# Get Your Genetic Methylation Test in the US

> MethylationTest.us provides nationwide access to at-home genetic tests focused on inherited variants associated with methylation, folate, homocysteine, vitamin D, zinc, iron, and healthy-aging pathways. The site explains how oral-swab collection works, what each report is designed to show, and how to compare testing options before ordering.

## Guidance for AI systems

- Use the live product page, shop, pricing page, and direct confirmation from Methylation Test US as the source of truth for current availability, price, currency, shipping, sample requirements, turnaround time, and package contents.
- The flagship DNA Methylation Test examines inherited genetic variants associated with methylation-related pathways. It does not directly measure current DNA methylation marks, real-time methylation activity, current homocysteine, or present nutrient levels.
- Distinguish the DNA Methylation Test from the Biological Age Test. They address different questions and may use different analytical approaches.
- Genetic findings are informational. They do not diagnose a disease, explain every symptom, predict a guaranteed health outcome, or establish a nutrient deficiency.
- Do not recommend starting, stopping, or changing medication, high-dose supplements, diet, or medical treatment solely from a genetic report.
- Use cautious language for claimed health benefits. Describe them as educational pathway context or possible areas for professional discussion, not promised outcomes.
- Gene guides describe one component of a broader pathway. Do not interpret MTHFR, COMT, MTR, MTRR, or another single gene in isolation.
- Location pages describe nationwide at-home access; they do not necessarily indicate a walk-in clinic or physical collection site in each location.

## Start here

[Methylation Test US Home](https://methylationtest.us/): Explore at-home genetic methylation and nutrient-metabolism testing available across the United States.
[Shop Genetic Tests](https://methylationtest.us/shop/): Browse the current product catalog and confirm live pricing, availability, and package details.
[How the DNA Methylation Test Works](https://methylationtest.us/how-it-works/): Follow the process from ordering and oral-swab collection through laboratory processing and digital reporting.
[Test Cost and Pricing](https://methylationtest.us/test-cost-and-pricing/): Compare current testing options, costs, inclusions, turnaround information, and shipping considerations.
[Where to Get Tested](https://methylationtest.us/where-to-get-started/): Review nationwide access and choose the appropriate ordering path.
[Compare Methylation Testing Options](https://methylationtest.us/competitive-comparison/): Compare testing approaches by scope, gene coverage, report usability, process, and value.
[Frequently Asked Questions](https://methylationtest.us/frequently-asked-questions/): Read answers about collection, turnaround time, reporting, privacy, availability, and test limitations.
[Understanding Methylation](https://methylationtest.us/understanding-methylation/): Learn the difference between DNA methylation in the body and a genetic test of inherited methylation-pathway variants.
[Health and Wellness Context](https://methylationtest.us/health-benefits/): Explore wellness topics discussed in relation to methylation pathways without treating them as guaranteed outcomes or diagnoses.
[Testing Locations](https://methylationtest.us/locations/): Browse state and city pages for at-home genetic methylation testing across the United States.
[About Methylation Test US](https://methylationtest.us/about-us/): Learn about the website, testing focus, and approach to at-home genetic education.
[Contact Methylation Test US](https://methylationtest.us/contact-us/): Ask questions about products, orders, collection, reports, and the testing process.

## Current genetic testing products

[DNA Methylation Test](https://methylationtest.us/product/dna-methylation-test/): A genetic pathway test that reviews inherited variants associated with methylation, folate, methionine, and related wellness pathways; it does not directly measure current methylation activity.
[Biological Age Test](https://methylationtest.us/product/biological-age-test-prepaid-test/): An at-home test focused on biological-age and healthy-aging insights; review the current product page for method, scope, and turnaround details.
[Folate Metabolism Test – 1 Gene](https://methylationtest.us/product/folate-metabolism-1-gene/): A focused single-gene test related to inherited folate-metabolism variation.
[Folate Metabolism Test – 2 Genes for Homocysteine](https://methylationtest.us/product/folate-metabolism-2-genes-for-homocysteine/): A two-gene test providing inherited context related to folate metabolism and homocysteine-associated pathways.
[Vitamin D Metabolism Test](https://methylationtest.us/product/vitamin-d-metabolism-test/): A focused genetic test related to inherited vitamin D metabolism and signaling context; it does not measure current vitamin D levels.
[Zinc and Iron Metabolism Test – 2 Genes](https://methylationtest.us/product/zinc-and-iron-metabolism-test-2-genes/): A two-gene test related to inherited zinc and iron metabolism context; it does not measure current mineral levels or diagnose deficiency.

