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ZMA® Anabolic Mineral Support, Primaforce, 180 Capsules
from Primaforce
Manufactured: United States
Seller: Biotus
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Товар месяца! Омега для всей семьи. 
Additional
Serving Size:3 capsules for men, 2 capsules for women
Servings Per Container:60 for men, 90 for women
| Amount Per Serving for Men | % of Daily Value* | Amount Per Serving for Women | % of Daily Value Requirements* | |
| Calcium (calcium carbonate) | 90 mg | 7% | 60 mg | 5% |
| Vitamin B6 (pyridoxine hydrochloride) | 10.5 mg | 618% | 7 mg | 412% |
| Magnesium (Magnesium Aspartate, Magnesium Oxide) | 450 mg | 107% | 300 mg | 71% |
| Zinc (zinc mono-L-methionine, zinc aspartate) | 30 mg | 273% | 20 mg | 182% |
* Percent Daily Values are based on a 2,000 calorie diet.
Not a medicinal product. Consult with your doctor before taking.
Description
Primaforce's ZMA® combines bioactive forms of magnesium and zinc, supplemented with vitamin B6, making it a popular supplement among those studying sports nutrition and exercise adaptation. These nutrients are involved in energy reactions, recovery processes, and metabolism, which explains the enduring interest in ZMA in the fitness community. English: Capsules are tested for purity and stability of the composition, which is important for those who calculate the dosage with high accuracy.
Form: capsules, convenient for dosing and taking.
Volume:180 capsules per package.
Age recommendations: adults from 18 years.
Main actions:participation in energy reactions, participation in metabolic processes, participation in recovery mechanisms, participation in the work of the muscular and nervous systems, participation in enzymatic reactions of the body.
Key benefits
- Mineral support of energy processes: a combination of nutrients is involved in reactions associated with energy conversion, which is especially important with regular physical activity. This interaction allows the body to withstand cycles of stress and rest.
- Participation in post-workout recovery mechanisms: ZMA® is used due to the role of minerals in the biochemical processes occurring in muscle tissue after exercise. These reactions involve numerous enzymatic pathways, which makes evening intake especially convenient.
- Maintaining a balanced metabolism: The combination of nutrients is involved in key metabolic reactions associated with carbohydrate, fat, and protein metabolism. This participation is reflected in the stability of the body's internal processes.
- Synergy of minerals and vitamin B6: Vitamin B6 is included in the composition for a reason—it is involved in mechanisms affecting the availability of minerals. This synergy makes the action more consistent and predictable with regular intake.
- Ease of long-term use: The 180 capsules are designed for a long period, which allows you to include ZMA® in a systemic regimen. Users note the convenience of separate portions for men and women, as well as the evening intake format.
- Strict quality control of Primaforce: Each batch is tested, which reduces composition variability. This is important for those who strive for stability in sports nutrition and use mineral supplements for long periods of time.
Ingredients and their properties
- Calcium: Participates in the structural and signaling processes of the body, interacting with proteins and enzymatic systems. It is included in mechanisms that ensure tissue stability and cellular signaling. The mineral also forms the basis for chemical reactions associated with muscle activity.
- Vitamin B6: is involved in amino acid metabolism and affects the activity of enzymatic systems. It promotes the normal transmission of nerve impulses through participation in the synthesis of neurotransmitters. Its inclusion in ZMA® increases the coordination of minerals at night.
- Magnesium: is involved in ATP synthesis reactions, which makes it an important participant in energy metabolism. It affects the functioning of muscle fibers and the nervous system. The mineral is also involved in tissue relaxation processes after exercise.
- Zinc: plays a role in hundreds of enzymatic reactions associated with metabolism. It is involved in cell division and protein synthesis. The mineral also acts on the body's adaptation mechanisms and the restoration of internal structures.
Directions for use: ZMA®, Anabolic Mineral Support, Primaforce, 180 capsules
- Suggested use: As a dietary supplement, take 3 capsules (men) or 2 capsules (women) daily on an empty stomach 30-60 minutes before bedtime, or as recommended by a healthcare practitioner. For best results, do not take this product with dairy products or other calcium-containing products or supplements.
Ingredients: ZMA®, Anabolic Mineral Support, Primaforce, 180 Capsules
Other Ingredients: Gelatin capsule, magnesium stearate (vegetable grade), zinc oxide.
Key Benefits: ZMA®, Anabolic Mineral Support, Primaforce, 180 Capsules
The combination of zinc, magnesium, and vitamin B6 in ZMA® attracts the attention of people interested in sports nutrition and recovery physiological processes. These nutrients interact with each other, creating conditions for more coordinated functioning of the body's metabolic mechanisms, which makes ZMA® popular among users who monitor their exercise and rest regimen.
- Mineral support of metabolic processes: The combination of nutrients is involved in metabolic reactions involved in energy processing and the balance of the body's internal environments. Their joint work creates conditions for the stable activity of cellular functions.
- Role in post-workout recovery reactions: ZMA® is traditionally used in the evening due to the participation of minerals in the processes initiated during the rest period. These reactions affect tissue repair mechanisms, which makes taking it at the end of the day especially convenient.
