What is manganese (bisglycinate)?

Manganese (bisglycinate) is manganese chelated to two glycine molecules. This form is designed to improve absorption and gastrointestinal tolerance compared with some inorganic forms.

What are the main benefits of manganese (bisglycinate)?

It supports bone and cartilage formation, helps antioxidant defenses via manganese superoxide dismutase (MnSOD), and contributes to normal metabolism of carbohydrates, amino acids, and cholesterol.

How much manganese (bisglycinate) is typically taken?

Common supplemental amounts are about 2–5 mg of elemental manganese per day. Needs vary based on diet, age, and health status.

Who should be cautious with manganese supplements?

People with liver disease or impaired bile excretion should use caution because manganese is cleared mainly through bile. Those taking multiple mineral products should also avoid excessive total intake.

Can manganese (bisglycinate) be taken with other minerals?

Yes, but minerals can compete for absorption when taken together. If you use iron, calcium, or zinc supplements, consider separating doses to reduce competition.

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Manganese
(Bisglycinate)

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Daha yüksek puan, daha iyi bir çalışma durumuna işaret eder, ancak mutlaka etkinlik anlamına gelmez.

Highly bioavailable form of the essential trace mineral manganese, supporting bone health, metabolism, and antioxidant defenses.

Essential Nutrient Antioxidant Bone Health Glucose Metabolism

Doz aralığı

2–5 mg

1-2 doses with meals

Gelir

Take with food to improve absorption and reduce stomach upset; do not exceed 11 mg per day from all dietary and supplemental sources unless supervised.

Yağda çözünmez.

En iyi zaman

Best taken with meals, in the morning or at the first meal of the day.

Açıklama

Manganese (Bisglycinate) is a chelated form of the trace mineral manganese, designed to improve absorption and gastrointestinal tolerance. Manganese is vital for several biological processes including enzymatic reactions, antioxidant activity, bone formation, and metabolism. Manganese bisglycinate supplements may help meet increased needs or address dietary shortfalls more effectively than inorganic forms.

Avantajlar

Kanıt derecesi ile ana etkiler

Moderate

Kanıtla ilgili not

Benefits of manganese for bone health and antioxidant defense are well-supported; stronger research is needed on specific outcomes of the bisglycinate form.

Supports bone health and formation

Moderate

Contributes to bone matrix synthesis, cartilage health, and may help reduce fracture risk in deficient populations.

Özellikle ilgili olduğu kişiler: Older adults · Postmenopausal women · Individuals with poor diets

S2 · Nutrients (2019): Impact of various aspects of manganese on bone and cartilage health S6 · EFSA Journal (2013): Scientific Opinion on Dietary Reference Values for Manganese S7 · Linus Pauling Institute: Manganese

Enhances antioxidant defense

Moderate

Acts as a cofactor in manganese superoxide dismutase (MnSOD), protecting cells from oxidative stress.

Özellikle ilgili olduğu kişiler: Adults · Aging population · Those with chronic disease risk

S3 · Free Radical Biology and Medicine (2009): MnSOD, oxidative stress, and mitochondrial health S7 · Linus Pauling Institute: Manganese

Supports glucose and cholesterol metabolism

Limited

Essential for enzymes involved in carbohydrate, amino acid, and cholesterol metabolism, and may improve glucose tolerance in those with metabolic issues.

Özellikle ilgili olduğu kişiler: People with metabolic syndrome · Individuals with poor diets

S4 · Am J Clin Nutr (2003): Manganese intake and glucose metabolism S7 · Linus Pauling Institute: Manganese

Güvenlik ve Uyarılar

Önemli güvenlik bilgileri ve bilinen riskler

Sadece eğitim amaçlıdır • tıbbi tavsiye değildir

Generally safe within recommended doses, but excessive long-term intake may cause neurological effects or worsen certain health conditions.

Uyarılar

Excess intake (especially >11 mg/day) may cause neurological symptoms similar to Parkinson's disease.
More serious side effects include tremor, motor disturbances, and cognitive changes with prolonged high exposure.
Manganese is cleared by the liver, and those with liver disease are at higher risk of toxicity.
Do not use in individuals with active liver disease due to increased risk of toxicity.
Avoid use in people with iron deficiency anemia unless directed by a clinician, as manganese competes with iron for absorption.
Monitor neurological status in those on long-term supplementation or with environmental manganese exposure, as excess may cause neurotoxicity.
Use only under medical supervision in pregnancy or with known neurodegenerative conditions.

İlaçlarla bilinen etkileşimler

Levodopa/carbidopa: high manganese may reduce effectiveness in Parkinson’s disease.

Kontrendikasyonlar / özel dikkat gerektiren gruplar

Active liver disease
Severe iron deficiency anemia
Known manganese toxicity

etkileşimler

Etkin madde ↔ takviye / ilaç / gıda arasındaki önemli etkileşimler

Manganese absorption or effectiveness may be influenced by other minerals, and excessive intake may increase risk when combined with certain drugs or conditions.