Think of MOST as a messenger from the mitochondria to the rest of the cell. It travels from the mitochondria to the cell nucleus and influences how genes are expressed, particularly those related to metabolism. It essentially tells cells to use sugar more efficiently and helps regulate metabolic balance. This allows researchers to study how mitochondria play a role in controlling overall cellular function and metabolism, especially under stress conditions.
Research Uses
Scientists use MOST to study:
- How mitochondria communicate with cells
- Metabolism regulation processes
- Age-related metabolic changes
- Exercise physiology and adaptation
- Cellular stress responses
- Insulin sensitivity mechanisms
Potential Research Benefits
This compound helps researchers:
- Understand mitochondrial signaling pathways
- Study how metabolism changes with age
- Investigate cellular energy regulation
- Explore how peptides influence metabolic health
- Examine the connection between mitochondria and aging
Product Details
- Purity: 98% minimum
- Form: White lyophilized powder
- Sequence: 16-amino acid peptide (Mitochondrial-derived)
- Storage: Keep refrigerated, protected from light
- Stability: Stable for 2 years when stored properly
- Reconstitution: Dissolves in bacteriostatic water for research use
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