Hematology Boost (Platelet Boost)

Blood Health, Haemoglobin Support & Nutritional Anaemia Management

Crafted under physician guidance, this blood health formula is designed to promote haemoglobin production, support red blood cell formation, and enhance oxygen-carrying capacity. Through the combined action of bioavailable iron, active B vitamins, and vitamin C, Hematology Boost addresses the critical nutritional pathways that drive blood cell production and energy metabolism in adults managing nutritional anaemia or haematological-related fatigue.

Key Benefits

• Encourages efficient haemoglobin biosynthesis and healthy red blood cell development

• Optimises oxygen transport capacity and systemic oxygen delivery

• Assists in reducing fatigue and physical weakness associated with nutritional shortfalls

• Enhances iron absorption and utilisation through synergistic vitamin C pairing

• Supplies active B vitamins to sustain cellular energy generation and nerve health

• Fosters holistic blood health and supports sustained physical vitality

Clinical Rationale

The synthesis of haemoglobin and the production of red blood cells are dependent on an adequate and coordinated supply of iron, folate, vitamin B12, and vitamin C. A deficiency in any of these key nutrients can disrupt erythropoiesis — the process of red blood cell generation — ultimately leading to nutritional anaemia, reduced oxygen-carrying capacity, chronic fatigue, and impaired immune response. Providing the body with bioavailable iron alongside synergistic co-nutrients may help re-establish haematological balance and restore healthy energy levels.

Key Ingredients: Structure & Function

Ferrous Bisglycinate (Iron)

This chelated iron form offers significantly enhanced bioavailability and a markedly reduced gastrointestinal side effect profile compared to conventional ferrous sulphate preparations. As the central metallic component of both haemoglobin and myoglobin, iron is indispensable for oxygen transport and the cellular energy production processes that underpin physical vitality.

Methylcobalamin (Vitamin B12)

As the fully active coenzyme form of vitamin B12, this compound is directly required for the maturation of red blood cells, accurate DNA synthesis, and proper neurological function. Its deficiency is a well-established cause of megaloblastic anaemia and progressive neurological deterioration.

L-Methylfolate (5-MTHF)

In its biologically ready form, this folate variant is directly required for DNA synthesis and the formation of new red blood cells. It actively supports methylation chemistry and haematological health, and is particularly important for individuals with MTHFR gene polymorphisms that limit conventional folate conversion.

Vitamin C (Ascorbic Acid)

This essential vitamin markedly improves the intestinal absorption of non-haem iron by chemically reducing ferric iron to the more readily absorbed ferrous state. Beyond its iron-enhancing role, it also provides important antioxidant protection for circulating red blood cells.

Zinc

This vital trace mineral contributes to healthy immune function, facilitates key cellular metabolic reactions, and participates in the enzymatic processes associated with haemoglobin synthesis and the maintenance of overall blood health.

Comprehensive Hematology Boost Support Strategy

Why It Matters

Nutritional anaemia — most commonly arising from iron or vitamin B12 deficiency — ranks among the most widespread nutritional conditions worldwide, with disproportionate impact on women of reproductive age, pregnant women, vegetarians, and older adults. Appropriate supplementation directed at haemoglobin synthesis and red blood cell health can help restore energy reserves, ease chronic fatigue, and support long-term haematological wellbeing.

Ideal For

• Women of reproductive age, especially those experiencing significant menstrual blood loss

• Plant-based eaters with inherently limited access to dietary iron and vitamin B12

• Adults presenting with fatigue, reduced physical strength, or pallor associated with suboptimal haemoglobin levels

• Those in active recovery from anaemia or a confirmed nutritional deficiency state

• Seniors whose capacity to absorb iron and vitamin B12 from food has declined

Scientific References

1. Iron bioavailability and anaemia supplementation — PubMed

2. Methylcobalamin and megaloblastic anaemia — PubMed

3. Vitamin C and iron absorption — PubMed

4. Folate and erythropoiesis — PubMed