Bronson CLA 3000 Extra High Potency Supports in Pakistan
Bronson CLA 3000 delivers a high-potency formula designed to support healthy weight management and maintain lean muscle mass. The key ingredient is conjugated linoleic acid (CLA), derived from 100% safflower seed oil, with each serving providing approximately 3,000 mg of safflower oil, of which 75-85% is active CLA — translating to around 2,250 mg of active CLA per 2-softgel serving.
Key Product Features & Claims
Primary Ingredient: Conjugated Linoleic Acid (CLA), derived from safflower oil.
High Potency: Provides 3000 mg of CLA per serving (two softgels).
Purpose: Positioned to support:
Weight Management: Aids in reducing body fat.
Lean Muscle Mass: Helps preserve lean muscle tissue while dieting.
Metabolic Health: Supports a healthy metabolism.
What is CLA and How Does It (Theoretically) Work?
CLA is not a single molecule but a family of isomers of linoleic acid. The primary isomers studied for weight management are c9,t11 and t10,c12. Bronson typically uses a standardized blend that is rich in these active isomers.
The proposed mechanisms of action include:
Enhancing Fat Breakdown (Lipolysis): CLA may help increase the activity of enzymes that break down fat for energy.
Reducing Fat Storage (Lipogenesis): It may inhibit the activity of an enzyme called lipoprotein lipase (LPL), which is responsible for storing fat in fat cells (adipocytes).
Increasing Metabolic Rate: Some studies suggest CLA can slightly increase the body's resting metabolic rate, leading to more calories burned throughout the day.
Modulating Insulin Sensitivity: By improving how the body uses insulin, CLA may help reduce fat storage signals.
How to Use
Recommended Dosage: The standard dose is two softgels once or twice daily, usually taken with meals.
Best Taken With: A meal containing some dietary fat to improve absorption.
Consistency is Key: For best results, it should be taken consistently over a period of time (often 2-3 months or more), combined with a balanced diet and regular exercise.