Pharmacogenetic Testing
Nucleus Genomics Pharmacogenetics: Use Your Nucleus WGS for a PGx Report
Nucleus delivers a rich health report and a VCF. The medication layer is what is missing. Here is how to fill it in for $5 to $64 using data you already own.
Nucleus Genomics gives you your full genome: consumer whole genome sequencing data you can download as a VCF, packaged with long-form health interpretation. What it does not give you is a comprehensive, guideline-based report on how those genes affect your medications. That is what Gene2Rx adds. Upload your Nucleus VCF and Gene2Rx turns it into a pharmacogenetics report covering 110 medications, built on the same CPIC and FDA guidelines clinicians use. It runs in minutes, costs $5 for a starter report or $49 for the full report, plus a $15 surcharge for WGS and VCF uploads because they take more processing, so the full WGS report is $64. It needs no doctor's order and never expires, because your DNA does not change. You already paid to have your whole genome sequenced; this unlocks the part of it that affects prescriptions.
$64 a full 110-medication report from your Nucleus VCF: the $49 report plus the $15 WGS surcharge
What Nucleus WGS gives you, and what Gene2Rx adds
WGS data resolves the hard pharmacogenes that chips miss
Whole genome sequencing reads every position, which is where your Nucleus data has a real edge. Genotyping chips (23andMe, AncestryDNA) tag variants at fixed positions, so they miss the rare variants that matter most for patients who do not fit the common phenotype bins; a VCF includes those. Gene2Rx reads the variant calls in your VCF, so one limit to know is that it does not detect copy-number changes such as CYP2D6 gene duplications or deletions, which require raw alignment files. And because the report is anchored to published guidelines, you can re-run it as those guidelines evolve.
What Gene2Rx produces from your Nucleus VCF
Gene2Rx parses your VCF, extracts genotypes at every clinically relevant pharmacogenetic position, calls your metabolizer phenotype for each pharmacogene (poor, intermediate, normal, rapid, or ultrarapid), resolves star alleles from the variants in your VCF, and maps each phenotype to specific recommendations for 110 medications, with every recommendation traceable to its CPIC or FDA guideline. The report spans psychiatry (antidepressants, antipsychotics, ADHD medications), cardiology (clopidogrel, warfarin, statins, metoprolol), pain (codeine, tramadol), chemotherapy (capecitabine, fluorouracil), transplant, and gastrointestinal drugs. It is delivered in minutes, no new sample and no prescriber required.
Nucleus is built around health insights, not a comprehensive PGx report
Nucleus Genomics markets itself as a consumer WGS service focused on health insights, and its pharmacogenetic coverage has been expanding. But if you want a dedicated, CPIC- and FDA-anchored pharmacogenetic report covering 110 medications across all major drug classes, not just the highlights in Nucleus's built-in reports, running your VCF through a service designed specifically for pharmacogenetic analysis gives you the deepest coverage. You already own the sequencing that makes it possible.
A fraction of the cost of a clinical PGx test, and it lasts for life
Clinical pharmacogenetic tests like GeneSight run from a few hundred to a few thousand dollars, need a new DNA sample, and require a provider order. Because you already have Nucleus WGS data, none of that applies: a Gene2Rx report is $5 for the starter tier or $49 for the full report, plus a $15 surcharge for WGS and VCF uploads (so the full WGS report is $64), with no lab work to repeat. Your pharmacogenetic profile does not change over time, so a single report is a reference you will use for decades of prescribing decisions.
Your genotype never changes, so one Nucleus VCF is a pharmacogenetic reference for decades of prescribing decisions.
How your genetics can play a role
These are the main genes Gene2Rx reads out of your Nucleus VCF and what each one affects. The biology is the same no matter which data source you start from; what Nucleus provides is the raw sequence at these positions.
| Gene | What it affects |
|---|---|
| CYP2D6 | Metabolizes many antidepressants (paroxetine, venlafaxine, fluoxetine, amitriptyline), the ADHD drug atomoxetine, several antipsychotics, tamoxifen, and the opioids codeine and tramadol.[1] About 5 to 10 percent of people are poor metabolizers, varying by ancestry. For poor metabolizers, codeine and tramadol give little pain relief; ultrarapid metabolizers can reach unsafe opioid levels at standard doses. A whole genome VCF also includes rarer CYP2D6 variants that a genotyping chip does not probe. |
| CYP2C19 | Affects SSRIs (sertraline, citalopram, escitalopram),[2] the antiplatelet clopidogrel (Plavix),[3] and proton pump inhibitors (omeprazole). Poor metabolizers get inadequate platelet protection from clopidogrel; rapid and ultrarapid metabolizers can clear SSRIs and PPIs too fast for standard doses to work. |
| CYP2C9 and VKORC1 | Together these drive warfarin dosing.[4] If you ever need this blood thinner, your CYP2C9 and VKORC1 genotypes help predict the right starting dose and avoid dangerous over- or under-anticoagulation. CYP2C9 also affects some NSAIDs and phenytoin. |
| SLCO1B1 | Sets your risk of statin-associated muscle pain.[5] About 15 to 20 percent of people carry a decreased-function variant, most relevant for simvastatin. The usual fix is switching within the statin class, not stopping statins. |
| DPYD | Determines safety of the fluoropyrimidine chemotherapy drugs capecitabine and fluorouracil.[6] Reduced-function carriers can suffer severe, occasionally fatal toxicity at standard doses, so knowing your status before chemotherapy is genuinely high-stakes. |
| TPMT and NUDT15 | Guide dosing of thiopurine drugs (azathioprine, mercaptopurine) used in autoimmune disease and leukemia.[7] Poor metabolizers risk severe bone marrow suppression at standard doses and need a substantially reduced dose. |
| HLA-B (not reported by Gene2Rx) | HLA-B*57:01 (abacavir) and HLA-B*15:02 (carbamazepine) are both fully resolvable from WGS. Gene2Rx does not currently report HLA alleles, however; HLA typing is offered as a separate clinical test. |
Your Nucleus VCF contains the sequence for all of these genes; the only thing standing between that and actionable guidance is interpretation. Gene2Rx translates your genotypes into metabolizer phenotypes for each gene, then maps those phenotypes to specific medication recommendations anchored to CPIC[8] and FDA[9] guidelines, so the output reads the same way a clinical pharmacogenetic report would.
