SS-31(Elamipretide)10mg For Bodybuilding CAS:736992-21-5

    What is SS-31 (Elamipretide)?

    SS-31 is a synthetic, cell-permeable tetrapeptide (comprising four amino acids: D-Arg-Dmt-Lys-Phe-NH2). Its defining characteristic is its remarkable ability to selectively target and localize within the inner mitochondrial membrane (IMM). This is crucial because the IMM is the powerhouse hub where the electron transport chain (ETC) operates, generating the vast majority of cellular energy in the form of adenosine triphosphate (ATP) through oxidative phosphorylation. SS-31 interacts with cardiolipin, a unique phospholipid essential for the structure and function of ETC complexes.

    SS-31's power stems from its targeted interaction within the mitochondria:

Cardiolipin is prone to oxidation, especially under cellular stress (like intense exercise). When oxidized, it damages the ETC, reduces ATP production, and triggers apoptosis (programmed cell death) and inflammation. SS-31 binds selectively to cardiolipin, shielding it from oxidative damage. It acts like a molecular "guardian" for this critical phospholipid.

A primary consequence of protecting cardiolipin and optimizing ETC function is a significant reduction in electron "leakage" from the respiratory chain. This leakage is the main source of harmful superoxide radicals (ROS) within mitochondria. By minimizing ROS production at its source, SS-31 dramatically lowers oxidative stress.

By stabilizing the ETC complexes and reducing ROS-induced damage, SS-31 improves the efficiency of the electron transfer process. This translates directly to more efficient ATP production per unit of oxygen consumed (improved P/O ratio).

Excessive calcium overload and oxidative stress trigger the opening of the mPTP, a pore in the mitochondrial membrane. This leads to mitochondrial swelling, rupture, and cell death. SS-31's protective effects help prevent pathological mPTP opening, preserving mitochondrial integrity and cellular viability, especially under stress.

    ●Anti-Apoptotic & Anti-Inflammatory Effects: By reducing ROS and preventing mPTP opening, SS-31 indirectly suppresses pathways leading to cellular apoptosis and dampens the activation of pro-inflammatory signaling cascades (like NF-kB) often triggered by mitochondrial distress.

    The bodybuilder's quest revolves around maximizing muscle protein synthesis, minimizing muscle breakdown, enhancing recovery, and sustaining high-intensity effort. SS-31's mitochondrial targeting offers several compelling theoretical applications:

Intense training induces significant mitochondrial ROS production and localized inflammation within muscle tissue. By mitigating this oxidative and inflammatory burden at the cellular level, SS-31 could drastically reduce muscle soreness (DOMS) and shorten the recovery window between demanding workouts, allowing for increased training frequency and volume.

More efficient ATP production means muscle cells can sustain force output for longer durations before fatigue sets in. Bodybuilders could potentially perform more reps per set, complete more sets per session, or maintain higher intensity throughout a workout, directly stimulating greater hypertrophy.

By protecting mitochondria and preventing apoptosis, SS-31 may help preserve muscle cells (myocytes) from exercise-induced damage and death. More viable cells mean a greater potential pool for hypertrophy. Reduced inflammation also creates a more anabolic environment conducive to growth.

Chronic high-volume/high-intensity training can push mitochondrial function to the brink, contributing to systemic fatigue, performance plateaus, and hormonal disruptions. SS-31's role in maintaining mitochondrial health and efficiency could potentially bolster resilience against the cumulative stress of demanding bodybuilding regimens.

While not a direct fat burner, improved mitochondrial efficiency means the body might utilize fatty acids more effectively as fuel, especially during lower-intensity activities or rest. Enhanced overall cellular energy status could also indirectly support metabolic rate.

    ●Reduced Exercise-Induced Muscle Damage & Soreness: Faster clearance of ROS and inflammation leads to less post-workout pain and stiffness.

Enhanced ATP regeneration allows for quicker phosphocreatine resynthesis and metabolic waste clearance, improving intra-workout performance and enabling more frequent high-quality training sessions.

The ability to recover faster and sustain effort longer could allow bodybuilders to handle higher volumes of work over time – a key driver of hypertrophy.

Directly translates to greater strength, power output, and endurance during workouts.

Some preclinical evidence suggests SS-31 might create a more favorable environment for the creation of new mitochondria, although this is less established than its protective effects. More mitochondria mean greater energy capacity.

    ●Systemic Anti-Inflammatory Effects: Could contribute to better joint health, overall well-being, and a more anabolic hormonal milieu by reducing chronic low-grade inflammation.

Relevant for bodybuilders using stimulants, certain PEDs, or pushing extreme cardiovascular demands, as SS-31 has shown strong protective effects on heart muscle mitochondria.

established, FDA-approved dosage of SS-31 for bodybuilding or performance enhancement. All dosing discussed is extrapolated from clinical trials for other conditions and constitutes experimental, off-label use.

Human trials (e.g., for heart failure, Barth syndrome, dry AMD) have tested intravenous (IV) and subcutaneous (SC) injections. Doses typically ranged from 0.01 mg/kg to 0.25 mg/kg per day, administered via IV infusion or SC injection, often daily or multiple times per week. Some trials explored higher doses (e.g., 40mg SC daily).

