SS-31 / MOTS-c: 10MG / 10MG Mitochondrial Peptide Research Blend
SS-31 / MOTS-c is a premium dual-peptide research blend containing
10MG SS-31 and 10MG MOTS-c, providing
20MG total active peptide content. This blend is designed for
controlled laboratory investigations involving
mitochondrial membrane biology, cardiolipin-associated signaling,
mitochondrial electron-transport research, ATP-synthesis pathways,
AMPK-associated metabolic signaling, mitonuclear communication, cellular
stress response, and mitochondrial-derived peptide biology.
Disguised Alpha SS-31 / MOTS-c combines two distinct mitochondrial research
compounds in one finished vial presentation for laboratories studying
overlapping mitochondrial structure, cellular-energy, metabolic-signaling,
and stress-response pathways. Each batch is reviewed for blend clarity,
vial presentation, product documentation, labeling accuracy, and direct
in-house fulfillment.
Product Details
Product Name: SS-31 / MOTS-c
SS-31 Content: 10MG
MOTS-c Content: 10MG
Total Active Peptide Content: 20MG
Format: Lyophilized dual-peptide research vial
Research Category: Mitochondrial membrane / cellular-energy /
metabolic-signaling research
Research Focus: Cardiolipin-associated mitochondrial biology,
cytochrome-c electron-transfer systems, mitochondrial respiration,
ATP-synthesis pathways, AMPK-associated signaling, mitonuclear communication,
cellular stress response, and mitochondrial-derived peptide research.
Dual Mitochondrial Research Blend
10MG SS-31 + 10MG MOTS-c
This blend brings together a cardiolipin-associated mitochondrial peptide
and a mitochondrial-derived signaling peptide for controlled laboratory
models involving mitochondrial membrane behavior, energy-transfer systems,
AMPK-associated pathways, metabolic stress response, and communication
between mitochondrial and nuclear signaling networks.
SS-31 Research
SS-31 is studied in models involving cardiolipin interaction,
mitochondrial inner-membrane behavior, cytochrome-c electron transfer,
respiratory efficiency, membrane electrostatics, and ATP-synthesis
pathways.
MOTS-c Research
MOTS-c is studied in mitochondrial-derived peptide models involving
AMPK-associated signaling, metabolic homeostasis, cellular stress
response, folate and purine pathways, and mitochondria-to-nucleus
communication.
20MG Blend Format
Clear dual-peptide presentation with 10MG SS-31 and 10MG MOTS-c,
providing 20MG total active peptide content in one lyophilized research
vial.
Why SS-31 / MOTS-c Matters in Research
SS-31, also known as elamipretide, is studied for its interaction with
cardiolipin-rich mitochondrial membranes. Research models have evaluated
its relationship with cytochrome-c electron-carrier function, mitochondrial
oxygen consumption, membrane electrostatics, respiratory efficiency, and
ATP-synthesis pathways.
MOTS-c is a mitochondrial-derived peptide encoded within the mitochondrial
12S rRNA region. It is studied in models involving AMPK activation,
metabolic stress response, folate and de novo purine pathways, cellular
energy regulation, antioxidant-response systems, and communication between
mitochondrial and nuclear gene-expression networks.
Together, the 10MG / 10MG format creates a dual-pathway research framework
for comparing mitochondrial membrane-associated mechanisms with
mitochondrial-derived signaling mechanisms. The blend is intended for
controlled experimental work and should not be interpreted as evidence of
established clinical synergy between the two peptides.
- 10MG SS-31 per vial
- 10MG MOTS-c per vial
- 20MG total active peptide content
- Lyophilized dual-peptide research format
- Studied in cardiolipin-associated mitochondrial membrane research
- Relevant to cytochrome-c electron-transfer and ATP-synthesis models
- Applicable to AMPK-associated metabolic-signaling research
- Relevant to mitonuclear communication and cellular stress-response studies
- Designed for comparative mitochondrial peptide pathway investigations
- Reviewed for strength clarity, blend presentation, documentation, labeling accuracy, and fulfillment handling
Research Applications
- Mitochondrial membrane biology research
- Cardiolipin-associated pathway studies
- Cytochrome-c electron-transfer models
- Mitochondrial respiration research
- ATP-synthesis efficiency studies
- Mitochondrial membrane electrostatics research
- AMPK-associated signaling models
- Metabolic stress-response investigations
- Folate and de novo purine pathway research
- Mitonuclear communication studies
- Nuclear gene-expression response models
- Antioxidant-response pathway investigations
- Mitochondrial-derived peptide research
- Dual-peptide mitochondrial pathway comparison
Why Our Quality Process Is Different
Dual-peptide mitochondrial research blends require more oversight than a
basic compound listing. Peptide identity, individual strength clarity,
blend composition, total active content, vial presentation, analytical
documentation, label accuracy, storage expectations, packaging quality,
and fulfillment handling all matter.
Disguised Alpha reviews SS-31 / MOTS-c as a complete 20MG peptide research
blend with attention to the 10MG / 10MG composition, finished-vial
appearance, batch documentation, internal QA, labeling accuracy, storage
expectations, and direct fulfillment accountability.
- Clear 10MG / 10MG blend labeling
- 20MG total active-content transparency
- Individual peptide identity review
- Lyophilized vial presentation checks
- Blend-composition documentation review
- Product labeling and batch-documentation checks
- Storage expectation review
- Internal QA before product release
- Direct in-house fulfillment with no anonymous 3PL handling
Verify Our Claims
Researchers should be able to verify compound identity, individual
strength, blend composition, and batch documentation before beginning a
study. Learn more about the independent laboratories we work with below.
The Disguised Alpha Standard
Disguised Alpha is built around direct accountability. Every order is
processed, inspected, packaged, and shipped by our in-house team instead of
being passed off to a third-party logistics warehouse.
This gives us tighter control over blend presentation, fulfillment
accuracy, packaging standards, storage conditions, documentation handling,
and customer experience. Our goal is not to be the cheapest research
supplier. It is to provide professionally handled compounds with real
quality oversight behind them.
Research Use Disclaimer:
This product is sold strictly for laboratory research purposes only. It is
not intended for human consumption, animal use, medical use, diagnostic
use, therapeutic use, mitochondrial disease treatment, metabolic treatment,
diabetes treatment, obesity treatment, energy-enhancement use,
athletic-performance use, endurance use, cardiovascular treatment,
neuroprotective use, anti-aging use, recovery use, injection use,
self-administration use, supplement use, or the treatment, prevention, or
diagnosis of any disease. Researchers are responsible for confirming
product identity, analytical specifications, blend compatibility, proper
handling, storage, experimental suitability, and compliance with all
applicable regulations.
