MOTS-c 10mg
MOTS-c is a laboratory-synthesized research peptide chemical consisting of 16 amino acids and classified within the mitochondrial-derived peptide (MDP) family. It originates from a coding region within the mitochondrial genome and has been examined in experimental literature for its role in mitochondrial signaling and cellular energy–related processes. MOTS-c is primarily used in controlled research settings focused on metabolism, stress response, and intracellular communication.
Description
Overview
MOTS-c is described in scientific publications as a short peptide encoded by mitochondrial genetic material rather than nuclear DNA. Within experimental models, it has been investigated as part of broader research into mitochondrial–nuclear communication and cellular signaling coordination. Studies discussing MOTS-c are limited to laboratory-based observations involving cell cultures and animal research models.
In non-clinical research environments, MOTS-c is evaluated for its association with signaling pathways related to energy sensing and metabolic regulation. Observations regarding peptide localization, molecular interactions, and pathway engagement are strictly confined to controlled experimental conditions and are reported as mechanistic findings rather than applied outcomes.
Researchers may buy MOTS-c online as part of research peptides inventories designed for biochemical and molecular biology studies.
Research Applications
Within the scope of research and educational use, MOTS-c has been referenced in preclinical investigations involving in-vitro assays and in-vivo animal studies. These investigations focus on documenting molecular events and signaling responses rather than evaluating clinical or therapeutic effects.
Reported laboratory research contexts include:
- Examination of mitochondrial signaling mechanisms in experimental systems
- Analysis of energy-sensing pathway components, including AMPK-associated markers
- Observational studies of peptide localization under defined cellular stress conditions
- Assessment of metabolic pathway–related gene expression in cellular and animal models
- Exploratory research into mitochondrial homeostasis and intracellular communication
All applications are strictly limited to descriptive and mechanistic research conducted in regulated laboratory environments.
Purchase & Use
MOTS-c is available to buy online exclusively for research and educational purposes. Orders are intended for qualified laboratories, academic institutions, and research organizations.
References (Scientific Context Only)
- Lee C et al., Cell Metabolism, 2015
- Lee C et al., Cell Metabolism, 2016
- Kim KH et al., Nature Communications, 2018
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