Numa Strength
$69.95
NUMA Strength is a non-hormonal, non-stimulant muscle support formula designed to help preserve lean tissue, support metabolic stability, and promote long-term strength and function. Built with clinically targeted ingredients including L-Leucine, Beta-Ecdysterone, Maslinic Acid, Bacillus coagulans GBI-30, 6086, and Vitamin D, NUMA Strength supports muscle protein synthesis, amino acid utilization, mitochondrial function, and daily energy without stimulant effects.
Ideal for adults 40+, patients on weight loss therapies, and individuals focused on maintaining lean mass, strength, and healthy aging.
Numa Strength
NUMA Strength | Muscle Activation was developed to support one of the most important foundations of long-term health: maintaining lean muscle tissue.
Skeletal muscle plays a key role in metabolic health, insulin sensitivity, inflammation regulation, strength, mobility, and overall function. As adults age, muscle loss can begin as early as the 30s and may accelerate over time. This becomes especially important for individuals experiencing rapid weight loss, caloric restriction, reduced activity, or GLP-1-based weight management programs, where preserving lean mass is a major priority.
NUMA Strength takes a physiology-driven, systems-based approach to muscle support. Rather than focusing on a single pathway, this formula is designed to support multiple mechanisms involved in lean tissue maintenance, amino acid utilization, mitochondrial signaling, and muscle protein balance.
Designed To Support:
NUMA Strength is formulated to help:
Stimulate muscle protein synthesis
Reduce muscle protein breakdown
Improve amino acid availability and utilization
Support mitochondrial and endocrine signaling
Promote strength, endurance, and daily function
Support lean mass maintenance during caloric restriction
Increase daily energy without stimulant effects
Key Ingredients
L-Leucine
A key amino acid that helps activate mTOR, a pathway involved in muscle protein synthesis. L-Leucine also supports mitochondrial biogenesis and energy production.
Beta-Ecdysterone
A non-androgenic plant compound that supports anabolic signaling through pathways such as PI3K, Akt, and mTOR. It is included to support muscle hypertrophy and strength with a favorable safety profile.
Maslinic Acid
Supports the reduction of catabolic muscle pathways by helping downregulate MuRF1 and Atrogin-1, which are associated with muscle protein breakdown. It also helps support a healthy inflammatory response.
Bacillus coagulans GBI-30, 6086
A probiotic strain included to support protein digestion, amino acid absorption, and improved protein utilization while helping reduce gastrointestinal burden.
Vitamin D
Supports strength, insulin sensitivity, mitochondrial function, and healthy irisin levels, a myokine involved in muscle and metabolic signaling.
SNP-X2™ Patented Delivery Technology
NUMA Strength features SNP-X2™ Patented Delivery Technology, designed to enhance dispersion, support mucosal absorption, improve cellular uptake, and increase nutrient utilization. This delivery system helps improve the effectiveness of the formula while reducing reliance on unnecessarily high-dose formulations.
Ideal For:
Adults 40+ concerned with age-related muscle loss
Individuals using GLP-1 or other pharmacologic weight loss therapies
Aging or sarcopenia-prone populations
Patients focused on maintaining lean mass during caloric restriction
Individuals with limited exercise tolerance
Those seeking non-hormonal, stimulant-free muscle support
Why NUMA Strength?
Preserving lean mass is essential for healthy aging, metabolic function, recovery, mobility, and independence. NUMA Strength was created as a long-term daily support formula for individuals who want to protect strength, support muscle function, and maintain durable metabolic outcomes as part of a broader wellness plan.
Non-hormonal. Non-stimulant. Designed for long-term daily use.
This product is not intended to diagnose, treat, cure, or prevent any disease. Product use should be directed by a qualified healthcare provider.