# Dante Labs > Clinical-grade genetic testing from an accredited lab. Read your genome once, track your cellular health over time and share every report with your doctor. Each link is the page as markdown. The same URL without `.md` is the HTML page, and every page also answers `Accept: text/markdown`. https://dantelabs.com/llms-full.txt is this file with every condition report listed. ## Compare Comparing whole genome sequencing or DNA tests? Each page sets Dante Labs against another test point by point (coverage, lab accreditation, reports, raw data, sample, results time and price), with sources and the date checked. - [Dante Labs vs 23andMe](https://dantelabs.com/dante-labs-vs-23andme.md): 23andMe genotypes hundreds of thousands of markers; Dante Labs sequences all 6.4 billion base pairs at 30X. Compare reports, BRCA coverage, raw data and price. - [Dante Labs vs Nebula Genomics](https://dantelabs.com/dante-labs-vs-nebula.md): Both sequence your whole genome. Compare coverage, lab accreditation, what the reports are for, raw data, the sample, results time and price. - [Dante Labs vs Sequencing.com](https://dantelabs.com/dante-labs-vs-sequencing-com.md): Both sequence your whole genome at 30X. They differ on what the price includes, how reports are sold, the sample, and how long results take. - [Dante Labs vs tellmeGen](https://dantelabs.com/dante-labs-vs-tellmegen.md): Both sequence your whole genome at 30X. Compare lab accreditation, what the reports are for, raw data, results time and price. ## Pages - [Home](https://dantelabs.com/index.md) - [Genome Test](https://dantelabs.com/whole-genome-sequencing.md): Whole genome sequencing at 30X from a CLIA, CAP and ISO 15189 lab. 470+ physician-ready reports that update as research grows, plus raw data you own. - [Cellular Monitoring](https://dantelabs.com/membership.md): Annual membership pairing your genome with cellular monitoring twice a year. Track 42,000 gene expression biomarkers and see how your health changes. - [Genetic Health Conditions](https://dantelabs.com/conditions.md) - [Atlas](https://dantelabs.com/atlas.md) - [Genes](https://dantelabs.com/genes.md) - [Traits](https://dantelabs.com/traits.md) - [Variants](https://dantelabs.com/variants.md) - [Our Science](https://dantelabs.com/our-science.md): ISO 15189, CAP and CLIA accredited lab with 99.98% sequencing accuracy across 100,000+ genomes. Variants classified under ACMG guidelines. - [About Dante Labs](https://dantelabs.com/about.md): Dante Labs is a clinical genomics company founded in 2016 and headquartered in New York City, with an accredited lab and 100,000+ genomes sequenced. - [Clinical Outcomes](https://dantelabs.com/outcomes.md) - [Already Tested?](https://dantelabs.com/upgrade.md) - [FAQ](https://dantelabs.com/faq.md) - [Blog](https://dantelabs.com/blog.md) - [Learn](https://dantelabs.com/learn.md) - [Glossary](https://dantelabs.com/learn/glossary.md) - [Publications](https://dantelabs.com/publications.md) - [Who We Help](https://dantelabs.com/who-we-help.md) - [Hereditary Risk](https://dantelabs.com/who-we-help/hereditary-risk.md): Cancer or heart disease in your family? Whole genome sequencing checks the genes linked to hereditary cancer, cardiac and neurological conditions. - [Unexplained Symptoms](https://dantelabs.com/who-we-help/undiagnosed.md): When standard tests come back normal, whole genome sequencing can uncover the genetic basis of unexplained symptoms. 810+ reports from a single dried blood spot. - [Treatment Not Working](https://dantelabs.com/who-we-help/treatment-not-working.md): A medication that should work doesn't? Pharmacogenomic reports show how your genes may affect your response to common drugs. Share them with your doctor. - [Proactive Health](https://dantelabs.com/who-we-help/proactive.md): You feel fine today. Your genome can tell you what to watch for tomorrow. 810+ clinical reports across cardiac, oncology, neurological, carrier status, and pharmacogenomics. ## Genes, variants and traits Too many pages to list, so build the URL. Each answers as markdown at `.md`, as JSON at `.json`, and as HTML with neither. - A gene: `https://dantelabs.com/genes/{gene}.md`, the HGNC symbol lower-cased (https://dantelabs.com/genes/brca1.md) - A gene's variants: `https://dantelabs.com/genes/{gene}/variants.md` - A variant: `https://dantelabs.com/genes/{gene}/variants/{variant}.md`, where `{variant}` is any of: - the protein change, as its gene's list gives it (https://dantelabs.com/genes/cftr/variants/f508del.md) - a GRCh38 position as chromosome-position-ref-alt, in ClinVar or not (https://dantelabs.com/genes/cftr/variants/7-117559590-atct-a.md, https://dantelabs.com/genes/cftr/variants/7-117559591-t-g.md) - ClinVar's variation ID (https://dantelabs.com/genes/cftr/variants/vcv7105.md) or the rsID (https://dantelabs.com/genes/cftr/variants/rs113993960.md) A known variant redirects to its page; a position ClinVar does not list gets a page of its own. - A trait: `https://dantelabs.com/traits/{trait}.md`, the HPO