Research Material • MOTS-c
MOTS-c Mitochondrial-Derived Research Peptide
MOTS-c is a 16-amino-acid mitochondrial-derived peptide that has
become an important subject of experimental research involving
mitochondrial signaling, cellular metabolism, metabolic
adaptation, and intracellular communication.
MOTS-c
16 Amino Acids
Mitochondrial-Derived Peptide
Lyophilized Research Material
Batch Traceability
Research Use Only
Not for human or veterinary use, administration, ingestion,
injection, compounding, diagnostic, therapeutic, clinical,
or personal use.
01
Compound Profile
Mitochondrial Open Reading Frame Peptide
MOTS-c is a mitochondrial-derived peptide consisting of
16 amino acids. It belongs to a research class commonly described
as mitochondrial-derived peptides, or MDPs.
Unlike conventional peptides encoded entirely by nuclear DNA,
MOTS-c is associated with a short open reading frame within
mitochondrial DNA. This unusual origin has made it an important
research subject in the study of mitochondrial communication
and cellular signaling.
Royal Peptides supplies MOTS-c strictly as a laboratory research
material. Scientific information on this page describes areas
of experimental investigation and does not represent an intended
clinical or therapeutic use.
02
Material Identification
MOTS-c Research Profile
MOTS-c is distinguished from many conventional research peptides
by its mitochondrial genetic origin and its classification within
the mitochondrial-derived peptide family.
Compound
MOTS-c
Peptide research material
Length
16 Amino Acids
Defined peptide sequence
Classification
MDP
Mitochondrial-derived peptide
Material Format
Lyophilized
Laboratory research material
03
Scientific Context
Mitochondrial-Derived Peptide Research
Mitochondria are studied not only for their roles in cellular
bioenergetics but also as participants in intracellular signaling.
Mitochondrial-derived peptides have expanded research into how
mitochondrial genetic information may participate in communication
with other cellular systems.
Mitochondrial Signaling
MOTS-c is investigated in experimental models examining
communication between mitochondrial processes and broader
cellular signaling networks.
Cellular Metabolism
Laboratory research has examined MOTS-c in relation to
metabolic signaling pathways and cellular responses to
changing energetic conditions.
Cellular Adaptation
Experimental research investigates how mitochondrial-derived
signaling molecules participate in cellular adaptation under
varying laboratory conditions.
Mitochondrial Communication
MOTS-c provides researchers with a model for investigating
signaling relationships between mitochondria and other
cellular compartments.
04
Research Pathways
Metabolic & Cellular Signaling Research
Published experimental research has investigated MOTS-c across
several areas of molecular and cellular biology. These areas
describe scientific research contexts only and should not be
interpreted as health or therapeutic claims.
Metabolic Signaling
MOTS-c is investigated in experimental systems examining
molecular pathways associated with cellular metabolism
and metabolic regulation.
Energy-Sensing Pathways
Laboratory studies have explored relationships between
MOTS-c and cellular pathways involved in sensing and
responding to energetic conditions.
Stress-Response Research
Researchers have investigated mitochondrial-derived peptides
in experimental models designed to characterize cellular
responses to controlled environmental and metabolic stressors.
Intracellular Signaling
MOTS-c is studied as part of broader research into signaling
relationships linking mitochondrial activity with cellular
regulatory systems.
05
Analytical Documentation
Batch-Specific Research Information
Laboratory evaluation should rely on analytical documentation
associated with the specific MOTS-c production lot under
investigation. General product-page information should not replace
applicable batch-specific records.
- Compound identification
- Production lot or batch reference
- Declared material quantity
- Analytical testing information
- Purity information where applicable
- Testing methodology where documented
- Certificate of Analysis information where available
- Research material traceability
06
Traceability
Research Records & Lot Control
Appropriate material records help laboratories maintain
traceability between experimental observations and the specific
MOTS-c production lot incorporated into a research workflow.
Material Records
Record the compound identity, stated material quantity,
applicable production lot or batch reference, date received,
and relevant internal laboratory identifier.
Analytical Records
Preserve applicable analytical documentation, experimental
observations, results, storage records, and other research
records associated with the material.
07
Laboratory Protocol
Handling & Storage
MOTS-c research material should be handled using appropriate
laboratory procedures designed to preserve material identity,
minimize contamination, and maintain experimental traceability.
Laboratory Handling
Handle using appropriate laboratory practices and equipment.
Maintain clear material identification throughout receipt,
storage, analytical preparation, and experimental workflows.
Storage Documentation
Follow storage information associated with the applicable
product label and batch documentation. Maintain appropriate
laboratory storage records for the specific material received.
08
Important Restrictions
Research Use Limitations
Royal Peptides MOTS-c is supplied exclusively as a laboratory
research material. It is not offered or represented as a medicine,
pharmaceutical preparation, dietary supplement, food, cosmetic,
or consumer health product.
- Not for human administration
- Not for veterinary administration
- Not for ingestion or injection
- Not for personal experimentation
- Not for pharmaceutical compounding
- Not for pharmacy preparation
- Not for diagnostic or therapeutic use
- Not for clinical use
09
Research FAQ
MOTS-c Research Questions
What is MOTS-c?
MOTS-c is a 16-amino-acid mitochondrial-derived peptide
identified from a short open reading frame associated with
mitochondrial DNA. It is studied as part of the broader
mitochondrial-derived peptide research field.
What does MOTS-c stand for?
MOTS-c refers to the mitochondrial open reading frame of the
12S rRNA-c peptide, a member of the mitochondrial-derived
peptide research class.
How many amino acids are in MOTS-c?
MOTS-c is a 16-amino-acid peptide.
Why is MOTS-c considered unusual?
MOTS-c is notable because its genetic origin is associated
with mitochondrial rather than conventional nuclear genetic
information, making it relevant to research into mitochondrial
signaling and cellular communication.
What is MOTS-c studied for?
Experimental research has investigated MOTS-c in areas including
mitochondrial signaling, cellular metabolism, energy-sensing
pathways, cellular adaptation, and intracellular communication.
These are research contexts and not intended uses of this product.
Is MOTS-c intended for human use?
No. Royal Peptides supplies MOTS-c strictly for laboratory
research. It is not intended for human or veterinary
administration.
Does Royal Peptides provide dosing instructions?
No. Royal Peptides does not provide dosing, administration,
injection, prescribing, treatment, or personal-use
instructions for MOTS-c.
Why is the production lot important?
Batch-specific analytical documentation corresponds to a
particular production lot. Recording the applicable lot
reference supports traceability between the material,
analytical documentation, and laboratory records.
Is analytical documentation available?
Batch-specific analytical documentation may be available for
the applicable production lot. Researchers should review
documentation corresponding to the specific material received.
Research Use Only
Laboratory Research Material
MOTS-c is supplied for laboratory research use only. Not for human
or veterinary use. Not intended for administration, ingestion,
injection, personal experimentation, pharmaceutical compounding,
pharmacy preparation, diagnostic use, therapeutic use, or clinical
use. Nothing on this page constitutes medical advice or represents
this research material as intended to diagnose, treat, cure,
mitigate, or prevent any disease or medical condition.