Magnesium, Magnesium 3000, Toniiq, 240 capsules
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Serving Size: 4 vegetarian capsules
Servings Per Container: 60
| Amount Per Serving | % of Daily Value |
| Magnesium (magnesium bisglycinate and magnesium oxide) | 600 mg | 143% |
| Magnesium Glycinate Complex (Magnesium Bisglycinate and Magnesium Oxide) | 3000 mg | † |
† Daily Value Not Established
Toniiq Magnesium 3000 is formulated around magnesium glycinate, an amino acid form known for its gentle profile and high absorption rate. Magnesium is considered a key mineral involved in hundreds of enzymatic reactions, energy conversions, and basic cellular metabolism. Each serving contains 3000 mg of glycinate powder with a yield of 600 mg of elemental magnesium, obtained by a specialized extraction method for high concentration.
- Form: capsules.
- Volume: 240 capsules per package.
- Age recommendations: for adults.
- Main actions: participates in the work of many enzymes and the synthesis of ATP, is involved in the transmission of neuromuscular signals, is related to the balance of electrolytes, includes participation in protein synthesis and glucose metabolism, relates to the processes of bone mineralization, is often used for nutritional replenishment of magnesium during intense exercise.
Key benefits
- High proportion of elemental magnesium per serving:600 mg of elemental magnesium provides a strong concentration of the nutrient, which is appropriate for controlled dietary replenishment taking into account individual needs.
- Amino acid chelate form:glycinate binds the magnesium ion to the amino acid, which correlates with transfer through intestinal transporters and a reduced risk of discomfort when taken.
- Focus on cellular metabolism:magnesium is involved in glycolysis reactions, ATP synthesis and the work of ATP-dependent enzymes, creating conditions for coordinated cellular energetics.
- Neuromuscular conductivity:the mineral is involved in the regulation of ion channels and the release neurotransmitters, which correlates with the clear transmission of signals in everyday activities.
- Tissue mineralization and structure: the participation of magnesium in bone metabolism and the synthesis of matrix proteins creates the prerequisites for correct remodeling processes.
- Neutral taste and convenient regimen: the capsule form simplifies dosing and integration into the routine, which is often used for systemic administration without changing the diet.
Ingredients and their properties
- Magnesium:participates in the work of ATP-dependent enzymes, protein synthesis and glucose metabolism, is involved in the transmission of neuromuscular impulses and electrolyte balancing.
- Combination of magnesium glycinate: amino acid chelate form Correlates with smooth passage through the gastrointestinal tract and transport across membranes, the oxide adds mineral saturation to the serving and contributes to the total pool of available magnesium.
Directions for use: Magnesium 3000, Toniiq, 240 capsules
- Suggested use: Take 4 capsules daily with food as a dietary supplement or as recommended by a healthcare professional.
Ingredients: Magnesium 3000, Toniiq, 240 capsules
Other ingredients:vegetable capsule (hydroxypropyl methylcellulose), microcrystalline cellulose, silicon dioxide, and vegetable magnesium stearate.
Key benefits: Magnesium 3000, Toniiq, 240
Magnesium 3000 contains two forms of magnesium: bisglycinate and magnesium oxide, creating a balanced combination of elemental magnesium and gentle amino acid transport. This makes it convenient for those who want to consider the role of magnesium in metabolic reactions and regulate its intake based on daily load. The high degree of purification of Toniiq emphasizes the stability of the raw material and the accuracy of the stated dosage.
High concentration of magnesium: each serving contains a significant proportion of elemental magnesium, which allows us to take into account its participation in the energy and enzymatic processes of the body. This rich dosage makes intake convenient and simplifies monitoring of nutrient intake.
Amino acid form of glycinate: magnesium bisglycinate is characterized by gentle interaction with amino acid transport, which creates a balanced intake of magnesium. Its structure reduces the risk of irritation and is suitable for regular inclusion in the diet.
Magnesium's role in energy reactions: Magnesium is a key cofactor in ATP formation, making it a significant participant in cellular metabolic pathways. This role explains its importance during intense intellectual and physical exertion.
Toniiq Standardization: Each batch of raw materials undergoes rigorous laboratory testing to confirm purity and the absence of foreign impurities. Thanks to this, the magnesium content remains stable and meets the stated parameters.