Already have your Nucleus VCF? Turn it into a report covering 110 medications.
A Gene2Rx report reads your own DNA to show how it may affect your response to Sertraline and your other medications.
Find out todayWhen to consider pharmacogenetic testing
If you already have Nucleus Genomics WGS data, there is little reason to wait: the data exists and the starter report is $5 (plus the $15 WGS surcharge). It is most valuable if you are starting or already taking a medication with pharmacogenetic guidelines, if you have had side effects or poor response in the past, or if you simply want the information on file for future prescribing. Because your genotype never changes, one report serves you for life.
What you can do next
- Download your VCF from your Nucleus account. The exact export path depends on your Nucleus subscription tier, so check your account for the raw-data download option.
- Upload the file to gene2rx.com. The analysis finishes in a few minutes, and both GRCh37 and GRCh38 builds are supported and auto-detected. The starter report is $5 and the full 110-medication report is $49, each plus a $15 surcharge for WGS and VCF uploads (the full WGS report is $64).
- Review your metabolizer status for each pharmacogene and the medications flagged for you.
- Save the report and share the relevant section with your doctor or pharmacist before any new prescription.
Related medications
Related guides
- Dante Labs Pharmacogenetics: Turn Your Dante WGS Data Into a PGx Report
- Nebula Genomics Drug Response: What You'll Actually See in a Report From Your WGS Data
- Sequencing.com Pharmacogenetics: Turn Your WGS Data Into a PGx Report
- VCF Pharmacogenetics: Turn Any VCF File Into a Pharmacogenetic Report
- Whole Genome Sequencing for Pharmacogenetics: A Complete Guide
- 23andMe Pharmacogenetics: How to Get a Drug Response Report From Your Existing Data
Frequently asked questions
Does Nucleus Genomics provide a VCF file I can export?
Yes. Nucleus provides access to your raw sequencing data including a VCF file. The exact export path depends on your Nucleus subscription tier; check your account for the download option.
How does a Gene2Rx report compare to Nucleus's own health reports?
Nucleus offers integrated health interpretation covering a broad range of topics. Gene2Rx is specifically focused on pharmacogenetics and covers more medications (110) with CPIC-anchored per-phenotype recommendations. They can complement each other: Nucleus for broad health insights, your Gene2Rx report for a pharmacogenetic deep-dive on your medications.
Is Nucleus WGS data accurate enough for pharmacogenetics?
Yes. The underlying genetic variants are the same whether sequenced by Nucleus, a clinical lab, or any other reputable WGS provider, and WGS covers more variant positions than a genotyping chip can. The interpretation follows the same CPIC and FDA guidelines a clinical test would use. The difference between Gene2Rx and a clinical test like GeneSight is about workflow (direct-to-consumer versus prescriber-ordered) and medication breadth, not the accuracy of the phenotype calls.
How much does a Gene2Rx report on Nucleus data cost?
The starter report is $5 and the full 110-medication report is $49. WGS and VCF uploads carry a $15 surcharge because they take more processing, so the full WGS report is $64. You can start with the starter tier and upgrade later.
References
- CPIC. CPIC Guideline for Opioids (Codeine, Tramadol) and CYP2D6, OPRM1, and COMT (2021). cpicpgx.org
- CPIC. CPIC Guideline for SSRI and SNRI Antidepressants and CYP2D6, CYP2C19, CYP2B6, SLC6A4, and HTR2A (2023). cpicpgx.org
- CPIC. CPIC Guideline for Clopidogrel and CYP2C19 (2022). cpicpgx.org
- CPIC. CPIC Guideline for Pharmacogenetics-Guided Warfarin Dosing (CYP2C9, VKORC1, CYP4F2) (2017). cpicpgx.org
- CPIC. CPIC Guideline for Statins and SLCO1B1, ABCG2, and CYP2C9 (2022). cpicpgx.org
- CPIC. CPIC Guideline for Fluoropyrimidines and DPYD (2017). cpicpgx.org
- CPIC. CPIC Guideline for Thiopurines and TPMT and NUDT15 (2018). cpicpgx.org
- Clinical Pharmacogenetics Implementation Consortium (CPIC). CPIC Guidelines. cpicpgx.org
- U.S. Food and Drug Administration. Table of Pharmacogenomic Biomarkers in Drug Labeling (2024). fda.gov
Disclaimer: This content is for educational purposes only and is not a substitute for professional medical advice, diagnosis, or treatment. Always consult your healthcare provider before making changes to your medication. Never stop or change a medication without medical supervision.