31 Peptide 50mg (3mL Vial) – High-Purity Mitochondrial Research Compound

31 is a specialized research mitochondrial tetrapeptide widely utilized in laboratory investigations involving cardiolipin interaction, mitochondrial bioenergetics, ATP production efficiency, oxidative stress regulation, and cellular energy metabolism. This research peptide is frequently studied in preclinical models focused on mitochondrial structure-function relationships and cellular resilience under metabolic stress.

Manufactured to stringent quality standards, 31 is supplied as a 50mg lyophilized peptide in a 3mL vial, providing stability, consistency, and reliable handling for advanced research applications.

Product Details

Product Name: 31 (Research Mitochondrial Tetrapeptide)
Quantity: 50mg per vial
Vial Size: 3mL Sterile Glass Vial
Form: Lyophilized Powder
Purity: High-Purity Research Grade
Storage: Store at -20°C. After reconstitution, refrigerate between 2–8°C.
Grade: For Laboratory Research Use Only

Research Focus Areas

Researchers commonly utilize 31 in studies involving:

Cardiolipin binding and inner mitochondrial membrane stabilization
Mitochondrial bioenergetics and ATP production efficiency
Reactive oxygen species (ROS) regulation and oxidative stress pathways
Cellular energy metabolism and mitochondrial signaling
Mitochondrial integrity under environmental and metabolic stress
Structure-function analysis of mitochondrial membranes
Bioenergetic dysfunction and cellular resilience research

Key Features

✔ High-purity mitochondrial research peptide
✔ Lyophilized formulation for enhanced stability
✔ Analytical quality control for batch consistency
✔ Suitable for advanced mitochondrial and metabolic research
✔ Securely packaged to preserve peptide integrity during storage and transport

Why Researchers Choose 31

31 has gained significant interest in laboratory settings due to its unique association with mitochondrial function and cellular energy regulation. Its role in cardiolipin-focused research makes it a valuable tool for investigators studying mitochondrial efficiency, oxidative stress responses, and bioenergetic performance in preclinical models.