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Minerals

Personalized, evidence-based nutrition guidelines (EBM) dedicated to Minerals. Balanced macronutrients, micronutrition, and elimination of pro-inflammatory factors.

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Precisely selected nutrients supporting metabolic balance and tissue regeneration.

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Dedicated medical nutrition therapy and dietary protocols for Minerals.

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Tailored workout plan and physical exercise supporting therapy.

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Specialist support and continuous monitoring of health progress.

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Precise calculation of BMR, TDEE, and micronutrient balance.

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POPULAR PROGRAMS & CLINICAL PROTOCOLS

Special Program for Sensitive Nutrition

Individually formulated nutrition protocols for individuals managing specific metabolic and allergic requirements in Minerals.

Allergen exclusion, gut microbiota support, and optimization of carbohydrate-lipid metabolism.

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Articles and Guides in — Minerals

Publications, recommendations, and clinical analysis in Minerals

30 publications
Hiatal Hernia: Symptoms, Diagnostic Methods, and Clinical Dietary Strategies

Hiatal Hernia: Symptoms, Diagnostic Methods, and Clinical Dietary Strategies

A hiatal hernia, colloquially referred to as gastric displacement into the chest cavity, occurs when the proximal portion of the stomach protrudes through the diaphragmatic esophageal hiatus into the mediastinum. The diaphragm serves as the primary respiratory barrier separating the abdominal and thoracic compartments, featuring a small hiatus through which the esophagus normally reaches the gastric cardia. When this muscular opening widens and supporting phrenoesophageal ligaments weaken, the lower esophageal sphincter is compromised, leading to severe gastroesophageal reflux and requiring structured nutritional and medical management.

Nutritional offerings supporting meat-free diets and beyond

Nutritional offerings supporting meat-free diets and beyond

Contemporary dietary patterns that exclude meat consumption are distinguished by a range of health benefits, yet they also carry inherent risks associated with potential nutritional deficiencies. Within this presentation, we focus on products specifically designed to effectively compensate for the deficiencies in vitamins and trace minerals that arise from the omission of meat in one’s diet. These offerings represent an essential component for individuals adhering to such dietary regimens, while simultaneously providing an opportunity to enhance the daily menus of those who do not follow restrictive eating patterns, thereby introducing novel flavors and nutritional diversity.

Forest Treasures: Wild Strawberries and Their Leaves – Invaluable Health Benefits and Therapeutic Applications of Strawberry Leaves

Forest Treasures: Wild Strawberries and Their Leaves – Invaluable Health Benefits and Therapeutic Applications of Strawberry Leaves

Wild strawberries (Fragaria vesca) and their leaves represent one of nature’s most underrated yet invaluable treasures, brimming with essential nutrients, antioxidants, and bioactive compounds. Beyond their delicate aroma and modest appearance, these forest gems harbor profound health benefits. How can their consistent incorporation—whether as fresh fruit, infusions, or topical applications—optimize human physiology? From bolstering immune defense and aiding digestion to detoxifying the body and modulating metabolic pathways, wild strawberries and their leaves offer a multifaceted therapeutic arsenal backed by centuries of traditional use and modern scientific validation.

Key Metrics for Crafting a Personalized, Nutrient-Balanced Nutrition Plan

Key Metrics for Crafting a Personalized, Nutrient-Balanced Nutrition Plan

A meticulously tailored nutrition plan is the cornerstone of sustainable health and peak physical performance. However, no one-size-fits-all approach exists—each individual requires a unique adjustment based on biological markers and lifestyle factors. Designing a balanced dietary regimen demands precise calculations of basal metabolic rate (BMR), total daily energy expenditure (TDEE), physical activity levels, body composition, and metabolic health. This clinical guide outlines the critical metrics essential for crafting a personalized, evidence-based nutrition strategy that is both scientifically sound and practically implementable.

Guidelines for healthy nutrition in children and adolescents: preventive strategies against excess weight in developmental age groups

Guidelines for healthy nutrition in children and adolescents: preventive strategies against excess weight in developmental age groups

Nutritional habits established during childhood and adolescence fundamentally dictate peak bone mass, cognitive performance, and lifetime risk of obesity and type 2 diabetes. This comprehensive pediatric guide examines the youth food pyramid, essential developmental micronutrients (calcium, iron, vitamin D), and evidence-based family strategies to curtail ultra-processed foods.

