Physician-guided support for cellular energy, resilience, and healthy aging.
TransformRX offers individualized mitochondrial-support protocols designed to support cellular energy production, metabolic function, oxidative-stress regulation, exercise recovery, and long-term vitality. Depending on clinical appropriateness, a plan may include MOTS-C, SS-31, NAD+, or nicotinamide riboside (NR).
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Mitochondria help power nearly every system in the body.
Mitochondria convert nutrients into ATP, the energy cells use to perform essential functions. When mitochondrial efficiency declines, patients may experience fatigue, reduced exercise tolerance, slower recovery, brain fog, and diminished metabolic resilience. A medical evaluation helps determine whether mitochondrial support belongs in a broader treatment plan.
Cellular Energy Production
NAD+, NR, and SS-31 are associated with pathways involved in ATP production and mitochondrial energy metabolism.
Oxidative-Stress Support
SS-31 and NAD+ are studied for their potential to support cellular protection and oxidative-stress regulation.
Metabolic Adaptation
MOTS-C is studied for insulin sensitivity, fat metabolism, exercise performance, and stress adaptation.
Care designed around your energy and longevity goals.
Depending on your clinical evaluation, a personalized plan may focus on one or more of the following:
Cellular Energy
Support for mitochondrial function and ATP production.
Mental Clarity
Support for cognitive energy and reduced fatigue-related brain fog.
Exercise Performance
Support for energy balance, adaptation, and recovery.
Metabolic Health
Support for insulin sensitivity, fat metabolism, and energy utilization.
Cellular Resilience
Support for oxidative-stress regulation and mitochondrial stability.
Healthy Aging
Support for long-term vitality, DNA-repair pathways, and cellular wellness.
These therapies support different mitochondrial pathways.
Mitochondrial support is not a single-mechanism strategy. SS-31 is mitochondria-targeted, MOTS-C is involved in metabolic signaling, NAD+ is a central cellular coenzyme, and NR is a vitamin-derived NAD+ precursor.
Mitochondrial Protection
SS-31 is studied for mitochondrial stabilization, ATP production, and protection from oxidative stress.
Metabolic Signaling
MOTS-C is studied for energy metabolism, insulin sensitivity, fat metabolism, exercise performance, and stress adaptation.
NAD+ Pathway Support
NAD+ directly participates in cellular redox and energy pathways, while NR provides a precursor the body can use to produce NAD+.
Explore the therapies in this support category.
These options are not interchangeable. Their evidence, administration, regulatory status, and suitability vary. A TransformRX clinician determines which option, if any, may be appropriate.
MOTS-C
MOTS-C is a mitochondrial-derived peptide being studied for its potential to support metabolic function, cellular energy production, and stress adaptation. It plays a role in regulating mitochondrial activity and is of growing interest in research focused on insulin sensitivity, fat metabolism, and exercise performance.
SS-31 / Elamipretide
SS-31, also known as Elamipretide, is a mitochondria-targeted peptide studied for its potential to support cellular energy production and reduce oxidative stress.
NAD+
NAD+ is a vital coenzyme found in every cell of the body and plays a central role in cellular energy production, mitochondrial function, and metabolic health.
Nicotinamide Riboside (NR)
Nicotinamide riboside is a well-studied, vitamin-derived NAD+ precursor. It is used to support metabolic health, cellular energy, mitochondrial function, and healthy aging.
Matching the option to the mitochondrial goal.
This comparison is educational only. Final selection depends on your symptoms, medical history, laboratory findings, medications, contraindications, and clinician assessment.
| Therapy | Primary Focus | Common Route(s) |
|---|---|---|
| MOTS-C | Metabolic signaling, insulin sensitivity, fat metabolism, and exercise adaptation | Subcutaneous |
| SS-31 | Mitochondrial stabilization, ATP support, and oxidative-stress protection | Usually subcutaneous |
| NAD+ | Direct support for cellular redox, ATP, and DNA-repair pathways | IV or subcutaneous |
| NR | Vitamin-derived precursor support for the body's NAD+ production | Oral, IV, or subcutaneous |
Different goals may call for different pathways.
Fatigue & Low Energy
NAD+, NR, and SS-31 may be considered in cellular-energy and mitochondrial-support protocols.
Metabolic Optimization
MOTS-C is most directly associated with insulin sensitivity, fat metabolism, and energy balance.
Exercise & Recovery
MOTS-C and SS-31 may be considered for performance, adaptation, and cellular-resilience goals.
Healthy Aging
NAD+, NR, and SS-31 are commonly positioned in longevity-focused protocols.
Your mitochondrial-support plan is built through medical guidance.
Fatigue and reduced performance can have many causes, including anemia, thyroid disease, sleep disorders, medications, nutritional deficiencies, cardiovascular issues, and metabolic conditions. Treatment begins with evaluation rather than automatic therapy selection.
1. Comprehensive Consultation
Review fatigue, cognition, exercise tolerance, medical history, medications, and goals.
2. Clinical Review
Relevant laboratory testing, sleep, metabolic factors, and contraindications may be evaluated.
3. Personalized Plan
Your clinician determines whether MOTS-C, SS-31, NAD+, NR, or another approach is appropriate.
4. Ongoing Monitoring
Energy, performance, tolerance, laboratory markers, and treatment goals are reassessed over time.
Physician supervision is essential.
Many compounds discussed on this page are investigational, compounded, or used off-label. Long-term safety and efficacy data may be limited, and compounded products are not FDA-approved finished drug products. Clinical decisions should include appropriate screening, informed consent, medication review, and monitoring.
No self-prescribing: Dose, route, frequency, and duration should only be determined by a qualified clinician.
Underlying causes matter: Persistent fatigue, weakness, or exercise intolerance should be medically evaluated.
Monitoring may be needed: Laboratory testing and clinical follow-up may be recommended depending on the protocol.
Common questions, clearly answered.
Begin with a thoughtful medical evaluation.
Schedule Your Consultation
Meet with the TransformRX team to discuss fatigue, cognitive energy, metabolic goals, exercise recovery, health history, and whether a physician-guided mitochondrial protocol may be appropriate.
Prepare for Your Visit
Bring a current medication and supplement list, recent laboratory results, and notes about energy levels, exercise tolerance, sleep, and when your symptoms began.
Support cellular energy with a plan built around you.
Schedule a consultation to explore physician-guided options for mitochondrial function, metabolic resilience, exercise recovery, cognitive energy, and healthy aging.
Schedule a ConsultationImportant Clinical Notice
The information on this page is for education only and is not a diagnosis or treatment recommendation. Many therapies discussed here are investigational, compounded, or used off-label and may not be FDA-approved for the goals described. Availability and eligibility are determined through physician evaluation, informed consent, and ongoing monitoring.