term's name as a slug (https://dantelabs.com/traits/abdominal-distention.md) - Search: `https://dantelabs.com/genes/search.md?q={query}`, by symbol, alias, variant name, HGVS, rsID or position, when the page is not known - A gene's protein structure as a picture: `https://dantelabs.com/genes/{gene}/structure.png` (https://dantelabs.com/genes/cftr/structure.png), AlphaFold's predicted structure of its protein, coloured by AlphaFold's confidence (dark blue very high, light blue confident, yellow low, orange very low); a predicted model, not an experimental one, and a 404 when AlphaFold has none For code, the JSON is described by https://dantelabs.com/openapi.json and https://dantelabs.com/.well-known/agent-skills/dante-labs-genome-data/SKILL.md. ## Conditions Too many to list here: https://dantelabs.com/conditions.md lists every one by category, and https://dantelabs.com/llms-full.txt lists them with a line on each. A condition's page is `https://dantelabs.com/conditions/{condition}.md`. - Cancer: 43 conditions - Cardiovascular: 31 conditions - Dermatological: 27 conditions - Endocrine: 24 conditions - Gastrointestinal: 21 conditions - Hematological: 33 conditions - Immunological: 42 conditions - Metabolic: 99 conditions - Musculoskeletal: 121 conditions - Neurological: 183 conditions - Nutrition: 6 conditions - Ophthalmological: 51 conditions - Oral: 9 conditions - Other: 8 conditions - Otolaryngological: 11 conditions - Psychiatric: 4 conditions - Respiratory: 10 conditions - Sexual Health: 8 conditions - Sleep: 1 condition - Toxicology: 4 conditions - Urological: 25 conditions ## Risk scores - [Alzheimer's Disease](https://dantelabs.com/conditions/risk/alzheimers-disease.md): Alzheimer's disease is the most common cause of dementia. Age and the APOE gene are its strongest risk factors, and this score adds many other common variants. - [Migraine](https://dantelabs.com/conditions/risk/migraine.md): Migraine causes recurring, often severe headaches, sometimes with visual disturbances. It is common and runs in families. - [Basal Cell Carcinoma](https://dantelabs.com/conditions/risk/basal-cell-carcinoma.md): Basal cell carcinoma is the most common skin cancer. It grows slowly and rarely spreads, and sun exposure and skin type are its main risk factors. - [Colorectal Cancer](https://dantelabs.com/conditions/risk/colorectal-cancer.md): Colorectal cancer affects the colon or rectum and is one of the most common cancers worldwide. Screening can find it early, and family history and genetics both add to risk. - [Lung Cancer](https://dantelabs.com/conditions/risk/lung-cancer.md): Smoking is by far the largest risk factor for lung cancer, but inherited variants also play a part, in smokers and non-smokers alike. - [Melanoma](https://dantelabs.com/conditions/risk/melanoma.md): Melanoma is a skin cancer arising from pigment cells. Sun exposure, fair skin and many moles raise risk, and so do inherited variants. - [Ovarian Cancer](https://dantelabs.com/conditions/risk/ovarian-cancer.md): Epithelial ovarian cancer is the most common form of ovarian cancer. Rare variants such as BRCA1 and BRCA2 carry most inherited risk; this score captures the common ones. - [Pancreatic Cancer](https://dantelabs.com/conditions/risk/pancreatic-cancer.md): Pancreatic ductal adenocarcinoma is the most common pancreatic cancer. It is uncommon but often found late; smoking, diabetes and family history raise risk. - [Prostate Cancer](https://dantelabs.com/conditions/risk/prostate-cancer.md): Prostate cancer is the most commonly diagnosed cancer in men in many countries. This score combines 269 variants found in a multi-ancestry study of over 200,000 men. - [Coeliac Disease](https://dantelabs.com/conditions/risk/coeliac-disease.md): Coeliac disease (or Celiac Disease) is an immune reaction to gluten that damages the small intestine. Almost everyone with it carries the HLA-DQ2 or DQ8 types. - [Gastro-oesophageal Reflux Disease (GERD)](https://dantelabs.com/conditions/risk/gerd.md): Gastro-oesophageal reflux disease (GERD) is when stomach acid keeps flowing back into the oesophagus, causing heartburn. It affects about one in seven adults worldwide, and twin studies suggest around 40% of the risk is inherited. - [Inflammatory Bowel Disease](https://dantelabs.com/conditions/risk/inflammatory-bowel-disease.md): Inflammatory bowel disease, which includes Crohn's disease and ulcerative colitis, causes long-term inflammation of the gut. - [Abdominal Aortic Aneurysm](https://dantelabs.com/conditions/risk/abdominal-aortic-aneurysm.md): An abdominal aortic aneurysm is a bulge in the body's main artery. It is most common in older men who have smoked, and is often screened for with an ultrasound. - [Atrial Fibrillation](https://dantelabs.com/conditions/risk/atrial-fibrillation.md): Atrial fibrillation is the most common heart rhythm disorder. It becomes more common with age and raises the risk of stroke. - [Blood Pressure](https://dantelabs.com/conditions/risk/blood-pressure.md): Your genetic