This is the most practical route for self-administration. A common experimental range is 2mg to 10mg per daytwo doses (e.g., 2.5mg AM, 2.5mg PM). Some venture towards 20mg daily, but higher doses increase cost significantly without clear evidence of linear benefit scaling.

Dosing pre-workout (30-60 mins prior) is popular to maximize mitochondrial protection the stress of training. Post-workout dosing targets recovery. Splitting doses (AM/PM or Pre/Post workout) aims for sustained coverage. Given its short half-life (see below), frequent dosing is likely necessary for continuous effect.

Factors like body weight, training intensity, individual response, and tolerance must guide dosing. START LOW (e.g., 2mg/day) and titrate up cautiously only if needed and well-tolerated.

    ●Lack of Long-Term Safety Data: There is limited data on the safety of prolonged, high-dose SS-31 use in healthy individuals. Clinical trials typically lasted weeks to months.

4 to 12 weeks. Shorter cycles (4-8 weeks) are common, especially when starting. Some users implement longer cycles (8-12 weeks) with close monitoring.

The goal is to provide mitochondrial support during intense training blocks, potentially peaking for a contest. Cycling helps manage cost and theoretical risk (though minimal known toxicity) and may prevent potential adaptive responses (though not well-documented).

Continuous, year-round use is strongly discouraged due to the lack of long-term safety data in this context.

    ●Short Plasma Half-Life: SS-31 has a relatively short plasma half-life, estimated to be around 30 minutes to 1 hour after subcutaneous injection. This rapid clearance is one reason why frequent dosing (often twice daily) is common in experimental protocols to maintain consistent mitochondrial coverage throughout the day, particularly surrounding training sessions.

within the mitochondria (where it binds cardiolipin) likely persists longer than its plasma presence. The precise duration of its functional effect on mitochondrial membranes isn't definitively established but is believed to be several hours, justifying BID dosing for sustained protection.

SS-31 works through mitochondrial mechanisms. It interact with the hypothalamic-pituitary-gonadal (HPG) axis, androgen receptors, estrogen receptors, or any other endocrine feedback loops.

SS-31 does NOT require any traditional Post-Cycle Therapy (PCT) like SERMs (e.g., Tamoxifen, Clomid) or aromatase inhibitors. It does not suppress natural testosterone production.

    ●Post-Cycle Considerations: The focus after an SS-31 cycle should be:

    1.Monitoring: Pay attention to subjective feelings of energy, recovery, and performance as you cease supplementation. Some users report a noticeable (though gradual) decline in these parameters.

    2.Recovery Emphasis: Continue prioritizing sleep, nutrition (especially antioxidants), and potentially slightly reducing training volume/intensity temporarily to allow natural systems to readjust.

    3.Mitochondrial Support: Consider maintaining foundational mitochondrial support through diet (rich in antioxidants, polyphenols, CoQ10, PQQ) and lifestyle (adequate sleep, stress management).

    ●Experimental & Off-Label: Using SS-31 for bodybuilding is purely experimental. It is not approved for this purpose.

SS-31 is extremely expensive, especially at bodybuilding-relevant doses. This is a significant barrier.

are lacking. Anecdotal reports are positive but not conclusive scientific evidence.

Obtaining research-grade SS-31 from reputable peptide suppliers is paramount but challenging. Purity and sterility concerns are significant.

Requires comfort with subcutaneous injections.

    ●Unknown Long-Term Effects: The long-term consequences of using high-dose mitochondrial-targeting peptides in healthy individuals are unknown.

SS-31 addresses mitochondrial efficiency and protection. It does not directly stimulate muscle protein synthesis like anabolic agents. Its benefits are supportive and synergistic with training, nutrition, and recovery fundamentals. It will not replace hard work and a solid foundation.

Discussing experimental peptide use with a knowledgeable healthcare provider is strongly advised.

	Elamipretide,SS-31, , MTP-131, H-D-Arg-Tyr(2,6-diMe)-Lys-Phe-NH2; D-Arginyl-2,6-dimethyl-L-tyrosyl-L-lysyl-L-phenylalaninamide
	736992-21-5
	639.802
	C32H49N9O5
	Above 98%
	10mg/vial,Lyophilized powder

 

 

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    SS-31 (Elamipretide) represents a fascinating and potentially powerful tool for the advanced bodybuilder focused on optimizing cellular energy production and recovery at the mitochondrial level. Its ability to stabilize cardiolipin, reduce damaging ROS at the source, enhance ATP synthesis efficiency, and protect cells from stress-induced death offers a unique mechanism to potentially break through plateaus, train harder and more frequently, and recover faster. However, its experimental nature, high cost, lack of performance-specific data, and unknown long-term safety profile demand extreme caution, thorough research, and realistic expectations. It is not a substitute for foundational training and nutrition principles but rather a potential high-level adjunct for those seeking to maximize every facet of their physiological potential, acknowledging the significant risks and unknowns involved. Responsible use, careful sourcing, and medical consultation are non-negotiable prerequisites.

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