- Participation in the function of the neuromuscular system: The combination of zinc, magnesium, and vitamin B6 is associated with the physiological processes of signal transmission and interaction of muscle fibers. This action reflects the importance of minerals in supporting the body's coordinated responses during exercise.
- Maintaining mineral balance: The nutrients included in the composition participate in the regulation of acid-base balance, which is one of the foundations of stable metabolism. This participation is especially important for people who experience regular physical activity.
- Convenient long-term use format: The 180-capsule package allows you to plan your intake over a long period without frequent purchases. Separating portions for men and women allows you to correctly follow individual recommendations.
Properties: ZMA®, Anabolic Mineral Support, Primaforce, 180 capsules
Zinc, magnesium, and vitamin B6 act as complementary cofactors, participating in enzymatic cascades, energy, and neurotransmitter pathways. The combination of organic salts and pyridoxine improves the coordination of element transfer throughout tissues. Below are the physiological properties of the composition without repetitions from the benefits section.
| Property | Description |
|---|---|
| Participation in enzymatic pathways of cell division | The mineral elements of the composition are included in the chains of enzymatic reactions that affect the rate of cellular renewal. These pathways determine the body's ability to maintain tissue stability under regular stress. The role of nutrients is expressed in their participation in the synthesis of structural molecules. |
| Participation in neuromuscular transmission | Magnesium plays a key role in the processes of signal transmission between nerve endings and muscle fibers. This participation affects the coordination of movements and the response of muscles to external stimuli. The presence of vitamin B6 increases the consistency of these reactions. |
| Participation in energy metabolism | Minerals and vitamin B6 are involved in reactions associated with the processing of energy substrates and the formation of ATP molecules. These mechanisms determine the availability of energy for tissue function. The synergy of nutrients will support the stability of metabolic processes. |
| Participation in the transformation of amino acids | Vitamin B6 is involved in key transformations of amino acids, affecting many physiological processes. These reactions provide the body with the necessary compounds for protein synthesis and the functioning of enzymatic systems. The role of the nutrient is especially important under conditions of increased physical activity. |
| Participation in maintaining acid-base balance | Minerals in the composition act as participants in reactions that affect the distribution of ions and the buffering properties of internal environments. This participation allows the body to adapt to changing loads. pH balance is associated with the activity of many metabolic pathways. |
| Participation in the functioning of mitochondria | Magnesium is involved in the mechanisms of mitochondria, where key stages of energy metabolism occur. These processes determine the intensity of energy production at the cellular level. The coordinated work of mitochondria affects the ability of muscle tissue to withstand stress. |
| Participation in protein synthesis | Zinc plays a significant role in biochemical reactions responsible for the creation of protein structures. These processes are the basis for tissue repair and the formation of new cellular elements. The participation of the mineral is important for maintaining the stability of the body's internal structures. |
| Participation in the regulation of neurotransmitter metabolism | Vitamin B6 affects the processes of neurotransmitter synthesis, which affects the quality of signal transmission in the nervous system. These mechanisms are reflected in the body's ability to interact with external stimuli. Balanced neurochemical processes are important for the well-coordinated functioning of the nervous system. |
Contraindications and warnings: ZMA®, Anabolic Mineral Support, Primaforce, 180 capsules
| Contraindications and warnings | Description |
|---|---|
| Age | For healthy individuals 18 years of age and older. |
| Consultation | Consult a doctor before use if you are pregnant, nursing, taking medication, or have a medical condition. |
| Child access | Keep out of reach of children place. |
| Package Integrity | Do not use if safety seal is damaged or missing. |
| Storage Conditions | Store in a cool, dry place. |
Benefit Research: ZMA®, Anabolic Mineral Support, Primaforce, 180 Capsules
The combination of magnesium, zinc, and vitamin B6 is known for its involvement in energy, enzymatic reactions, and neurotransmitter pathways. These ingredients are considered together because their roles intersect in tissues and metabolic cascades. The effectiveness of these ingredients has been confirmed by international studies.
Research
- Magnesium and muscular function, as well as its role in energy metabolism:the distribution of magnesium in tissues and its role as a cofactor for ATP-dependent reactions during muscle work were studied. The authors described the relationship between magnesium levels and excitation-contraction processes and energy synthesis pathways.
Source: Physiological Reviews. - Zinc in enzymatic and cellular functions:signaling pathways and target proteins sensitive to the level of zinc ions in the cell were examined. The role of ZnT/ZIP transporters and the involvement of zinc in the regulation of enzyme activity and cellular organization are noted.
Source: Nature Reviews Molecular Cell Biology. - The importance of vitamin B6 in the metabolism of amino acids and neurotransmitters:data on pyridoxal-5-phosphate as a coenzyme for transamination and decarboxylation reactions are systematized. The relationships between vitamin B6 status and the GABA, serotonin, and dopamine synthesis pathways are described.
Source: StatPearls (NCBI Bookshelf).
Expert Opinions
- Donald B. Orchard, USA, University of Minnesota. Notes that a combination of magnesium and pyridoxine is often used for evening intake, where coenzyme reactions and the coordination of energy pathways are important.
- Yuji Fukada, Japan, Osaka University. Emphasis the importance of zinc in cellular processes and interest in highly bioavailable sources for enzymatic activity tasks.
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