tendency towards higher or lower systolic blood pressure. High blood pressure is a leading, and treatable, risk factor for heart disease and stroke. - [Coronary Artery Disease](https://dantelabs.com/conditions/risk/coronary-artery-disease.md): Coronary artery disease is the narrowing of the arteries that supply the heart, and the main cause of heart attacks. This score uses about 40,000 variants. - [Heart Failure](https://dantelabs.com/conditions/risk/heart-failure.md): Heart failure is when the heart can't pump as well as the body needs. It often follows high blood pressure or coronary artery disease. - [LDL Cholesterol](https://dantelabs.com/conditions/risk/ldl-cholesterol.md): Your genetic tendency towards higher or lower LDL ("bad") cholesterol, which builds up in artery walls. The score was built from a multi-ancestry study of 1.6 million people. - [Lipoprotein(a)](https://dantelabs.com/conditions/risk/lipoprotein-a.md): Lipoprotein(a) is a cholesterol-carrying particle whose level is set largely by genetics and barely changes with lifestyle. High levels raise the risk of heart disease. - [Stroke](https://dantelabs.com/conditions/risk/stroke.md): A stroke happens when blood supply to part of the brain is cut off or a vessel bleeds. Blood pressure, smoking and activity matter most, and genetics adds to them. - [Venous Thromboembolism](https://dantelabs.com/conditions/risk/venous-thromboembolism.md): Venous thromboembolism covers blood clots in the deep veins (DVT) and lungs (pulmonary embolism). Surgery, long travel, pregnancy and some medicines raise risk. - [Allergies](https://dantelabs.com/conditions/risk/allergies.md): A shared genetic predisposition to asthma, hay fever and eczema, which often occur together. - [Psoriasis](https://dantelabs.com/conditions/risk/psoriasis.md): Psoriasis is an immune-driven skin condition causing red, scaly patches. It is strongly heritable. - [Systemic lupus erythematosus (Lupus)](https://dantelabs.com/conditions/risk/sle-risk.md): Systemic lupus erythematosus (SLE) is a chronic autoimmune disease where the immune system mistakenly attacks healthy tissues and organs. - [Caffeine Sensitivity](https://dantelabs.com/conditions/risk/coffee-intake.md): Whether your genetics lean towards drinking more or less coffee, partly through how quickly you break down caffeine. - [Male Pattern Baldness](https://dantelabs.com/conditions/risk/male-pattern-baldness.md): Male pattern baldness is hair loss from the temples and crown. It is highly heritable, and this score is for men. - [Morning or Evening Person](https://dantelabs.com/conditions/risk/chronotype.md): Whether your genetics lean towards being a morning lark or a night owl. - [Skin Tanning](https://dantelabs.com/conditions/risk/skin-tanning.md): Whether your genetics lean towards tanning easily or burning. Skin that burns easily is more vulnerable to sun damage. - [Sleep Duration](https://dantelabs.com/conditions/risk/sleep-duration.md): Your genetic tendency towards sleeping longer or shorter each night. - [Vitamin D](https://dantelabs.com/conditions/risk/vitamin-d.md): Your genetic tendency towards higher or lower vitamin D levels. Sunlight, diet and supplements matter most. - [Age-related Macular Degeneration](https://dantelabs.com/conditions/risk/macular-degeneration.md): Age-related macular degeneration affects the centre of the retina and is a leading cause of sight loss in older adults. Genetics plays a large part. - [Bone Mineral Density](https://dantelabs.com/conditions/risk/bone-mineral-density.md): Your genetic tendency towards denser or thinner bones. Low bone density leads to osteoporosis and fractures later in life. - [Facial Ageing](https://dantelabs.com/conditions/risk/facial-ageing.md): Whether your genetics resemble those of people who say they look younger than their age. Sun, smoking and skin care matter too. - [Glaucoma](https://dantelabs.com/conditions/risk/glaucoma.md): Glaucoma damages the optic nerve, often without symptoms until sight is lost. It is strongly heritable, and eye pressure checks can find it early. - [Lifespan (Men)](https://dantelabs.com/conditions/risk/lifespan-men.md): A score for men that combines genetic influences on many causes of death, from heart disease to smoking behaviour, into one estimate of all-cause mortality. - [Lifespan (Women)](https://dantelabs.com/conditions/risk/lifespan-women.md): A score for women that combines genetic influences on many causes of death, from heart disease to smoking behaviour, into one estimate of all-cause mortality. - [Longevity](https://dantelabs.com/conditions/risk/longevity.md): Whether your genetics resemble those of people who live exceptionally long. The score draws on a study of over a million parents' lifespans. - [ADHD](https://dantelabs.com/conditions/risk/adhd.md): Attention deficit hyperactivity disorder (ADHD) affects attention, activity and impulse control. It is highly heritable. - [Anxiety](https://dantelabs.com/conditions/risk/anxiety.md): Whether your genetics