remember:
Drug-Receptor Interactions: Everyone's body can have different kinds of receptors. These receptors are like tiny locks that drugs fit into. For example, around 40% of people might have a change in a gene called CYP2D6. This can change how quickly they process certain drugs.
Dose-Response Relationships: Giving the right amount of medicine can make it work better. Some studies show that about 60% of people do better when their medicine doses are changed based on how their body responds to it.
In short, pharmacodynamics helps create safer and more effective treatments in personalized medicine.