# SS-31 and mitochondrial membranes Canonical: https://europeanpeptideshop.com/blog/ss-31-explained/ Explore the catalogue and research library. Ordering and shipping have not opened yet. Compound research · 8 November 2026 · 3 min read · By [European Peptide Shop](https://europeanpeptideshop.com/about/) ### On this page SS-31 is a short peptide studied for its interactions with the inner membrane of mitochondria. Mitochondria are structures that help cells turn fuel into a usable energy supply. The research asks how this peptide interacts with membrane components and what happens to the processes taking place around them. ## What is SS-31 made of? It has four amino-acid building blocks and is also called elamipretide. Some parts of the molecule carry an electrical charge, while others have ring-shaped chemical groups. The arrangement matters because it helps explain how the peptide interacts with a membrane rather than simply floating in the fluid around it. You do not need to memorise the full chemical sequence to understand the main idea. The structure is relevant because different parts of a molecule interact differently with water, fats and proteins. ## Where does SS-31 interact with mitochondria? One focus is cardiolipin, a fat-like molecule found in the inner mitochondrial membrane. That membrane is folded and holds much of the machinery used to make ATP, a molecule cells use to transfer energy. A [2013 study](https://pubmed.ncbi.nlm.nih.gov/23813215/) reported an interaction between the peptide and cardiolipin. The work also examined mitochondrial changes in a rat model. It helped connect the membrane interaction to questions about energy production under the conditions tested. ## Why does a small membrane interaction matter? Another component, cytochrome c, normally helps pass electrons along the energy-producing machinery. Its behaviour can change when it interacts with cardiolipin. Researchers have studied whether the peptide changes that relationship. In a [2014 study](https://pubmed.ncbi.nlm.nih.gov/24134698/), scientists used simplified membrane systems and isolated mitochondria to examine the interaction. They reported effects on cytochrome c's behaviour and on measurements related to energy production. The methods included measurements of molecular interactions and oxygen use. A simplified membrane is useful because researchers can control what goes into it. It also leaves out much of the complexity of a living organism. Both points matter when interpreting the result. ## Is this the same idea as MOTS-c? No. The [MOTS-c explainer](https://europeanpeptideshop.com/blog/mots-c-how-it-works/) describes research on energy-related signals and changes in gene activity. This article concerns interactions involving a mitochondrial membrane. Two peptides can be discussed under the same broad topic while being studied for different reasons. The [NAD+ reference](https://europeanpeptideshop.com/blog/nad-plus-research/) introduces another distinct molecule involved in cell chemistry. A shared connection to energy does not make these materials substitutes for one another. ## How should a reader interpret the findings? Ask what the researchers actually used: a model membrane, isolated mitochondria, cells or an animal. Then check what they measured. Binding, oxygen use and ATP production are different observations, even when they help investigate the same question. SS-31 studies show how a very short peptide can be investigated through its interactions with a cell structure. These particular experiments explain parts of a mechanism; they do not establish every claimed effect or describe every product carrying the same name. ## EPS documentation Use the [research catalogue](https://europeanpeptideshop.com/shop/) to check the exact name, labelled amount and format. The [COA library](https://europeanpeptideshop.com/coa/) publishes the original Janoshik reports selected for EPS, retaining the original report client name and any missing batch fields. Literature findings and another supplier's analytical results are not evidence about an EPS batch. ## Laboratory research only Materials listed on this site are supplied for in-vitro laboratory research and are not for use in or on humans or animals. They are not medicines. This article summarises published work and gives no dosing, administration, treatment or in-vivo guidance. Findings from a study apply to the material and conditions of that study, and they say nothing about any product listed here. ## References - [Birk and colleagues, cardiolipin interaction study, 2013](https://pubmed.ncbi.nlm.nih.gov/23813215/) - [Birk and colleagues, membrane and mitochondrial experiments, 2014](https://pubmed.ncbi.nlm.nih.gov/24134698/) ## Related listings [10 mg](https://europeanpeptideshop.com/shop/ss-31-10mg/) Mitochondrial research ### [SS-31](https://europeanpeptideshop.com/shop/ss-31-10mg/) 10 mg · Lyophilised powder Ordering opens later. Prices and availability are not yet published.[Details](https://europeanpeptideshop.com/shop/ss-31-10mg/) ## More articles Comparisons · 3 min read ## [MOTS-c versus SS-31](https://europeanpeptideshop.com/blog/mots-c-vs-ss-31/) Compare SS-31/elamipretide and MOTS-c: different identities, mitochondrial research, Forzinity’s specific approval, vial sizes and lab-report checks. 8 November 2026 Compound research · 4 min read ## [BPC-157 research explained](https://europeanpeptideshop.com/blog/bpc-157-research/) A plain-English guide to BPC-157: what the studies measured, what a 10mg vial label means, and how to distinguish evidence from unsupported claims. 8 November 2026 Compound research · 3 min read ## [Epitalon structure and telomere studies](https://europeanpeptideshop.com/blog/epitalon-structure-telomerase-mechanism/) Understand epitalon’s AEDG sequence, molecular formula and telomerase research, including the distinction between cell-culture findings and human outcomes. 8 November 2026