Peptides Research Labs MOTS-c 10mg provides a high-purity, synthetic mitochondrial-derived peptide formulated for standard-scale cellular bioenergetics and metabolic research profiles. Vacuum-sealed to lock in its precise 16-amino acid matrix, this 10mg standalone vial ensures maximum volumetric control and structural integrity during preclinical investigations observing glucose tracking, skeletal muscle homeostasis, and AMPK activation pathways.
Purity Standard: >98% composition verified via analytical HPLC.
Primary Research Vector: Investigated for cellular energy efficiency, glucose metabolism, and mitochondrial biogenesis models.
Our standalone chemical matrices are strictly authorized for laboratory research and development applications. Not for human consumption or direct clinical implementation.
Streamline your metabolic research protocols with Peptide Research Labs’ ultra-pure MOTS-c 10mg lyophilized vial. MOTS-c (Mitochondrial Open Reading Frame of the 12S rRNA type-c) represents a groundbreaking class of bioactive signaling fragments uniquely encoded within the mitochondrial genome rather than the cell nucleus. This standalone 10mg configuration is engineered explicitly for investigators executing precise, standard-scale in vitro tracking assays observing cellular respiration, adenosine triphosphate (ATP) production spikes, and immediate metabolic pathway adjustments.
Our 100% vacuum-sealed 10mg units provide excellent fluid flexibility, allowing for rapid reconstitution down to specific micro-molar concentrations without wasting extra chemical assets.
To maintain absolute experimental integrity and ensure reproducible data tracking, every batch of our MOTS-c inventory undergoes specialized solid-phase synthesis coupled with deep analytical validation:
Verified Chemical Purity: Exceeds 98% composition confirmed directly via analytical High-Performance Liquid Chromatography (HPLC) profiles.
AMPK Activation Vector: Synthesized to match endogenous pathways seamlessly, evaluating the inhibition of the folate cycle to drive target Adenosine Monophosphate-Activated Protein Kinase (AMPK) activity.
Visual Baseline Check: Lyophilized into a dense, solid white uniform cake, serving as an immediate visual validation of uncompromised, moisture-free structural integrity.
Atmospheric Protection: Vacuum-sealed under an inert atmosphere in resilient glass vials to safeguard against side-chain degradation or premature hydrolytic breakdown.
Investigated Preclinical Action Channels
In peer-reviewed research tracking metabolic decline and physical healthspan, the MOTS-c peptide sequence demonstrates a dynamic array of biological vectors:
Glucose & Lipid Homeostasis: Research indicates that MOTS-c directly promotes non-insulin-dependent glucose uptake into skeletal muscle tissue, altering fatty acid utilization patterns to manage metabolic stress profiles.
Mitochondrial Biogenesis: Investigated for its unique capability to translocate to the cell nucleus during cellular strain, orchestrating adaptive nuclear gene expressions that support the birth and efficiency of cellular power houses.
Age-Dependent Homeostasis: Ongoing clinical literature evaluates the progressive decline of endogenous MOTS-c expressions during aging, evaluating if synthetic restoration maintains baseline physical capacity and robust skeletal tissue structural health.
Product Specification Reference Table
Specification Parameter
Laboratory Standard Value
CAS Number
1627580-64-6
Molecular Formula
C101H152N28O22S2
Taste / Odor Profile
Odorless / Non-flavored Raw (Analytical Powder)
Total Active Content
10mg Lyophilized Powder
Solubility Profile
Freely Soluble in Sterile Water / Physiological Saline
🔬 Preclinical Research Notice
This chemical matrix is synthesized strictly for in vitro laboratory analysis, cellular bioenergetics tracking, and animal metabolic research models. It is absolutely not intended, authorized, or safe for human therapeutic injection, muscle recovery use, weight management application, or direct dietary intake. All handling must be managed exclusively by qualified laboratory technicians.