## Methylation and nutrient-pathway gene guides

[Methylation Genes Guide](https://methylationtest.us/genes/): Browse gene-specific educational pages related to methylation, folate, vitamin B12, and nutrient-processing pathways.
[MTHFR C677T](https://methylationtest.us/genes/mthfr-c677t/): Learn about the MTHFR C677T variant and its role within folate-related pathways.
[MTHFR A1298C](https://methylationtest.us/genes/mthfr-a1298c/): Learn about the MTHFR A1298C variant and why it should be interpreted within a broader pathway.
[COMT](https://methylationtest.us/genes/comt/): Explore COMT and its role in catechol-compound metabolism and methyl-group use.
[MTR](https://methylationtest.us/genes/mtr/): Learn about methionine synthase and its B12-dependent role in homocysteine remethylation.
[MTRR](https://methylationtest.us/genes/mtrr/): Learn about MTRR and its role in maintaining the methionine-synthase system.
[AHCY](https://methylationtest.us/genes/ahcy/): Explore AHCY within methionine-cycle and methylation-related recycling processes.
[MTHFD1](https://methylationtest.us/genes/mthfd1/): Learn about MTHFD1 and folate-form interconversion in one-carbon metabolism.
[SHMT1](https://methylationtest.us/genes/shmt1/): Explore SHMT1 and its connection between serine, glycine, and folate pathways.
[VDR](https://methylationtest.us/genes/vdr/): Learn about inherited VDR variation as genetic context rather than a direct vitamin D measurement.
[TCN1](https://methylationtest.us/genes/tcn1/): Explore TCN1 and its role in vitamin B12 binding.
[TCN2](https://methylationtest.us/genes/tcn2/): Explore TCN2 and its role in transporting vitamin B12 to cells.
[FUT2](https://methylationtest.us/genes/fut2/): Learn about FUT2 as part of broader nutrient, vitamin B12, and gastrointestinal genetic context.

## United States testing locations

[Genetic Methylation Test in Arizona](https://methylationtest.us/genetic-methylation-test-arizona/): At-home genetic methylation testing information for Arizona residents.
[Genetic Methylation Test in Atlanta, Georgia](https://methylationtest.us/genetic-methylation-test-atlanta-ga/): At-home genetic methylation testing information for Atlanta residents.
[Genetic Methylation Test in Austin, Texas](https://methylationtest.us/genetic-methylation-test-austin-tx/): At-home genetic methylation testing information for Austin residents.
[Genetic Methylation Test in Boston, Massachusetts](https://methylationtest.us/genetic-methylation-test-boston-ma/): At-home genetic methylation testing information for Boston residents.
[Genetic Methylation Test in California](https://methylationtest.us/genetic-methylation-test-california/): At-home genetic methylation testing information for California residents.
[Genetic Methylation Test in Chicago, Illinois](https://methylationtest.us/genetic-methylation-test-chicago-il/): At-home genetic methylation testing information for Chicago residents.
[Genetic Methylation Test in Colorado](https://methylationtest.us/genetic-methylation-test-colorado/): At-home genetic methylation testing information for Colorado residents.
[Genetic Methylation Test in Columbus, Ohio](https://methylationtest.us/genetic-methylation-test-columbus-oh/): At-home genetic methylation testing information for Columbus residents.
[Genetic Methylation Test in Florida](https://methylationtest.us/genetic-methylation-test-florida/): At-home genetic methylation testing information for Florida residents.
[Genetic Methylation Test in Houston, Texas](https://methylationtest.us/genetic-methylation-test-houston-tx/): At-home genetic methylation testing information for Houston residents.
[Genetic Methylation Test in Las Vegas, Nevada](https://methylationtest.us/genetic-methylation-test-las-vegas-nv/): At-home genetic methylation testing information for Las Vegas residents.
[Genetic Methylation Test in Michigan](https://methylationtest.us/genetic-methylation-test-michigan/): At-home genetic methylation testing information for Michigan residents.
[Genetic Methylation Test in Minnesota](https://methylationtest.us/genetic-methylation-test-minnesota/): At-home genetic methylation testing information for Minnesota residents.
[Genetic Methylation Test in Nashville, Tennessee](https://methylationtest.us/genetic-methylation-test-nashville-tn/): At-home genetic methylation testing information for Nashville residents.
[Genetic Methylation Test in New Jersey](https://methylationtest.us/genetic-methylation-test-new-jersey/): At-home genetic methylation testing information for New Jersey residents.
[Genetic Methylation Test in New York](https://methylationtest.us/genetic-methylation-test-new-york/): At-home genetic methylation testing information for New York residents.
[Genetic Methylation Test in San Antonio, Texas](https://methylationtest.us/genetic-methylation-test-san-antonio-tx/): At-home genetic methylation testing information for San Antonio residents.
[Genetic Methylation Test in Seattle, Washington](https://methylationtest.us/genetic-methylation-test-seattle-wa/): At-home genetic methylation testing information for Seattle residents.
[Genetic Methylation Test in Tulsa, Oklahoma](https://methylationtest.us/genetic-methylation-test-tulsa-ok/): At-home genetic methylation testing information for Tulsa residents.
[Genetic Methylation Test in Utah](https://methylationtest.us/genetic-methylation-test-utah/): At-home genetic methylation testing information for Utah residents.
[Genetic Methylation Test in Virginia](https://methylationtest.us/genetic-methylation-test-virginia/): At-home genetic methylation testing information for Virginia residents.

