Pharmacogenomics is important for managing how drugs work for different people. It helps doctors choose the right medicines based on a person’s genes. Let’s break it down:
Gene Variants: Our genes can change how our bodies process medicine. For example, changes in the CYP2D6 gene can affect how someone uses opioids. This can make the medicine work better or cause harmful side effects.
Drug Interactions: Knowing a patient's genetic information helps doctors see if certain medicines might not work well together. If a patient has specific gene traits, doctors can change the dose or pick different medicines. This helps avoid bad reactions.
Personalized Therapy: By using genetic information, doctors can create treatment plans that are just right for each person. This makes medicines work better and helps prevent unexpected side effects.
In the end, this approach aims to provide safer and more effective medicines that are customized for each person.
Pharmacogenomics is important for managing how drugs work for different people. It helps doctors choose the right medicines based on a person’s genes. Let’s break it down:
Gene Variants: Our genes can change how our bodies process medicine. For example, changes in the CYP2D6 gene can affect how someone uses opioids. This can make the medicine work better or cause harmful side effects.
Drug Interactions: Knowing a patient's genetic information helps doctors see if certain medicines might not work well together. If a patient has specific gene traits, doctors can change the dose or pick different medicines. This helps avoid bad reactions.
Personalized Therapy: By using genetic information, doctors can create treatment plans that are just right for each person. This makes medicines work better and helps prevent unexpected side effects.
In the end, this approach aims to provide safer and more effective medicines that are customized for each person.