60 Tablets

With bioavailable Iron bisglycinate and metabolically activated B Vitamins plus Vitamin C to support healthy iron levels.

HAEMO-RED® PLUS has been formulated with Ferrous bisglycinate, a better tolerated and more absorbed form of Iron, to provide support for women of child bearing age, athletes and vegetarians, when Iron requirements are higher.

In addition to Vitamin C, B1, and activated B2 & B6, it also contains metabolically active forms of B12 and Folic Acid (5-MTHF).

• Contains Iron bisglycinate, a better GIT tolerated and highly bioavailable form of iron, used to support and maintain healthy iron levels
• Features metabolically active B Vitamins including Methyl-B12, 5-MTHF, P-5-P, and R-S-P to support metabolic pathways and to maintain levels in the body
• With the addition of Vitamin C, as a cofactor to improve non-haem iron absorption as well as Vitamin B1 to support energy production.

Indications:

• Assists healthy red blood cell production and maintains red blood cell health
• Assist oxygen transport to body tissues
• Maintains iron levels in the body with normal range, including for athletes, active individuals, breastfeeding women, adolescents, teenagers, vegetarians, vegans, females, older females, older males
• Supports vitamin C, B1, B2, B6, B12 and folate levels in the body
• Supports absorption of dietary iron
• Assist carbohydrate metabolism
• Helps convert carbohydrates, fat and protein into energy
• Supports energy production in the cell's mitochondria
• Iron bisglycinate may be well tolerated by the gastrointestinal tract, reducing gastrointestinal complaints associated with other forms of iron
• Provides levomefolic acid, the predominant and most biologically active form of folate in the body
• Mecobalamin (Co-methylcobalamin) functions as a cofactor to the enzyme methionine synthase, which is involved in transferring methyl groups for the regeneration of methionine from homocysteine
• To support general health and wellness and optimise nutritional status regeneration of methionine from homocysteine