Convenient portioning scheme: The capsules are easily dosed and are suitable for those who prefer a precise and predictable method of administration. This format is convenient at home, at work, or on the go.
Properties: Magnesium 3000, Toniiq, 240 capsules
The combination of magnesium bisglycinate and oxide creates a multifaceted action profile associated with its participation in various metabolic pathways. Magnesium interacts with protein structures, enzymes, and electrolyte systems, which determines its universal role in the body. The characteristics of the amino acid form affect how the nutrient is included in biochemical processes.
| Property | Description |
|---|---|
| Participation in ATP synthesis | Magnesium is an essential cofactor in the formation of ATP, binding to phosphate groups and stabilizing them. This function makes it an important participant in energy processes affecting cellular activity. |
| Regulation of muscle contraction and relaxation | The nutrient interacts with actin and myosin, regulating their ability to cyclically contract. In the presence of magnesium, muscle fibers more easily switch between phases of tension and relaxation. |
| Interaction with calcium channels | Magnesium competes with calcium for ion channels, controlling the rate of their opening. This affects the transmission of signals between cells and prevents excessive excitability of tissues. |
| Participation in protein synthesis | The magnesium ion stabilizes ribosomal structures, which makes it necessary for the assembly of protein chains. At the translation stage, it is involved in the formation of bonds between amino acids. |
| Maintenance of nerve conduction | Magnesium regulates the movement of ions across neuronal membranes, affecting the electrical potential. This role is reflected in the smooth transmission of signals between nerve cells. |
| Participation in enzymatic reactions | More than 300 enzymes use magnesium as a cofactor, relying on its ability to stabilize charged molecules. This includes carbohydrate metabolism, DNA synthesis, and the functioning of antioxidant systems. |
| Electrolyte balance | Magnesium, along with potassium and sodium, is involved in maintaining osmotic equilibrium. Its presence is important for the distribution of fluid and electrical charge between cells. |
| Features of the glycinate form | The amino acid carrier glycine simplifies the transport of magnesium across the intestinal barrier. This form demonstrates gentle interaction with the digestive system and a uniform supply of minerals. |
Contraindications and warnings: Magnesium 3000, Toniiq, 240 capsules
| Contraindications and warnings | Description |
|---|---|
| For adults | This product is only intended for healthy adults 18 years of age or older. |
| Pregnancy and lactation | Do not take this product if you are pregnant or nursing. |
| Medical advice | Consult a licensed qualified healthcare professional before using this product or any other dietary supplement Supplements. |
| Storage Conditions | Store bottle tightly closed in a cool, dry place. |
| Keep out of reach of children | Keep out of reach of children. |
| Taper Resistant Seal | Tamper Resistant. Do not use if tamper evident seal under cap is broken or missing. |
Benefit Research: Magnesium 3000, Toniiq, 240 Capsules
Magnesium 3000 is formulated with magnesium glycinate, which combines a mineral source with amino acid transport for gentle delivery of the element. The ingredients are targeted at participating in energy reactions, enzymatic function, and cellular metabolism. Their properties have been described in detail in international studies.
Research
- The role of magnesium in energy metabolism and enzymatic reactions:magnesium's role in ATP binding and in the coordination of numerous enzymes associated with redox pathways was studied; the authors described that ATP functions in the cell as magnesium-ATP and also summarized data on enzymes that require magnesium ions for their function. The review highlights the biochemical mechanisms of magnesium's involvement in carbohydrate and protein metabolism without assessing clinical outcomes.
Source: Nutrients. - Comparison of the bioavailability of different magnesium salts:The study assessed magnesium absorption from various oral formulations in healthy volunteers using serum levels and urinary excretion; the results showed that organic magnesium salts exhibited different absorption characteristics compared to magnesium oxide. Data are presented as pharmacokinetic observations without interpretation of clinical significance.
Source: Magnesium Research.
Expert opinions
- Andrea Rozanov (USA, Center for Magnesium Education & Research): notes that magnesium is involved in numerous enzymatic pathways, where amino acid forms such as glycinate are considered from the standpoint of careful delivery and stable inclusion of the mineral in the diet.
- Ronald Elin (USA, University of Louisville): emphasizes the fundamental role of magnesium in cellular energy biochemistry, indicating the importance of the ion for the operation of ATP-dependent processes and the coordination of metabolic reactions.
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