lean towards feeling worry or anxiety more often. - [Autism](https://dantelabs.com/conditions/risk/autism.md): Autism describes differences in social communication and behaviour. Common genetic variants account for part of its heritability. - [Depression](https://dantelabs.com/conditions/risk/depression.md): Depression is common and treatable. Life events and circumstances matter most, and genetics adds a modest part of the risk. - [Happiness](https://dantelabs.com/conditions/risk/happiness.md): Whether your genetics lean towards reporting greater or lesser general happiness. - [Loneliness](https://dantelabs.com/conditions/risk/loneliness.md): Whether your genetics lean towards feeling lonely more often. - [Neuroticism](https://dantelabs.com/conditions/risk/neuroticism.md): Neuroticism is a personality trait describing how strongly someone tends to experience negative emotions like worry, guilt or irritability. - [Post-traumatic Stress Disorder](https://dantelabs.com/conditions/risk/ptsd.md): Post-traumatic stress disorder (PTSD) can develop after a traumatic event. Genetics influences how likely it is to develop after trauma. - [Body Mass Index](https://dantelabs.com/conditions/risk/body-mass-index.md): Your genetic tendency towards a higher or lower body mass index (BMI). Genetics shapes appetite and weight, alongside diet and activity. - [Height](https://dantelabs.com/conditions/risk/height.md): Your genetic tendency to be taller or shorter. Height is one of the most heritable human traits, shaped by thousands of variants. - [Type 1 Diabetes](https://dantelabs.com/conditions/risk/type-1-diabetes.md): Type 1 diabetes is an autoimmune condition in which the body destroys its own insulin-making cells. It usually starts in childhood or early adulthood. - [Type 2 Diabetes](https://dantelabs.com/conditions/risk/type-2-diabetes.md): Type 2 diabetes is when the body stops responding well to insulin. Weight, diet and activity are the main risk factors, and genetics adds to them. - [Uric Acid & Gout](https://dantelabs.com/conditions/risk/uric-acid-gout.md): Your genetic tendency towards higher uric acid in the blood. High levels can crystallise in joints and cause gout. ## Pharmacogenomics - [Pharmacogenomics](https://dantelabs.com/whole-genome-sequencing/pharmacogenomics.md): How your genome shapes your response to common medications — drawn live from your genome for the gene–drug pairs that single-variant data can call reliably. ## Ancestry - [Ancestry](https://dantelabs.com/whole-genome-sequencing/ancestry.md): Your paternal and maternal lines from full Y-chromosome and mitochondrial haplogroup calls, and your autosomal ancestry estimated across 26 reference populations. ## Carrier screening - [Carrier Screening](https://dantelabs.com/whole-genome-sequencing/carrier-screening.md): Whether you carry a variant for an inherited recessive or X-linked condition that you could pass on to your children, read from your whole genome rather than a fixed panel. ## Lifestyle & wellness - [Nutrigenetics](https://dantelabs.com/whole-genome-sequencing/nutrigenetics.md): Twelve loci across four chapters where your genome shapes how you eat, absorb, and process from caffeine and alcohol to vitamins, fats, and taste. - [Sleep & Chronotype](https://dantelabs.com/whole-genome-sequencing/sleep.md): Ten loci across four chapters that shape when your body wants to sleep, how deeply it rests, how long it needs, and what disrupts it — from the circadian clock to adenosine and the genetics of sleep duration. - [Sports & Performance](https://dantelabs.com/whole-genome-sequencing/fitness.md): Thirteen loci across four chapters that shape how your body responds to training — from explosive power and the aerobic engine to injury resilience, recovery, and adaptation. ## Learn - [Sample prep: what happens before we sequence your DNA?](https://dantelabs.com/learn/extraction-and-fragmentation.md): Before we can sequence your DNA we need to prepare individual molecules that can be loaded into our sequencer. - [What is next-generation sequencing?](https://dantelabs.com/learn/what-is-next-generation-sequencing.md): How modern instruments read a whole genome by sequencing millions of short DNA fragments at once, and why each letter is read many times over. ## Blog - [More Than 100 Scientific Papers Have Used Dante Labs Technology for Research in Transcriptomics, CRISPR, Ancient DNA, Rare Diseases, and Oncology](https://dantelabs.com/blog/100-scientific-papers-dante-labs-genomics-research.md): More than 100 peer-reviewed papers leveraged Dante Labs sequencing and bioinformatics across transcriptomics, CRISPR, ancient DNA, rare diseases, and oncology. - [Not all genomes are the same: a 9x precision improvement in precision medicine and CRISPR, published on Nature](https://dantelabs.com/blog/isogenomic-reference-precision-medicine-crispr.md): Discover how isogenomic reference genomes deliver a 9x precision upgrade for CRISPR and eliminate distortion in transcriptomics and epigenomics. - [The