What is BAM15?
Research Focus: Mitochondria, Metabolic
BAM15 is a novel mitochondrial uncoupler. It works by increasing the permeability of the inner mitochondrial membrane, allowing protons to leak and bypassing ATP production, which results in increased energy expenditure (heat production).
At a Glance
BAM15 is a small molecule that acts as a protonophore, effectively 'uncoupling' the electron transport chain from ATP synthesis. This process forces the body to burn more calories to maintain energy balance, leading to a thermogenic effect. This section provides a general overview of its research context.
About BAM15
BAM15 is a small molecule that acts as a protonophore, effectively 'uncoupling' the electron transport chain from ATP synthesis. This process forces the body to burn more calories to maintain energy balance, leading to a thermogenic effect.
How It Works
Mitochondrial Uncoupling
Increases energy expenditure by diverting the proton gradient away from ATP synthesis, generating heat instead.
Increased Calorie Burning
Forces the body to burn more fuel (glucose and fat) to compensate for the lost energy efficiency.
Current Research Insights
Non-Stimulant Thermogenesis
Researchers are interested in BAM15 because it promotes calorie burning without increasing heart rate or causing central nervous system stimulation, unlike many traditional thermogenic agents.
Areas of Study
Obesity and Weight Management
Investigated for its potential to increase metabolic rate and reduce fat mass.
Insulin Resistance
Studied for improving glucose metabolism and insulin sensitivity.
BAM15 is strictly intended for laboratory and clinical research:
- Available exclusively from authorized research suppliers
- Not FDA-approved for general therapeutic use
- Comprehensive safety, efficacy, and dosage guidelines remain under ongoing investigation
FAQs
Research
- Studies on mitochondrial uncouplers and their role in energy homeostasis.
- Research into BAM15's effects on glucose and lipid metabolism.
(The above references are representative and support the research context of this peptide, GLP hormone or regenerative therapy. All claims are for research purposes only and do not imply approved medical use.)