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The 2026 Genetic Testing Cost Transparency Index
What genetic tests actually cost across channels — DTC at-home $249–$599, hospital/clinical $300–$2,000+, subscription $89/mo all-in — and five questions to ask before you pay.
What 108 Genes Actually Tell You About Cancer Risk
Panel design, BRCA1/2, Lynch syndrome, TP53, VUS explained, and what positive, negative, and uncertain results really mean — from our Lab Director.
MassArray vs Sequencing: Why Lab Methodology Matters
Agena MassArray MALDI-TOF vs NGS vs SNP chips — why the technology behind a test determines its accuracy, what analytical validity means, and how dual review works.
Why PGx Should Come Before the First Psychiatric Prescription
Patients try an average of 3.4 psychiatric medications before one works. The clinical case for testing CYP2C19, CYP2D6, and SLC6A4 before — not after — the trial-and-error loop.
The State of Pharmacogenomics 2026: Prevalence, Guidelines, and Evidence
Up to 99% of people carry an actionable PGx variant, 40% fail their first antidepressant, and the FDA lists PGx biomarkers on 200+ drug labels. A synthesis of published research, with tables.
How a Hereditary Cancer Screening Test Works: Process, Genes, and Results
A hereditary cancer screening test from GeneMatrix AI analyzes 108 genes including BRCA1/2 to reveal your genetic cancer risk. Learn who should test and what results mean.
Mental Health DNA Test: How Genetics Can Inform Your Treatment
More than one in five U.S. adults lives with a mental health condition, yet finding the right medication often takes months of trial and error. A mental health DNA test analyzes specific genes to reveal which antidepressants, anti-anxiety medications, or mood stabilizers are likely to work best for your unique biology.
How Does Pharmacogenomics Work? A Complete Guide to GenePGx™
Pharmacogenomics analyzes how your DNA affects your response to medications. Learn how GenePGx™ tests 700+ drugs to prevent adverse reactions and find the right dose for your genetic profile.
Understanding Hereditary Cancer Risk: Who Should Test and Why
Hereditary cancer syndromes account for 5-10% of all cancers. Learn how the GeneCancer™ 108-gene panel identifies your risk for breast, ovarian, colorectal, and other hereditary cancers.
How AI Is Revolutionizing Genomic Data Analysis in 2026
Artificial intelligence is transforming how we analyze genomic data. Discover how GeneMatrix AI™ processes 1.5 petabytes of genetic information to deliver clinical-grade insights in under three days.
Precision Medicine for Mental Health: How Genetics Guides Psychiatric Treatment
One-third of patients with depression do not respond to their first antidepressant. Learn how genetic testing can guide psychiatric medication selection for better outcomes.
5 Ways Your DNA Influences Nutrition and Weight Management
Your genes determine how you metabolize carbs, fats, and proteins. Discover how GeneDiet™ creates personalized nutrition plans based on your unique genetic profile.
Gene Matrix AI Expands to Serbia: Bringing Precision Medicine to the Balkans
Following our Slovenia launch, Gene Matrix AI is now operating in Serbia, Bosnia, North Macedonia, and Azerbaijan. Learn about our mission to democratize genetic testing across Southeast Europe.
The Role of Genetics in Athletic Performance and Injury Prevention
Elite athletes are using genetic insights to optimize training, nutrition, and recovery. Learn how GeneSport™ identifies your genetic advantages and injury risks.
Research Breakthrough: GeneMatrix AI™ Identifies Novel Variant in Longevity Pathway
Our research team has identified a previously uncharacterized genetic variant in the FOXO3 longevity pathway with implications for healthy aging and age-related disease prevention.
Sarah's Story: How Pharmacogenomic Testing Changed My Life
After years of medication trial and error for anxiety and depression, Sarah discovered pharmacogenomic testing. Her story shows the power of personalized medicine.
Integrating Genetic Testing into Primary Care: A Guide for Physicians
Primary care physicians are uniquely positioned to introduce genetic testing to patients. Learn best practices for integrating precision medicine into everyday clinical practice.
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