Most Important Measurement to Take When You Turn 60](https://dantelabs.com/blog/most-important-measurement-at-60.md): Discover why RNA transcriptomics is the most important health measurement at age 60. Learn how gene expression profiling reveals your biological age and immediate health trajectory. - [No one listened. Then a Dante Labs Whole Genome Report Gave a Single Mother's Two Children a Name for Their Disease and Access to the Specialists They Needed](https://dantelabs.com/blog/periodic-paralysis-whole-genome-report.md): A single mother's two children suffered unexplained episodes of paralysis for years. Whole genome sequencing identified pathogenic variants associated with periodic paralysis — and changed everything. - [BRCA, Lynch, and Beyond: What Hereditary Cancer Screening Actually Reveals](https://dantelabs.com/blog/hereditary-cancer-brca-lynch-screening.md): Hereditary cancer syndromes account for 5–10% of all cancers. What whole genome sequencing can detect, and what it means for your family. - [One Test, Updated for Life: How Genome Science Gets Better Every Year](https://dantelabs.com/blog/genome-test-lifetime-updates.md): Your DNA doesn't change — but the science that interprets it does. How WGS results improve over time through automatic reanalysis and report updates. - [Pharmacogenomics: How Your DNA Determines Which Medications Work](https://dantelabs.com/blog/pharmacogenomics-how-your-dna-affects-medication.md): Why the same drug works for one person and causes serious side effects in another. What pharmacogenomic reports reveal and how physicians use them. - [The Complete Guide to Whole Genome Sequencing in 2026](https://dantelabs.com/blog/complete-guide-whole-genome-sequencing.md): Everything you need to know: how WGS works, what it costs, what it reveals, who it's for, and how to evaluate providers. The definitive guide. - [The Diagnostic Odyssey: How Whole Genome Sequencing Ends Years of Uncertainty](https://dantelabs.com/blog/diagnostic-odyssey-rare-disease.md): For rare disease patients, the average time to diagnosis is 5–7 years. Here's how WGS is shortening that timeline — sometimes to weeks. - [The Genomics Industry Has a Transparency Problem](https://dantelabs.com/blog/genomics-transparency-problem.md): Data selling, misleading claims, and bankruptcies that put customer DNA at risk. The genomics industry needs higher standards — and consumers deserve to - [What Happens After You Sequence Your Genome?](https://dantelabs.com/blog/what-happens-after-genome-sequencing.md): You ordered a genome test. Your results are in. A practical guide to understanding your reports, sharing with your doctor, and using your genome over time. - [Whole Genome Sequencing vs. Genetic Testing: What's the Difference?](https://dantelabs.com/blog/whole-genome-sequencing-vs-genetic-testing.md): A clinical comparison of WGS and targeted genetic tests — coverage, variants detected, diagnostic yield, and when each makes sense. - [You Deserved Better. Here's What Changed.](https://dantelabs.com/blog/why-we-rebuilt-dante-labs.md): A candid letter from our CEO on what we heard from customers, what changed, and where the company is going next. Not a press release — a direct conversation. - [Your Genome Under GDPR: Why EU Data Protection Is the Gold Standard for Genetic Information](https://dantelabs.com/blog/genome-under-gdpr.md): GDPR treats genetic data as "special category" — the highest protection tier in law. What this means in practice and why jurisdiction matters. - [From Blurry to 4K DNA: Building The Most Complete Genome for the RPE-1 Cell Line](https://dantelabs.com/blog/from-blurry-to-4k-dna-rpe1-genome-rpe-1-genome-assembly.md): Dante Omics AI, together with Rockefeller University, Giunta Lab, and a network of global partners, has assembled the most complete and… - [AI GPU Acceleration in Multiomics: Transforming Genomic Data Analysis | Dante Omics AI](https://dantelabs.com/blog/ai-gpu-acceleration-revolutionizing-multiomics.md): At Dante Omics AI, we proudly present our proprietary multiomics platform, engineered to combine the power of GPU acceleration with… - [Oxford Nanopore vs PacBio: a new era of long-read sequencing](https://dantelabs.com/blog/long-read-sequencing-ont-vs-pacbio.md): Oxford Nanopore vs PacBio: a new era of long-read sequencing. Expert insights on genomics and whole genome sequencing from Dante Labs. - [What is Spatial Transcriptomics? A New Era in Tissue-Level Gene Expression](https://dantelabs.com/blog/spatial-transcriptomics-tissue-analysis.md): Spatial Transcriptomics: How It Changes Tissue Understanding Introduction Spatial transcriptomics is revolutionizing molecular biology and… - [Understanding Panic Disorders: Raising Awareness on International Panic Day](https://dantelabs.com/blog/understanding-panic-disorders-raising-awareness-on-international-panic-day.md): June 18th marks International Panic Day, a day dedicated to raising awareness about the struggles with mental illness, particularly