Why do I need this report?

Muscle loss isn’t just about getting older—it’s also about how your body responds to aging. This report helps you understand whether your genetics may predispose you to faster declines in muscle mass, strength, or recovery, so you can focus on the most effective prevention strategies early. Instead of generic advice, you’ll get DNA-informed guidance to support mobility, reduce fall risk factors, and protect long-term independence—especially important as sarcopenia can start gradually decades before it becomes obvious.

Why is this report unique?

This report is built around your DNA: we analyze 10 carefully selected genetic variants associated with pathways involved in muscle growth and repair (including signals related to IGF-1) and inflammation. You then receive 9 personalized recommendations designed to translate those genetic insights into clear, actionable next steps—covering both lifestyle and supplement options—so you can prioritize what’s most relevant for your biology.

How is the recommendations list built?

Your recommendations list is generated by mapping each analyzed variant to relevant biological pathways (e.g., muscle protein synthesis, recovery capacity, inflammation signaling) and then weighting the guidance by (1) the predicted impact of your genotype, (2) the strength and consistency of the scientific evidence, and (3) practical usefulness and safety. The final output prioritizes actions most likely to matter for your profile, with clear explanations so you understand why each recommendation is included.

What is sarcopenia and how is it different from normal age-related muscle loss?

Sarcopenia refers to an accelerated, clinically meaningful loss of muscle mass, strength, and function as we age. While some muscle decline is common over time, sarcopenia is associated with noticeable functional changes—such as reduced grip strength, slower walking speed, difficulty climbing stairs, lower endurance, and increased risk of falls and fractures. It often begins subtly (sometimes starting around age 30) and tends to intensify after age 60. If you suspect sarcopenia—especially if you’re experiencing rapid strength decline, frequent falls, or major functional changes—seek medical evaluation.

Can genetics increase my risk of muscle loss as I age?

Yes. Genetics can influence muscle-related traits such as growth signaling, repair capacity, inflammation response, and hormone-related pathways. Research suggests genetics may account for a substantial portion of differences in sarcopenia susceptibility (often cited around 60%). For example, evidence indicates that genetically higher IGF-1 levels may be linked to greater muscle mass and lower muscle-loss risk. The Muscle Loss DNA Report evaluates 10 SNPs associated with these mechanisms and translates them into personalized lifestyle and supplement recommendations to help you target prevention more effectively.

Save $30

Muscle Loss

Rated 4.67 out of 5 based on 12 customer ratings

4.7 (13 reviews)

Muscle Loss

Rated 4.67 out of 5 based on 12 customer ratings

4.7 (13 reviews)

The report provides up to 9 personalized recommendations based on over 10 genetic variants analyzed. Purchase a DNA kit to generate your genetic results. If you've already got one, you're all set to continue. View sample report.

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Trusted by 200,000+ users & 2,000+ doctors

Proven track record: 3+ million analyses delivered

Analyzes 10 Genetic Variants

Up to 9 DNA-Based, Science-Backed Recommendations

Muscle Loss

$59 $29

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Product features

Note: To generate your personalized report, purchase a SelfDecode DNA kit. If you already have one, you’re ready to proceed.

Understanding Your Muscle Loss Risks: A DNA-Based Report

Have you noticed your strength isn’t what it used to be, even though your weight hasn’t changed? Do everyday tasks—carrying groceries, climbing stairs, getting up from a chair—feel harder than they should? Are you wondering whether your muscle loss is “normal aging,” or whether your genetics may be making you more vulnerable to accelerated decline (sarcopenia)?

Key Report Highlights

The Muscle Loss DNA Report analyzes 10 genetic variants (SNPs) linked to muscle maintenance, repair, and inflammation, then turns your results into 9 practical, personalized actions. Sarcopenia can begin as early as your 30s and often accelerates after 60—impacting mobility, fall risk, and long-term independence. Research suggests genetics may explain up to ~60% of differences in sarcopenia susceptibility, making a DNA-informed plan a powerful starting point.

Personalized, Actionable Recommendations

Your recommendations are tailored to your genetic profile and focused on what you can do now—combining lifestyle and supplement guidance to support muscle mass, strength, and healthy aging. Depending on your results, your plan may include examples such as optimizing protein distribution across meals, prioritizing progressive resistance training, or considering evidence-informed supplements (e.g., creatine or vitamin D when appropriate) alongside recovery and inflammation-support strategies. This report is educational and not a diagnosis—see a doctor if you suspect sarcopenia or have symptoms like rapid strength loss or frequent falls.

User-Friendly Format and Trust

The user-friendly format of this report emphasizes clarity, offering practical, easy-to-follow insights to integrate seamlessly into your lifestyle. Whether you’re a novice or seasoned biohacker, you’ll find the layout accessible and the information straightforward.

This report is grounded in the latest scientific research and trusted by over 150,000 users and 1,000+ doctors worldwide. It’s not only comprehensive but also complies with stringent privacy laws, being HIPAA and GDPR compliant.

Getting Started

Ready to unlock the secrets within your DNA? Purchase a DNA kit for an easy at-home collection process and gain the insights you need for a proactive, personalized approach to wellness. Don’t wait—take the first step to understanding your health today.