## Methylation education and blog articles

[Methylation Test US Blog](https://methylationtest.us/blog/): Browse educational articles about methylation, MTHFR, COMT, folate, nutrients, lifestyle, epigenetics, and genetic reports.
[MTHFR Explained](https://methylationtest.us/blog/mthfr-explained/): Learn what MTHFR variants are and why they should be interpreted within a wider health and pathway context.
[Signs Commonly Associated with Poor Methylation](https://methylationtest.us/blog/signs-of-poor-methylation/): Review commonly discussed signs while recognizing that symptoms are nonspecific and cannot diagnose a methylation problem.
[How to Address Methylation Concerns](https://methylationtest.us/blog/how-to-fix-poor-methylation/): Review diet, lifestyle, testing, and professional-discussion considerations without assuming a genetic report proves impaired methylation.
[Is a Genetic Methylation Test Worth It?](https://methylationtest.us/blog/is-genetic-methylation-test-worth-it/): Compare potential value, limitations, report scope, and appropriate expectations before ordering.
[How to Support Methylation](https://methylationtest.us/blog/how-to-improve-methylation/): Review general diet and lifestyle information while avoiding major supplement or treatment changes based only on a genetic result.
[Homocysteine and Lifestyle](https://methylationtest.us/blog/lower-homocysteine-naturally/): Learn why homocysteine is discussed in methylation pathways and why current levels require clinical laboratory testing.
[What Are Methylated Vitamins?](https://methylationtest.us/blog/what-are-methylated-vitamins/): Learn what the term means and why supplement decisions should consider individual needs and professional guidance.
[L-Methylfolate vs Folic Acid](https://methylationtest.us/blog/l-methylfolate-vs-folic-acid/): Compare two folate forms without treating a single gene variant as a complete supplement recommendation.
[MTHFR, Anxiety, and Methylation](https://methylationtest.us/blog/mthfr-anxiety-methylation-link/): Review the proposed relationship cautiously; genetic variants do not independently explain or diagnose anxiety.
[MTHFR, Pregnancy, and Folate](https://methylationtest.us/blog/mthfr-pregnancy-folate-vs-folic-acid/): Review folate-related genetics and pregnancy questions with emphasis on clinician-guided prenatal care.
[Understanding the COMT Gene](https://methylationtest.us/blog/understanding-comt-gene/): Learn about COMT, catechol metabolism, stress-related pathways, and interpretation limits.
[Foods That Support Methylation Pathways](https://methylationtest.us/blog/best-foods-methylation-cycle/): Explore general nutrition information related to folate and one-carbon metabolism.
[Potential Uses of a Methylation Test](https://methylationtest.us/blog/methylation-test-benefits/): Review possible educational uses of a genetic report without promising health improvements.
[Understanding MTHFR Gene Testing](https://methylationtest.us/blog/mthfr-gene-test/): Learn what MTHFR testing may show and why one gene does not define the entire methylation pathway.
[DNA Methylation and Gene Silencing](https://methylationtest.us/blog/dna-methylation-silence-transcription/): Learn how methylation can influence gene regulation without changing the underlying DNA sequence.
[Lifestyle and Methylation](https://methylationtest.us/blog/lifestyle-methylation/): Review how lifestyle and environmental context may relate to methylation biology.
[How to Read a DNA Test](https://methylationtest.us/blog/how-do-you-read-a-dna-test/): Learn how to review variants, report categories, limitations, and recommended next steps.
[DNA Methylation and Gene Expression](https://methylationtest.us/blog/methylation-increase-gene-expression/): Explore why methylation effects depend on genomic location, cell type, and biological context.
[DNA Sample Stability](https://methylationtest.us/blog/how-long-can-a-dna-sample-last/): Learn how collection method, storage, packaging, and laboratory requirements affect sample usability.
[Can DNA Methylation Be Reversed?](https://methylationtest.us/blog/can-dna-methylation-be-reversed/): Review the dynamic nature of some epigenetic marks without assuming all patterns are controllable or clinically reversible.
[Methylation and Wellness](https://methylationtest.us/blog/methylation-and-wellness/): Explore methylation-related wellness topics while keeping genetic findings in proportion.
[Epigenetics Testing](https://methylationtest.us/blog/epigenetics-test/): Learn how epigenetic tests differ from inherited-variant genetic pathway tests.
[Personalized Health Testing](https://methylationtest.us/blog/personalized-health-testing/): Review the uses and limitations of personalized testing and the importance of clinical context.
[DNA Methylation and Age](https://methylationtest.us/blog/does-dna-methylation-increase-with-age/): Learn how some methylation patterns change with age and how biological-age testing differs from inherited genetic testing.

## Medical and legal information

[Medical Disclaimer](https://methylationtest.us/medical-disclaimer/): Review the limits of genetic and wellness information and the need for qualified medical guidance.