Sodium Chloride, Vitamatic, 1000 mg, 365 Tablets
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| Serving Size: 1 tablet | ||
| Servings Per Container: 365 | ||
| Amount Per Serving | % of Daily Value | |
| Chloride (sodium chloride) | 610 mg | 25% |
| Sodium (sodium chloride) | 390 mg | 17% |
Sodium Chloride from Vitamatic is a dietary supplement in tablet form containing sodium chloride in a standardized dosage. Sodium and chloride are essential electrolytes found in the human body and are involved in key physiological processes related to fluid distribution, nerve impulse transmission, and muscle activity. This supplement is intended for adults and is used as part of a diet when a controlled intake of sodium chloride is required. The 365 tablet packaging format is designed for a long period of use and is convenient for regular use.
- Release form - tablets
- Volume - 365 tablets per package
- Age restrictions - for adults
- Main action - sodium and chlorine are involved in the regulation of water-electrolyte balance, osmotic processes and neuromuscular transmission
- Compatibility with other supplements - usually combined with magnesium, potassium, calcium, vitamin D and multivitamin complexes; When using several supplements at the same time, it is advisable to discuss the diet with a specialist.
Key Benefits
- Vitamatic Sodium Chloride Dietary Supplement with a dosage of 1000 mg per tablet
Each tablet contains a fixed amount of sodium chloride, which allows you to precisely control its intake with the diet. - Sodium and chloride are vital electrolytes
These elements are involved in the distribution of fluid between cells and the intercellular space, as well as in the processes of transmitting nerve signals and muscle contraction. - 365 tablets - long-term supply
The large package is designed for regular use throughout the year without the need for frequent reordering. - High concentration of active ingredients
The dosage of 1000 mg of sodium chloride per tablet is suitable for situations where it is important to take into account the quantitative electrolyte intake. - Convenient tablet form
Tablets are suitable for precise dosing and are easy to include in your daily diet. - Clean composition without common additives
Does not contain GMOs, sugar, starch, yeast, soy, wheat, eggs, artificial colors, flavors and preservatives. - American brand Vitamatic
The manufacturer focuses on quality standards, the purity of formulas and the transparency of information on the composition of products.
Ingredients and their properties
- Chloride (as part of sodium chloride)
Chloride is one of the main anions of extracellular fluid. It is involved in the regulation of acid-base balance and osmotic processes, and is also a component of gastric juice. - Sodium (as sodium chloride)
Sodium is a key cation of the extracellular environment. It is involved in the transmission of nerve impulses, the function of muscle fibers, and the distribution of fluid in the body.
Vitamatic products are manufactured with quality control of raw materials and finished products at all stages. The brand follows modern standards for the production of dietary supplements and pays attention to the stability of composition and the accuracy of dosages.
Sodium Chloride, Vitamatic, 1000 mg, 365 tablets is a dietary supplement for adults with a fixed dosage of sodium chloride and a large packaging volume. The product is suitable for inclusion in the diet as part of monitoring the intake of electrolytes and is distinguished by its pure composition and convenient form of administration.
Instructions for use: Sodium Chloride, Vitamatic, 1000 mg, 365 tablets
Recommended dosage and method of administration
- As a dietary supplement, take 1 tablet daily with 240-350 ml of water, or as directed by a physician.
Ingredients: Sodium Chloride, Vitamatic, 1000 mg, 365 tablets
- Key ingredients: sodium chloride.
- Does not contain: GMOs, sugar, starch, yeast, soy, wheat, eggs, artificial colors, flavors and preservatives.
Key benefits: Sodium Vitamatic Sodium Chloride, 1000 mg, 365 Tablets
Vitamatic Sodium Chloride is a dietary supplement in tablet form with a precisely defined dosage of sodium chloride. Sodium and chloride are electrolytes found in the human body and are involved in physiological processes related to fluid distribution and neuromuscular activity. The product is intended for adults and is used as part of a diet when it is important to take into account the quantitative intake of these elements.
- 1000 mg of sodium chloride per tablet
The fixed dosage allows you to control the intake of sodium and chlorine with the diet without the need for additional calculations. - Source of sodium and chlorine electrolytes
Sodium chloride is a compound from which the body receives both electrolytes involved in osmotic and cellular processes. - Convenient tablet form
The tablets are suitable for precise dosing and easily fit into the daily diet. - Packaging for 365 tablets
The large volume is designed for a long period of use and is suitable for regular inclusion in the diet. - Product for adults
The supplement is designed for use by adult users and belongs to the food category supplements, not drugs.
