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Dex Pharma Mot-C Pro 40mg/3ml
R 1,700.00
Product Description
The Dex Pharma MOTS-C Pro 40mg/3ml Pen is a precision-formulated research peptide presented in a convenient pre-filled pen format,designed for laboratory and scientific investigation into mitochondrial function,cellular metabolism,and metabolic health.
MOTS-C (Mitochondrial Open Reading Frame of the 12S rRNA-c) is a naturally occurring mitochondrial-derived peptide (MDP) that has become an important area of research due to its potential role in regulating energy metabolism,glucose homeostasis,insulin sensitivity,and exercise physiology.
The Dex Pharma pre-filled pen offers researchers a consistent and convenient presentation,eliminating the need for manual peptide reconstitution while providing accurate dispensing for controlled research protocols.
For Research Use Only. Not intended for human consumption or therapeutic use.
The information below is provided solely as a summary of approaches reported in published preclinical and clinical research. It is intended to help researchers locate and interpret the scientific literature and should not be considered instructions for clinical or personal use.
Published studies have investigated MOTS-C across a range of experimental models, often focusing on metabolic regulation, exercise physiology, and mitochondrial signalling. Research protocols vary considerably depending on study design, species, objectives, and outcome measures.
When reviewing the literature, researchers should consider:
Experimental model and study population
Duration of the research protocol
Primary metabolic endpoints
Mitochondrial function assessments
Exercise performance outcomes
Glucose metabolism measurements
Safety observations reported by investigators
Always consult the original peer-reviewed publications for complete methodology and protocol details.
The information below is provided solely as a summary of approaches reported in published preclinical and clinical research. It is intended to help researchers locate and interpret the scientific literature and should not be considered instructions for clinical or personal use.
Published studies have investigated MOTS-C across a range of experimental models, often focusing on metabolic regulation, exercise physiology, and mitochondrial signalling. Research protocols vary considerably depending on study design, species, objectives, and outcome measures.
When reviewing the literature, researchers should consider:
Experimental model and study population
Duration of the research protocol
Primary metabolic endpoints
Mitochondrial function assessments
Exercise performance outcomes
Glucose metabolism measurements
Safety observations reported by investigators
Always consult the original peer-reviewed publications for complete methodology and protocol details.