Product FAQs

: Muscle loss isn’t just about getting older—it’s also about how your body responds to aging. This report helps you understand whether your genetics may predispose you to faster declines in muscle mass, strength, or recovery, so you can focus on the most effective prevention strategies early. Instead of generic advice, you’ll get DNA-informed guidance to support mobility, reduce fall risk factors, and protect long-term independence—especially important as sarcopenia can start gradually decades before it becomes obvious.
: This report is built around your DNA: we analyze 10 carefully selected genetic variants associated with pathways involved in muscle growth and repair (including signals related to IGF-1) and inflammation. You then receive 9 personalized recommendations designed to translate those genetic insights into clear, actionable next steps—covering both lifestyle and supplement options—so you can prioritize what’s most relevant for your biology.
: Your recommendations list is generated by mapping each analyzed variant to relevant biological pathways (e.g., muscle protein synthesis, recovery capacity, inflammation signaling) and then weighting the guidance by (1) the predicted impact of your genotype, (2) the strength and consistency of the scientific evidence, and (3) practical usefulness and safety. The final output prioritizes actions most likely to matter for your profile, with clear explanations so you understand why each recommendation is included.
: Sarcopenia refers to an accelerated, clinically meaningful loss of muscle mass, strength, and function as we age. While some muscle decline is common over time, sarcopenia is associated with noticeable functional changes—such as reduced grip strength, slower walking speed, difficulty climbing stairs, lower endurance, and increased risk of falls and fractures. It often begins subtly (sometimes starting around age 30) and tends to intensify after age 60. If you suspect sarcopenia—especially if you’re experiencing rapid strength decline, frequent falls, or major functional changes—seek medical evaluation.
: Yes. Genetics can influence muscle-related traits such as growth signaling, repair capacity, inflammation response, and hormone-related pathways. Research suggests genetics may account for a substantial portion of differences in sarcopenia susceptibility (often cited around 60%). For example, evidence indicates that genetically higher IGF-1 levels may be linked to greater muscle mass and lower muscle-loss risk. The Muscle Loss DNA Report evaluates 10 SNPs associated with these mechanisms and translates them into personalized lifestyle and supplement recommendations to help you target prevention more effectively.

WHY SELFDECODE?

Empowering Your Well-being Journey

This personalized health report is powered by SelfDecode's cutting-edge AI technology, designed to unlock a deeper understanding of your health potential. We're committed to providing you with the most accurate and actionable insights to guide your well-being journey.

Most Accurate
Polygenic Risk Scoring

We leverage cutting-edge algorithms and analyze a massive dataset of 2 million people to deliver the most precise assessment of your genetic health predispositions. Our advanced approach takes into account your ancestry - which is often overlooked by other methods - to provide you with the most accurate risk assessment. This ensures that the risk scores you receive are based on the latest scientific evidence and are truly personalized to your genetic makeup.

Cutting-Edge AI &
Machine Learning

We have invested 20 million dollars developing our AI and machine learning models. Our patent-pending technology provides you with the most personalized health insights and recommendations by taking into account your unique DNA, lifestyle, labs, symptoms, conditions and health goals. This empowers you to make informed decisions tailored to your specific needs.

Analyzes 200 Million Variants & Sophisticated Recommendation Engine

We go beyond the basics by analyzing a staggering 200 million genetic variants to provide the most comprehensive picture of your health potential. Our sophisticated recommendation engine leverages this deep analysis to provide personalized and actionable insights to optimize your well-being journey.

Built by Leading
Scientists & Engineers

A dedicated team of over 60 scientists and engineers is continuously innovating and developing our technology, ensuring it remains at the forefront of personalized health.

Reviews

Rated 4.67 out of 5 based on 12 customer ratings

4.7 (13 reviews)

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Scott D.

Rated 3 out of 5
I liked the practical focus on strength training and protein quality, especially the leucine and EAA notes. That said, the phthalate exposure section felt a bit alarmist without enough context on what levels matter or how to prioritize changes. Useful overall, but I wanted clearer “do this first” steps.
Jade F.

Rated 5 out of 5
Muscle Loss gave me a clear strength plan and leucine timing, my grip and leg strength stopped sliding after six weeks.
Giulia R.

Rated 5 out of 5
Il report Muscle Loss mi ha convinto a fare forza tre volte a settimana e ad aggiungere EAA, recupero migliore e meno stanchezza.
Mako C.

Rated 5 out of 5
Matched my experience with muscle loss concerns. Surprised by the collagen suggestion.
Wayne V.

Rated 5 out of 5
Leucine timing saved my lifts.

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Muscle Loss

Product features

Understanding Your Muscle Loss Risks: A DNA-Based Report

Key Report Highlights

Personalized, Actionable Recommendations

User-Friendly Format and Trust

Getting Started

Product FAQs

Why do I need this report?

Why is this report unique?

How is the recommendations list built?

What is sarcopenia and how is it different from normal age-related muscle loss?

Can genetics increase my risk of muscle loss as I age?

WHY SELFDECODE?

Empowering Your Well-being Journey

Most AccuratePolygenic Risk Scoring

Cutting-Edge AI &Machine Learning

Analyzes 200 Million Variants & Sophisticated Recommendation Engine

Built by Leading Scientists & Engineers

Reviews

Related Products

Most Accurate
Polygenic Risk Scoring

Cutting-Edge AI &
Machine Learning

Built by Leading
Scientists & Engineers