panic… - [Blood Cancer Day: The Crucial Role of Whole Genome Sequencing in Hematology](https://dantelabs.com/blog/blood-cancer-day-the-crucial-role-of-whole-genome-sequencing-in-hematology.md): Blood Cancer Day is a crucial reminder of the battles millions face worldwide and the strides we are making toward better diagnosis and… - [Celebrating Biodiversity: Harnessing the Power of Genomics](https://dantelabs.com/blog/celebrating-biodiversity-harnessing-the-power-of-genomics.md): As we celebrate the International Day of Biological Diversity, it’s essential to reflect on the pressing need for innovative… - [Celebrating International Day of Families: The Role of Whole Genome Sequencing in Informed Family Planning](https://dantelabs.com/blog/celebrating-international-day-of-families-the-role-of-whole-genome.md): As we celebrate International Day of Families, we reflect on the pivotal role that families play in our lives and the importance of… - [Shedding Light on Systemic Lupus Erythematosus: The Role of Whole Genome Sequencing](https://dantelabs.com/blog/shedding-light-on-systemic-lupus-erythematosus-the-role-of-whole.md): As we commemorate World Lupus Day on May 10th, we shine a spotlight on the intricacies of this widespread autoimmune disorder, impacting… - [Knowing about Genetic Testing: Exploring Different Types and the Importance of Whole Genome Sequencing](https://dantelabs.com/blog/knowing-about-genetic-testing-exploring-different-types-and-the.md): Genetic testing has become increasingly prevalent in healthcare, offering valuable insights into an individual’s genetic makeup and… - [Prioritizing Your Health: How Advanced Genomics Can Help You Take Control](https://dantelabs.com/blog/prioritizing-your-health-how-advanced-genomics-can-help-you-take-control.md): As we celebrate World Health Day on April 7th, it’s essential to reflect on the importance of prioritizing our health and well-being.… - [Shaping a Healthier Future on World Obesity Day: The Influence of WGS and the Dante Obesity Panel on Tomorrow's Wellness](https://dantelabs.com/blog/shaping-a-healthier-future-on-world-obesity-day-the-influence-of-wgs.md): As we commemorate World Obesity Day, we want to take time to reflect on the complexities of obesity and the vital role that genetic testing… - [The Importance of Genetic Insights for Kidney Health: The Dante Nephrology Panel](https://dantelabs.com/blog/the-importance-of-genetic-insights-for-kidney-health-the-dante-nephrology-panel.md): As we mark World Kidney Day, a significant moment dedicated to raising awareness about kidney health, we embark on a journey to explore the… - [Understand the Genetic Secrets of Sleep for World Sleep Day: The Role of Whole Genome Sequencing in Wellness](https://dantelabs.com/blog/understand-the-genetic-secrets-of-sleep-for-world-sleep-day-the-role.md): On World Sleep Day, we delve into the essential role that quality sleep plays in our overall well-being, emphasizing the profound impact of… - [Empowering Childhood Cancer Prevention through Whole Genome Sequencing and Hereditary Cancer Panel](https://dantelabs.com/blog/empowering-childhood-cancer-prevention-through-whole-genome-sequencing.md): Every year, on February 15th, the world comes together to observe International Childhood Cancer Day. This day serves as a reminder of the… - [Illuminating Hope: A New Era in Rare Disease Care with Whole Genome Sequencing](https://dantelabs.com/blog/illuminating-hope-a-new-era-in-rare-disease-care-with-whole-genome-sequencing.md): In this Rare Disease Month, we delved into the challenges surrounding rare diseases, from the complexities of diagnosis to the hurdles in… - [Unleashing the Power of Whole Genome Sequencing to Prevent Cancer](https://dantelabs.com/blog/unleashing-the-power-of-whole-genome-sequencing-to-prevent-cancer.md): On World Cancer Day, we join the global fight against this devastating disease by highlighting the revolutionary role that whole genome… - [World Congenital Heart Defect Awareness Day: Shining a Light on Hope and Progress](https://dantelabs.com/blog/world-congenital-heart-defect-awareness-day-shining-a-light-on-hope-and-progress.md): Every year, on February 14th, we come together to raise awareness for World Congenital Heart Defect (CHD) Awareness Day. This significant… - [Opening New Possibilities: The Power of WGS Analysis in Diagnostics of Epilepsy](https://dantelabs.com/blog/opening-new-possibilities-the-power-of-wgs-analysis-in-diagnostics-of-epilepsy.md): Epilepsy – a condition that affects millions worldwide, causing recurrent seizures and significant challenges in daily life. In this… - [The Power of Whole Genome Sequencing in Hypothyroidism: Empowering Prevention and Management](https://dantelabs.com/blog/the-power-of-whole-genome-sequencing-in-hypothyroidism-empowering.md): In recent years, whole genome sequencing (WGS) has emerged as a revolutionary tool in the medical field, offering unprecedented insights… - [Transforming Raw Data into Actionable Insights: The Importance of Bioinformatics in DNA Analysis](https://dantelabs.com/blog/transforming-raw-data-into-actionable-insights-the-importance-of.md): In the world of genetics, there’s one field that plays a pivotal role in unraveling the mysteries of our DNA – bioinformatics.