MyGevity Essentials

Name: MyGevity Essentials
Brand: MyGevity
SKU: MYG-ESS
Price: 299.00 USD
Availability: InStock

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$299.00 $399.00 / per test

Brain Health Heart Health Inflammation Methylation Nutrition Sleep

Discover Your Genetic Foundation for Better Health

Embark on your wellness journey with the MyGevity Essentials DNA Kit, our foundational at-home genetic test that provides essential, science-based discoveries about your core health traits—including early indicators of disease risks like cognitive decline, heart disease, hypertension, and inflammation before they take hold. Processed in leading CLIA-certified US labs, this kit offers a straightforward path to personalization—helping you adjust sleep habits, dietary responses, vitamin needs, and more. Straightforward, privacy-focused with HIPAA standards, it's designed to spark meaningful changes and add vitality to your daily life.

Kit Components: Swab tool, stabilization tube, return shipping label, setup guide.

Report Access: Protected digital dashboard featuring in-depth findings, coaching sessions, and support. Standard processing: 2-3 weeks post-lab arrival.

Primary Perks:

Assesses DNA methylation pathways, MTHFR variants, and choline needs for detox and cellular function*

Highlights key risks for informed prevention*

Fine-tunes diet based on metabolic genetics*

Improves rest and cognitive outlook via DNA*

Bolsters cardiac health and reduces inflammation*

Detects nutrient deficiencies for smart fixes*

Uncovers early disease signals, supporting strategies against brain fog, cardiovascular threats, high blood pressure, methylation imbalances, and immune dysfunction*

CLIA Certified Labs

Data Never Sold

GDPR Compliant

Essential Overview

The Essentials DNA Kit covers 10 Reports, 30 Tests, and 194 Unique SNPs through a simple cheek swab, evaluating multiple genes and variants per report for a well-rounded, multi-gene perspective—outpacing limited single-gene options from others. Our DNA methylation panel goes beyond basic MTHFR testing to assess your body's ability to detoxify, produce neurotransmitters, and repair DNA. In brain health, for instance, we assess dozens of associated genes beyond just APOE to deliver a detailed view of cognitive decline risks.

Essential Coverage

10 Reports, 30 Tests, and 194 Unique SNPs with polygenic analysis

DNA Methylation Testing

Assess MTHFR, choline needs, and methylation status

Simple Home Collection

Easy swab, no hassle

Practical Recommendations

Guidance on nutrition, supplements, methylation support, and habits

Sample Status Updates

Track every step in real time

Robust Protection

HIPAA/GDPR compliant, encrypted, no data sales

Reliable Processing

CLIA-certified for accurate results

Accessible Platform

Seamless viewing on mobile or desktop

HIPAA Compliant

GDPR Compliant

At-Home Testing

Data Never Sold

CLIA Certified Labs

Real-Time Tracking

Study 1

Using Genomic Information to Guide Weight Management

Title:

NIH Working Group Report — Using Genomic Information to Guide Weight Management: From Universal to Precision Treatment

Journal:

Obesity (Silver Spring), Volume 24, Issue 1, pages 14–22, (2016)

Summary:

An official NIH trans-agency working group — drawing on researchers from Stanford, Mount Sinai, Harvard, Brown University, and the National Cancer Institute — formally established the scientific case for using genomic data to personalize weight management. The report concluded that elucidating the molecular basis of individual variability in weight change has the potential to improve treatment outcomes, and called for moving from one-size-fits-all approaches toward precision, genomics-informed interventions.

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Study 2

Genetics of Human Longevity

Title:

The Contextualized Genetics of Human Longevity: JACC Focus Seminar

Journal:

Journal of the American College of Cardiology, Volume 75, Issue 21, pages 2693–2705, (2020)

Summary:

Published in the Journal of the American College of Cardiology — one of the most prestigious cardiovascular journals in medicine — this seminar from the University of Bologna uses centenarians as a scientific model to establish that longevity genes and cardiovascular disease genes are deeply interconnected, representing two sides of the same coin. The authors demonstrate that genetic risk is highly context-dependent, shifting with age, environment, and geography, and that the same allele can be protective or harmful depending on genomic context. Their central argument — that genome-environment interactions must be understood to interpret any individual's disease risk — directly supports the value of comprehensive, personalized DNA profiling.

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Study 3

Genes and Athletic Performance

Title:

Genes and Athletic Performance: The 2023 Update

Journal:

Genes (Basel), Volume 14, Issue 6, page 1235, (2023)

Summary:

This comprehensive 2023 review — from researchers at the University of Stirling, Liverpool John Moores University, and Kazan State Medical University — cataloged 251 DNA polymorphisms associated with athletic performance across endurance, power, and strength categories. Of those, 128 markers were validated in two or more independent studies. The review identifies specific high-confidence genetic variants including ACTN3, PPARGC1A, AMPD1, and PPARA that reliably predict performance traits, providing a well-curated reference map for DNA-based fitness and exercise optimization.

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Study 4

Genetic Testing in Dementia

Title:

Genetic Testing in Dementia — A Medical Genetics Perspective

Journal:

International Journal of Geriatric Psychiatry, Volume 36, Issue 8, pages 1158–1170, (2021)

Summary:

Researchers from the Royal Melbourne Hospital, University of Melbourne, and Monash University conducted a comprehensive review of genetic testing across the major dementia subtypes — including Alzheimer's disease, frontotemporal dementia, vascular dementia, and Parkinson's disease dementia. The review found that incorporating genetic testing into the diagnostic pathway can meaningfully reduce time to diagnosis, and that individuals with early onset (before age 65) are at increased risk of harboring identifiable genetic causes. The authors conclude that genetic testing offers significant value when integrated with appropriate clinical context and counseling.

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Study 5

Cognitive Performance in the Elderly

Title:

High Homocysteine and Epistasis Between MTHFR and APOE: Association with Cognitive Performance in the Elderly

Journal:

Experimental Gerontology, Volume 76, pages 9–16, (2016)

Summary:

Scientists from the Golgi Cenci Foundation and the University of Pavia studied elderly subjects to examine how homocysteine levels and the interaction between MTHFR and APOE gene variants affect cognitive performance. The study found that individuals carrying risk variants in both MTHFR and APOE — combined with elevated homocysteine — showed significantly worse cognitive outcomes, demonstrating that the epistatic interplay between these genes compounds cognitive decline risk. The findings support genetic testing for both variants as part of a comprehensive brain health assessment.

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We believe understanding your health should feel empowering—not overwhelming. That's why we've compiled answers to the most common questions about our DNA Kits, Blood Work, Supplements, Shipping, and Data Privacy—all in one place.

As your entry to genetics, it delivers comprehensive reports and tests across DNA methylation, inflammation, sleep, nutrition, heart, and brain areas with polygenic detail (e.g., multi-gene cognitive assessments beyond APOE and MTHFR methylation analysis beyond basic testing), plus easy plans for everyday improvements.*

We turn complexity into clarity: focused reports, coaching support, and links to nutrition/supplement tweaks—including DNA methylation support recommendations—all via US labs with top privacy measures.

Activate at my.mygevityhealth.com, swab as instructed, send back prepaid. Get results in your secure portal after 2-3 weeks.

Handled in US CLIA labs, it emphasizes proven multi-gene markers for reliable, insightful outcomes.

DNA methylation is a vital biochemical process that affects detoxification, DNA repair, neurotransmitter production, and inflammation control. Variants in genes like MTHFR can impact how efficiently your body methylates, influencing everything from energy levels to mood. Our testing identifies these variants so you can support your unique methylation needs.*

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