Kinara Slo-Niacin Slow Release Vitamin B3 500mg - 200 Tablets
Kinara Slo-Niacin Slow Release Vitamin B3 500mg - 200 Tablets
Product details
Slo-Niacin is a slow-release vitamin B3 supplement that delivers 500mg of niacin per tablet using a controlled-release formula. This extended-release approach provides steady nutritional support throughout the day while minimizing the uncomfortable flushing sensation often associated with standard niacin supplements.
Key Features
- 500mg niacin per tablet with slow-release delivery system
- Designed to reduce or eliminate typical niacin flushing, redness and tingling
- Supports cardiovascular wellness and healthy cholesterol levels
- Plays a role in energy metabolism and cellular function
- 200 tablets per bottle provides over six months of daily supplementation
Who Is It For
Slo-Niacin is ideal for individuals seeking a niacin B3 supplement who prefer an extended-release option to minimize flushing. It suits those looking to support heart health and cholesterol levels as part of a balanced diet and healthy lifestyle.
Product Details
| Brand | Kinara |
|---|---|
| Form | Tablets |
| Size | 200 Tablets |
Frequently asked questions
What is the difference between Slo-Niacin and regular niacin supplements?
Slo-Niacin uses a controlled-release delivery system that gradually disperses niacin over an extended period, providing steady support throughout the day while significantly reducing or eliminating the uncomfortable flushing sensation (redness, warmth, and tingling) commonly associated with immediate-release niacin.
Is this product the same as niacinamide?
No. Slo-Niacin contains niacin (nicotinic acid), which is different from niacinamide. These are two distinct forms of Vitamin B3 and work differently in the body.
How long will one bottle last?
Each bottle contains 200 tablets. When taken as directed for daily supplementation, one bottle provides over six months of supply.
What role does niacin play in the body?
Niacin (Vitamin B3) is an essential nutrient that plays a crucial role in energy metabolism, cellular function, and maintaining healthy cardiovascular system performance.