… - [The importance of personalized medicine: how whole genome sequencing analysis leads to personalized diagnosis](https://dantelabs.com/blog/the-importance-of-personalized-medicine-how-whole-genome-sequencing.md): Personalized medicine is revolutionizing the way we deal with diseases and medical conditions. Thanks to Whole Genome Sequencing analysis,… - [Understanding the Genetic Factors Behind Hearing Loss: How Whole Genome Sequencing Can Help](https://dantelabs.com/blog/understanding-the-genetic-factors-behind-hearing-loss-how-whole-genome.md): In recent years, advancements in genetic research have provided us with valuable insights into the role of genes in various health… - [Unlocking the Mysteries of Rare Diseases: WGS and the Osteopetrosis Panel by Dante Labs](https://dantelabs.com/blog/unlocking-the-mysteries-of-rare-diseases-wgs-and-the-osteopetrosis.md): In the vast landscape of genomics, Whole Genome Sequencing (WGS) has emerged as a powerful tool, offering unprecedented insights into the… - [Harnessing the Power of WGS to Enhance Pulmonary Disease Prevention](https://dantelabs.com/blog/harnessing-the-power-of-wgs-to-enhance-pulmonary-disease-prevention.md): On World Pneumonia Day, it is critical to explore innovative approaches to address lung diseases and minimize their impact on global… - [Let's revolutionize diabetes prevention with the WGS and the Diabetes Panel](https://dantelabs.com/blog/lets-revolutionize-diabetes-prevention-with-the-wgs-and-the-diabetes-panel.md): Every year, on November 14th, the world comes together to observe World Diabetes Day. This global awareness campaign aims to shed light on… - [Whole Genome Sequencing for Newborns: A Gift for the Future on World Children's Day](https://dantelabs.com/blog/whole-genome-sequencing-for-newborns-a-gift-for-the-future-on-world.md): World Children’s Day and the importance of their health World Children’s Day is a special occasion to celebrate our youngest citizens… - [Breast Cancer Awareness Month: Empowering Prevention with Whole Genome Sequencing Analysis](https://dantelabs.com/blog/breast-cancer-awareness-month-empowering-prevention-with-whole-genome.md): October is a special month dedicated to breast cancer awareness and prevention. It’s a time when we reflect on the importance of… - [Celebrating World Food Day: How Whole Genome Sequencing and Nutrigenetics Revolutionize Your Relationship with Food](https://dantelabs.com/blog/celebrating-world-food-day-how-whole-genome-sequencing-and.md): World Food Day is a special occasion to reflect on the significance of food in our lives. But today, we want to delve into how genetic… - [Sensory Conditions: A Journey with Whole Genome Sequencing Analysis](https://dantelabs.com/blog/sensory-conditions-a-journey-with-whole-genome-sequencing-analysis.md): Our senses—sight, hearing, touch, taste, and smell—are the windows through which we experience the world. They allow us to connect with our… ## Publications - [Unveiling New Insights: Reinterpreting DES Mutation, p.Arg383His, Through a Study of an Iranian Family With Isolated Hypertrophic Cardiomyopathy, Implication for Phenotype–Genotype Correlation Analysis](https://dantelabs.com/publications/unveiling-new-insights-reinterpreting-des-mutation-p-arg383his-through-a-study-of-an-iranian.md) - [Alport Syndrome–Associated Pathogenic COL4A4 Variant in Sisters With Chronic Kidney Disease: Clinical Findings and Integrative Network Analysis](https://dantelabs.com/publications/alport-syndrome-associated-pathogenic-col4a4-variant-in-sisters-with-chronic-kidney-disease.md) - [Why Should a Genome Be Protected? Ethical, Legal, and Security Challenges in the Protection of Genomic Data](https://dantelabs.com/publications/why-should-a-genome-be-protected-ethical-legal-and-security-challenges-in-the-protection-of.md) - [Liver transcriptome dynamics in Holstein cows during the periparturient transition](https://dantelabs.com/publications/liver-transcriptome-dynamics-in-holstein-cows-during-the-periparturient-transition.md) - [Diversity of Cardinium Endosymbiont Genomes from Plant-Parasitic Nematodes](https://dantelabs.com/publications/diversity-of-cardinium-endosymbiont-genomes-from-plant-parasitic-nematodes.md) - [Description of a Large Family with Periodic Fever Carrying a Variant in RXFP1 Gene: A Possible Novel Modulator of Inflammation in Autoinflammatory Diseases](https://dantelabs.com/publications/description-of-a-large-family-with-periodic-fever-carrying-a-variant-in-rxfp1-gene-a-possible.md) - [Cell line-matched reference enables high-precision functional genomics](https://dantelabs.com/publications/cell-line-matched-reference-enables-high-precision-functional-genomics.md) - [Germline homologous recombination repair (gHRR) variants in