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Recharge from the cellular level. SS-31 is a mitochondria-focused research peptide studied for its potential to support energy production, cellular efficiency, recovery, and resilience—making it especially appealing for those interested in performance, endurance, and healthy aging.
SS-31 is supplied as 50 mg of lyophilized powder in a sealed glass vial for laboratory research. Confirm the selected vial and batch details before preparation.
Elamipretide (SS-31) is a synthetic mitochondria-targeting tetrapeptide studied for interactions with cardiolipin-associated inner-mitochondrial-membrane biology.
This 50 mg vial opens with 5 mL BAC water.
The default easy rule is 1 mg = 10 units on a U-100 syringe. Changing the water amount updates that relationship automatically.
Want to measure an mg amount?Open the reconstitution calculatorStore unprepared vials in a cool, dry place away from heat and moisture.
Refrigerate prepared vials between 2–8°C.
Avoid repeated freeze-thaw cycles.
A clear, quick look at what SS-31 is, how it works, and why it is being studied.
SS-31 is best known for mitochondrial health, cellular energy, fatigue, and healthy aging. It is designed to protect the tiny power plants that keep cells running.
SS-31, also known as elamipretide, is a mitochondria-targeting tetrapeptide studied for effects on mitochondrial membrane biology and bioenergetics. Human trials have explored disease-specific endpoints; broad claims about energy, fatigue or longevity should not exceed those data. [1]
They are the batteries and power plants inside your cells. Every demanding tissue—from the heart to muscles and brain—depends on them for usable energy.
Mitochondria generate ATP through oxidative phosphorylation and also regulate redox signalling and cell stress. Their inner membrane is central to electron transport and energy conversion. [1]
Think of a battery that holds power more reliably instead of draining under every demand. The appeal is steadier cellular energy and greater resilience, not a sudden artificial rush.
Improved mitochondrial function is a cellular concept, not a guaranteed subjective sensation. Clinical studies must measure specific outcomes such as exercise capacity, cardiac function or fatigue rather than infer them from mechanism alone. [1]
No. A stimulant pushes alertness higher for a while. SS-31 is studied for protecting the machinery that makes energy in the first place.
No. Elamipretide research concerns mitochondrial structure/function rather than an acute stimulant pathway. A mitochondria-targeting mechanism should not be equated with a caffeine-like effect. [1]
When mitochondria struggle, cells may have difficulty keeping up with energy demands. Supporting that machinery is why fatigue and exercise tolerance are major parts of the SS-31 conversation.
Mitochondrial dysfunction can limit ATP production in high-demand tissues, which creates a plausible rationale for fatigue research. Whether that translates to clinically meaningful fatigue improvement depends on the population and trial. [1]
It is designed to interact with the inner mitochondrial membrane, where energy production happens. Think of reinforcing a power station’s most important working surface.
Elamipretide is designed to localize to the inner mitochondrial membrane and interact with cardiolipin-associated membrane biology, which can influence electron transport and mitochondrial efficiency. [1]
Both ideas are connected. Protecting how cells make energy today may also help researchers understand how tissues maintain function as they age.
Human development has focused on defined mitochondrial and disease-related outcomes, while “longevity” remains a broader extrapolation from mitochondrial biology rather than a demonstrated extension of human lifespan. [1]
NAD+ is a working molecule used throughout cellular energy and repair. SS-31 is a peptide designed to target and protect a specific part of the mitochondria.
NAD+ is a ubiquitous redox coenzyme used across cellular metabolism and repair; SS-31 is a peptide designed to target mitochondrial membrane biology. They operate at different levels of the energy system. [1]
This product is offered for laboratory research only. It is not for human consumption and is not represented as a medicine, treatment, supplement or substitute for an approved product.
Confirm the selected vial and BAC-water amount, enter the target amount, then follow the preparation and storage steps.
The selected strength automatically opens with the easy starting rule of 1 mg = 10 units.
SS-31 · 50 mg selected
Easy rule: 1 mg = 10 units · Every 10 units = 1 mg
This calculator converts the values entered. It does not choose an amount.
This 50 mg vial opens with 5 mL of BAC water, creating the easy starting rule of 1 mg = 10 units.
If the water amount is changed above, use the updated easy rule shown by the calculator.
Do not shake the vialSlowly add the water down the inside wall of the vial, then gently swirl until fully dissolved.
Prepared vialsRefrigerate at 2–8°C
Unprepared vialsKeep cool and dry, away from heat, moisture, and direct sunlight
Every order is prepared and packed in Canada with care, accuracy, and attention to detail. In-stock orders are checked and packed within 24 hours, then shipped with Canada Post. Tracking is sent after the parcel’s first carrier scan.
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