The science behind
your genes
Genomics explained without the hype. Evidence-based articles on pharmacogenomics, nutrigenomics, genetic privacy, and making sense of your raw DNA data.
Single-Cell RNA-Seq Analysis with AI: Tools and Best Practices
AlphaFold Impact on Drug Discovery Timelines
How AlphaFold compresses the structure step in drug discovery: the months-long bottleneck it removes, how Isomorphic and Recursion use it, and its limits.
Protein Language Models: The LLM Moment for Biology
ESM-2, ProtTrans and ProGen2 are protein LLMs — foundation models that read protein sequences like language to predict structure, function and evolution.
AI in Genomics: How Machine Learning Transforms DNA Analysis
How AI and machine learning are transforming genomics — from DeepVariant's variant calling to AlphaFold's protein predictions. What it means for your DNA.
COMT Gene: Are You a Warrior or Worrier? [DNA Test Guide]
The COMT Val158Met variant controls your dopamine and stress response. Find out if you carry the warrior or worrier genotype and what it means.
Night Owl or Lark? Chronotype Is 47% Genetic
Night owl or morning lark? Chronotype is up to 47% genetic. See how PER2, CRY1, and CLOCK variants in your DNA set your sleep timing and ideal schedule.
VDR Gene: Why Some People Need More Vitamin D Than Others
The VDR gene controls how your body uses vitamin D. Variants like FokI and BsmI affect receptor function, deficiency risk, and supplementation response.
ACTN3: The Gene Behind Your Athletic Potential
The ACTN3 gene encodes a protein found only in fast-twitch muscle fibers. Learn what the R577X variant means for sprint power, endurance, and training.
FTO Gene and Weight: What Genetics Really Says About Obesity
The FTO gene is the strongest genetic link to body weight — but it's not what you think. Here's what your FTO variant actually does and why it's not destiny.
Is Lactose Intolerance Genetic? Check Your DNA
Is lactose intolerance genetic? Yes — variant rs4988235 controls whether you keep digesting milk as an adult, and ~68% of adults lose it. Check your DNA.
Slow Caffeine Metabolizer? CYP1A2 AA/AC/CC + Half-Life
Half of people metabolize caffeine slowly due to the CYP1A2 gene. Learn your type (AA, AC, CC), half-life differences, and heart risk research.
Polygenic Risk Scores Explained: Should You Care?
A polygenic risk score combines thousands of DNA variants into one number. Learn what PRS can and cannot predict and its limits. 2026 guide.
How DNA Testing Works: Saliva to Insights
Learn how DNA testing works — from saliva collection to SNP genotyping and results. Understand the science behind consumer genetic tests.
Nutrigenomics Guide 2026: Eat Right for Your DNA
MTHFR, FTO, LCT, CYP1A2: which gene variants actually predict your best diet? 2026 evidence-based guide for raw DNA data.
What Are SNPs? The Tiny DNA Variants That Shape Your Health
SNPs are the most common genetic variants in your DNA. Learn what single nucleotide polymorphisms are, how they affect health, and why SNP analysis matters.
DNA Analysis: Guide to Understanding Your Genome
What is DNA analysis and which test is right for you? SNP genotyping vs whole genome sequencing — costs, accuracy, privacy, and what your results mean in 2026.
Download 23andMe Raw Data 2026 — Yes, Even After Bankruptcy
Yes — 23andMe raw data download is still possible in 2026 after the bankruptcy. Step-by-step guide + what to do with your 600K+ SNPs before access closes.
MTHFR Gene: What Your Variant Actually Means
The MTHFR gene is one of the most searched genetic variants. Here's what C677T and A1298C really mean for your health, based on evidence.
Pharmacogenomics in Europe: DNA and Drug Response
Your genes influence how you metabolize medications. Learn about CYP2D6, CYP2C19, and why pharmacogenomics testing matters in Europe.
GDPR & Genetic Data: 9 Rights You Have in 2026
Your DNA is special-category data under GDPR Art. 9. Learn the 9 rights EU citizens have over genetic data, and how to enforce them in 5 minutes.
Best 23andMe Alternatives in Europe (2026)
Looking for a European alternative to analyze your 23andMe raw data? We compare Promethease, SelfDecode, Genomelink, and more.
10 Best Bioinformatics Tools for Genomic Data Analysis (2026)
The 10 best bioinformatics tools for genomic data analysis in 2026. From BLAST to Galaxy to DeepVariant — real use cases, honest pros and cons, and what actually works.
Spatial Transcriptomics Explained: Mapping Gene Expression in Tissue
Spatial transcriptomics maps gene expression directly in tissue, preserving where each gene is active. A plain-language guide to Visium, MERFISH, and how spatial genomics is transforming cancer research and drug discovery.
Whole Genome vs Exome Sequencing: Which One Do You Need?
WGS sequences all 3 billion base pairs. WES targets only the 1-2% that code for proteins. Which one fits your research or clinical goals? A practical comparison with decision flowchart.
Your genome belongs to you.
Your future, too.
You came here to learn. The next step is personal — your own genome, interpreted with AI, protected in Europe. Sapere Aude.