Understand how your unique genetic profile shapes your medication plan — because every prescription is chosen specifically for you.
You are prescribed this medication because your genetic makeup suggests it is safe and effective for you.
Evidence-based, scientifically validated approach
The science of using your genetic information to guide medication choices — ensuring the right drug, at the right dose, for the right person.
Your genes determine how fast or slow your body processes certain medications. Some people metabolize drugs quickly, others slowly — pharmacogenomics reveals which category you fall into.
Drug-metabolizing enzymes are like workers in a factory. Some are fast workers, some are slow, and some take different pathways. Your genetic blueprint determines the efficiency of these workers.
Pharmacogenomics isn't limited to one type of drug or enzyme system. It applies to antidepressants, pain medications, chemotherapy, immunosuppressants, and many more therapeutic areas.
Understanding your genetic profile helps your healthcare provider select medications that work with your body, not against it.
Medications chosen to match your metabolism
Avoid drugs that may cause adverse reactions
Right dose tailored to your genetic profile
Understanding builds trust and confidence
The heart of understanding your treatment. Track every medication and discover the genetic reasoning behind each prescription — because knowing why builds trust and improves adherence.
Understand exactly why each medication was chosen for your genetic profile
Check off medications as you take them with simple, intuitive tracking
Monitor your weekly and monthly adherence rates with visual progress meters
Encouraging messages that remind you why consistency matters for your genetic profile
Today's Progress: 75%
20mg daily
Your CYP2C19 and CYP2D6 profile indicates this medication is likely to be effective and well tolerated for you.
10mg daily
Your genetic profile suggests standard dosing is appropriate for optimal blood pressure control.
5mg as needed
Your CYP2D6 activity means you will activate this medication properly for effective pain relief.
Weekly Adherence
85% Complete
Your body uses multiple enzyme systems, transporters, and genetic variants to process medications. Here are some of the most important pathways.
Metabolizes antidepressants, opioids, beta blockers, and antipsychotics.
Genetic variants affect how quickly you process these drugs.
Important for antidepressants, PPIs, and antiplatelet drugs like clopidogrel.
Determines response to therapy and risk of treatment failure.
Metabolizes warfarin and NSAIDs — crucial for bleeding risk and dosing.
Guides safe warfarin dosing to prevent complications.
Critical for 5-FU and capecitabine chemotherapy toxicity risk.
Prevents severe, life-threatening toxicity by dose adjustment.
Immunosuppressants like azathioprine and 6-mercaptopurine dosing.
Reduces bone marrow suppression risk through personalized dosing.
Transporter affecting statin uptake — relates to myopathy risk.
Helps select the safest statin and dose for cholesterol management.
Predicts severe hypersensitivity reaction to abacavir (HIV drug).
Testing before prescribing prevents life-threatening reactions.
Warfarin sensitivity variant — affects vitamin K cycle.
Combined with CYP2C9 for precision warfarin dosing.
Irinotecan (chemotherapy) metabolism — toxicity prediction.
Dose adjustments prevent severe neutropenia complications.
See how pharmacogenomic testing transformed treatment plans and improved patient outcomes through personalized medication selection.
Patient with CYP2C19 variant
Before: Tried multiple antidepressants with poor response and side effects
PGx Testing: Revealed CYP2C19 poor metabolizer status affecting drug processing
After: Switched to genetically-compatible medication with excellent results
"Understanding why this medication works for my genetics gave me confidence to stick with my treatment plan."
Patient with DPYD deficiency
Risk: Standard 5-FU dose could cause severe, life-threatening toxicity
PGx Testing: DPYD variant detected before first treatment cycle
Result: Dose adjusted based on genetics — effective treatment without serious side effects
"My doctor explained that my dose was personalized for my genetic profile. That knowledge helped me trust the treatment."
Every medication has a genetic story. Understanding yours improves trust and adherence.
Read More Case StudiesCommon questions about pharmacogenomics and personalized medication selection