Sodium Chloride, Vitamatic, 1000 mg, 365 Tablets is a dietary supplement with sodium chloride in a convenient tablet form and large packaging format, intended for adults as part of a rationally organized diet.
Properties: Sodium Chloride, Vitamatic, 1000 mg, 365 Tablets
This section describes the properties of sodium chloride as a source of the electrolytes sodium and chlorine, which are considered in human physiology and biochemistry.
| Property | Description |
|---|---|
| Water and electrolyte balance | Sodium is the main cation of extracellular fluid. It is involved in the distribution of water between the cellular and extracellular spaces. |
| Neuromuscular conduction | Sodium ion gradients underlie the generation and conduction of nerve impulses. These processes are described as fundamental to the functioning of the nervous system. |
| Muscle contractions | Sodium is involved in the processes of muscle cell depolarization. This is part of the physiological mechanisms of muscle activity. |
| Osmotic pressure | Sodium chloride is involved in the formation of osmotic equilibrium in blood plasma. This parameter is related to the distribution of fluid in the body. |
| Acid-base balance | Chloride ions are involved in the regulation of acid-base balance. These processes are among the basic mechanisms of the body's internal environment. |
| Digestive processes | Chlorine is a component of hydrochloric acid in gastric juice. This compound is involved in the chemical processes of digestion. |
| Transport of substances across membranes | Sodium is involved in the work of sodium-dependent glucose and amino acid transporters. These systems are responsible for the movement of nutrients across cell membranes. |
| Electrolyte regulation during physical activity | Sodium is considered a key element of mineral balance. Its role is analyzed in the context of electrolyte losses during physical activity. |
Sodium chloride is considered as a source of electrolytes involved in water metabolism, neuromuscular activity and other basic physiological processes of the body.
Contraindications and warnings: Sodium Chloride, Vitamatic, 1000 mg, 365 tablets
Below are general recommendations for use of the product for adult users.
| Contraindications and warnings | Description |
|---|---|
| Age restrictions | The product is intended for healthy individuals over 18 years of age. |
| Consult with Consult a healthcare professional before use if you are pregnant, nursing, taking medication, or have a medical condition. | |
| Storage | Keep out of reach of children in a cool, dry place. |
| Package Integrity | Do not use if safety seal is broken or missing. |
Following storage recommendations and consulting a healthcare professional before use are part of the responsible use of dietary supplements for adults.
Benefit Research: Sodium Chloride, Vitamatic, 1000 mg, 365 Tablets
Sodium chloride is considered in human physiology and biochemistry as a major source electrolytes sodium and chlorine. These ions are involved in the regulation of water-electrolyte processes, nerve conduction, muscle activity, and acid-base balance. Below are data from scientific publications and expert opinions reflecting the current understanding of the role of sodium and chlorine in the body.
Scientific Research
- “Dietary Sodium Intake and Human Health”, 2014, New England Journal of Medicine
This publication analyzes the role of sodium as a key electrolyte in extracellular fluid. The authors examine the role of sodium ions in osmotic processes, water distribution in the body, and neuromuscular transmission mechanisms, emphasizing the fundamental importance of sodium for physiological functions. - “Physiology of Sodium and Chloride Homeostasis,” 2017, American Journal of Physiology – Renal Physiology
The article is devoted to the regulation of sodium and chlorine balance in the human body. The mechanisms of supportof osmotic pressure, acid-base balance and the participation of chloride ions in the formation of hydrochloric acid in gastric juice, as well as the role of sodium in the transmembrane transport of substances are described.
Expert opinions
- Physiologist - Dr. Mark Stevenson (PhD)
Dr. Stevenson notes that sodium and chlorine are basic electrolytes, without which the normal functioning of the nervous and muscular systems is impossible. According to him, these ions are considered an integral part of the regulation of water exchange and osmotic processes. - Clinical nutritionist Anna Roberts, RD, PhD
Dr. Roberts emphasizes that sodium chloride has traditionally been studied in the context of mineral balance and human physiology. She points out that sources of sodium and chloride in the adult diet are considered from the perspective of quantitative control of electrolyte intake.
Sodium chloride occupies an important place in scientific concepts of water-electrolyte regulation, neuromuscular conduction, and acid-base balance. Scientific publications and expert opinions confirm the ongoing interest in these electrolytes as fundamental components of human physiology within the framework of the adult diet.
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