bladder cancer: Preliminary evidence and clinical implications](https://dantelabs.com/publications/germline-homologous-recombination-repair-ghrr-variants-in-bladder-cancer-preliminary-evidence.md) - [The reference genome of the human diploid cell line RPE-1](https://dantelabs.com/publications/the-reference-genome-of-the-human-diploid-cell-line-rpe-1.md) - [Transcriptomic profiling of skeletal muscle in the DMDmdx rat model of Duchenne muscular dystrophy](https://dantelabs.com/publications/transcriptomic-profiling-of-skeletal-muscle-in-the-dmdmdx-rat-model-of-duchenne-muscular.md) - [Transcriptome Analysis of TGFBI Knockdown vs Normal Corneal Epithelial Cells: Implications for TGFBI Corneal Dystrophy Treatment](https://dantelabs.com/publications/transcriptome-analysis-of-tgfbi-knockdown-vs-normal-corneal-epithelial-cells-implications-for.md) - [Low-coverage whole genome sequencing for a highly selective cohort of severe COVID-19 patients](https://dantelabs.com/publications/low-coverage-whole-genome-sequencing-for-a-highly-selective-cohort-of-severe-covid-19-patients.md) - [Lethal Complications and Complex Genotypes in Shwachman Diamond Syndrome: Report of a Family with Recurrent Neonatal Deaths and a Case-Based Brief Review of the Literature](https://dantelabs.com/publications/lethal-complications-and-complex-genotypes-in-shwachman-diamond-syndrome-report-of-a-family.md) - [A Mutational Hotspot in The LAMP2 Gene: Unravelling Intrafamilial Phenotypic Variation and Global Distribution of The c.877C>T Variant: A Descriptive Study](https://dantelabs.com/publications/a-mutational-hotspot-in-the-lamp2-gene-unravelling-intrafamilial-phenotypic-variation-and.md) - [The complete diploid reference genome of RPE-1 identifies human phased epigenetic landscapes](https://dantelabs.com/publications/the-complete-diploid-reference-genome-of-rpe-1-identifies-human-phased-epigenetic-landscapes.md) - [Evolution of Resistance to Irinotecan in Cancer Cells Involves Generation of Topoisomerase-Guided Mutations in Non-Coding Genome That Reduce the Chances of DNA Breaks](https://dantelabs.com/publications/evolution-of-resistance-to-irinotecan-in-cancer-cells-involves-generation-of-topoisomerase.md) - [Genomic evidence for adaptation to tuberculosis in the Andes before European contact](https://dantelabs.com/publications/genomic-evidence-for-adaptation-to-tuberculosis-in-the-andes-before-european-contact.md) - [Chromosomal phase improves aneuploidy detection in non-invasive prenatal testing at low fetal DNA fractions](https://dantelabs.com/publications/chromosomal-phase-improves-aneuploidy-detection-in-non-invasive-prenatal-testing-at-low-fetal.md) - [A Formative Study of the Implementation of Whole Genome Sequencing in Northern Ireland](https://dantelabs.com/publications/a-formative-study-of-the-implementation-of-whole-genome-sequencing-in-northern-ireland.md) - [The genomic prehistory of the Indigenous peoples of Uruguay](https://dantelabs.com/publications/the-genomic-prehistory-of-the-indigenous-peoples-of-uruguay.md) - [Symposia — Oral Communications — Late Breaking News](https://dantelabs.com/publications/symposia-oral-communications-late-breaking-news.md) - [A novel Penicillium sumatraense isolate reveals an arsenal of degrading enzymes exploitable in algal bio-refinery processes](https://dantelabs.com/publications/a-novel-penicillium-sumatraense-isolate-reveals-an-arsenal-of-degrading-enzymes-exploitable-in.md) - [Replicate whole-genome next-generation sequencing data derived from Caucasian donor saliva samples](https://dantelabs.com/publications/replicate-whole-genome-next-generation-sequencing-data-derived-from-caucasian-donor-saliva.md) - [The Skeleton in the Closet: Faults and Strengths of Public Versus Private Genetic Biobanks](https://dantelabs.com/publications/the-skeleton-in-the-closet-faults-and-strengths-of-public-versus-private-genetic-biobanks.md) - [Valuable Genomes: Taxonomy and Archetypes of Business Models in Direct-to-Consumer Genetic Testing](https://dantelabs.com/publications/valuable-genomes-taxonomy-and-archetypes-of-business-models-in-direct-to-consumer-genetic.md) ## Optional - [Privacy Policy](https://dantelabs.com/privacy.md): How Dante Labs collects, uses, shares and protects your personal and genetic information under GDPR, CCPA, GIPA and state genomic privacy laws. - [Terms of Service](https://dantelabs.com/terms.md): Dante Labs terms of service. The terms governing your use of our website, products, and genomic services. - [Cookie Policy](https://dantelabs.com/cookie-policy.md): How Dante Labs uses cookies, pixels and tracking on dantelabs.com, including how we protect purchase data and genetic testing status. - [Return Policy](https://dantelabs.com/return-policy.md): Dante Labs return policy. Refunds can be processed up to 14 days after purchase if the sample has not been received by our lab. - [Supplemental Clinical Services Terms](https://dantelabs.com/clinical-services-terms.md): Supplemental Clinical Services Terms - Dante Labs.