Learn
Understand Your DNA
Straightforward guides on genomics, pharmacogenomics, and how to turn raw DNA data into health decisions. No hype. No oversimplification.
What Is AI-Powered Genomics?
AI-powered genomics combines machine learning with genetic data to deliver deeper health insights than traditional DNA testing. Learn how 3,550+ risk models, pharmacogenomics, and AI agents transform raw DNA into actionable protocols.
Connect Your DNA to AI Assistants
Helix Sequencing lets you connect your genomic profile to Claude, ChatGPT, and other AI assistants via MCP. Ask your AI about drug interactions, disease risk, and nutrition based on your actual genetic data.
Best AI DNA Testing Services in 2026
A fair comparison of the top AI-powered genomics platforms in 2026, including Helix Sequencing, Bystro AI, 23andMe, Nebula Genomics, and more. Features, pricing, and who each service is best for.
Helix Sequencing vs 23andMe vs Nebula Genomics
Side-by-side comparison of Helix Sequencing, 23andMe, and Nebula Genomics. Compare polygenic risk scores, pharmacogenomics, AI integration, privacy, and pricing to find the right DNA test.
Helix Sequencing vs Bystro AI
Both platforms use AI to interpret your genetic data, but they take fundamentally different approaches. Compare features, depth of analysis, AI flexibility, and pricing.
Helix Sequencing vs Dante Labs
Dante Labs offers 30x whole genome sequencing but has struggled with delivery times and customer service. Compare WGS vs upload-based analysis, pricing, reliability, and what you actually get.
Helix Sequencing vs Promethease
Promethease gives you a $12 SNPedia lookup. Helix gives you 3,550+ polygenic risk scores, pharmacogenomics, and AI integration. Compare what each service actually does with your DNA data.
Helix Sequencing vs SelfDecode
SelfDecode offers AI health recommendations behind a subscription paywall. Helix gives you clinical-grade analysis you own forever. Compare PRS depth, pharmacogenomics, pricing models, and data ownership.
Polygenic Risk Scores Explained
Polygenic risk scores combine thousands of genetic variants into a single number that predicts disease risk. Learn how they work, their clinical utility, and their limitations.
How to Read Your 23andMe Raw Data
Your 23andMe raw data file contains 600,000+ genetic variants. Learn what rsIDs, genotypes, and chromosomes mean, and how to turn that file into actionable health insights.
MTHFR C677T: What It Actually Means for Your Health
The MTHFR C677T variant affects folate metabolism in up to 40% of people. Understand what homozygous and heterozygous status means, and what the evidence actually supports.
APOE4 Carrier? Here's What You Should Know
Carrying one or two copies of the APOE4 allele increases Alzheimer's risk. Learn what the research says about prevention, lifestyle interventions, and what this means for your family.
CYP2D6 Poor Metabolizer: Which Drugs to Watch
CYP2D6 metabolizes roughly 25% of all prescription drugs. If you're a poor metabolizer, standard doses of codeine, tramadol, and many antidepressants may not work as expected.
Genetic Drug Reactions: How Your DNA Affects Common Medications
From blood thinners to antidepressants, your genetic makeup determines how you process medications. Learn which genes matter and how pharmacogenomic testing can prevent adverse reactions.
Couples Carrier Screening: Genetic Compatibility Before Pregnancy
Both partners carry recessive variants they don't know about. If you both carry the same one, your child has a 25% chance of being affected. Here's how to check with existing DNA data.