Citrus Fruits and Freshly Squeezed Citrus Juice – A Treasure Trove of Vitamins and Bioactive Compounds

Citrus Fruits and Freshly Squeezed Citrus Juice – A Treasure Trove of Vitamins and Bioactive Compounds

Citrus fruits—including lemons, oranges, and grapefruits—are emblematic of warm, sun-drenched regions where they mature under abundant sunlight, developing their full flavor profile. Their distinctive, subtly tart essence, paired with a lusciously juicy and fibrous pulp, renders them an exceptional natural hydrator, effectively quenching thirst while delivering a rich array of essential nutrients to the body.

Adequate nutrition and targeted physical exercise: The premier clinical strategy to prevent osteoporosis

Adequate nutrition and targeted physical exercise: The premier clinical strategy to prevent osteoporosis

Osteoporosis, clinically dubbed the 'silent bone thief', is a systemic skeletal metabolic disorder characterized by low bone mineral density (BMD) and microarchitectural deterioration of osseous tissue. It progresses asymptomatically for decades until presenting catastrophically as a low-trauma fragility fracture (typically of the femoral neck, vertebral bodies, or distal radius). Proactive lifestyle interventions combining osteogenic nutrition with mechanical loading represent the most robust preventive shield.

Sedentary Behavior and Lipid Metabolism: Why Inactivity Mimics a High-Fat Diet

Sedentary Behavior and Lipid Metabolism: Why Inactivity Mimics a High-Fat Diet

A sedentary lifestyle triggers biochemical adaptations remarkably similar to a diet excessively loaded with saturated fats. During prolonged physical inactivity, the enzymatic activity responsible for hydrolyzing circulating triglycerides in skeletal muscle drops precipitously. This article explains why severe caloric restriction without mechanical stimulus fails and how exercise reprograms lipid clearance.

Essential mineral constituents: trace elements and macrominerals in human nutrition

Essential mineral constituents: trace elements and macrominerals in human nutrition

To maintain full physiological functionality, the human organism requires not only fundamental nutritional components such as amino acids, lipids, polysaccharides, or vitamin compounds, but also a range of supplementary chemical substances. These essential constituents enter our system through consumed liquids—primarily drinking water—as well as food products, and may occur in either organic or inorganic compound forms, fulfilling pivotal roles in metabolic processes.

The physiological role of copper in humans: implications of deficiency and excess – biochemical characteristics and functional properties of this trace mineral

The physiological role of copper in humans: implications of deficiency and excess – biochemical characteristics and functional properties of this trace mineral

Copper represents an indispensable constituent for the proper functioning of all living organisms, playing a pivotal role in growth processes, developmental progression, and the maintenance of systemic homeostasis. Despite being classified as a trace element—present in minute quantities—it participates in critical metabolic, enzymatic, and structural reactions within the body. Both its chronic deficiency and excessive accumulation beyond physiological thresholds can precipitate severe physiological disruptions, thereby emphasizing the necessity of precise regulatory mechanisms governing its systemic balance.

Copper: Biological Functions, Dietary Reference Intakes, and Natural Food Sources

Copper: Biological Functions, Dietary Reference Intakes, and Natural Food Sources

The optimal performance of the human body relies on the systematic replenishment of essential nutrients, including trace elements of critical metabolic importance. Among these, copper stands out as a trace mineral indispensable for hemoglobin synthesis, the maintenance of nervous system integrity, and the proper execution of enzymatic reactions. Which food products represent the richest sources of this element? What are the current guidelines for daily copper intake across different age groups? What clinical symptoms may indicate a chronic deficiency of this micronutrient in the body?

Watermelon: A natural reservoir of essential vitamins and minerals for optimal bodily function

Watermelon: A natural reservoir of essential vitamins and minerals for optimal bodily function

Watermelon represents a rich and bioavailable source of vital vitamins and minerals that play an indispensable role in sustaining the body’s physiological equilibrium. Its nutritional profile encompasses a broad spectrum of B-complex vitamins—including thiamine, riboflavin, and niacin—as well as vitamins A (present as beta-carotene), C (ascorbic acid), D (cholecalciferol), E (tocopherol), vitamin PP (niacin), and folic acid (folacin), the latter being particularly critical for prenatal development. In terms of trace elements, watermelon is distinguished by its substantial content of calcium (essential for skeletal and dental health), potassium (a key regulator of blood pressure), iron (which prevents anemia), iodine (crucial for thyroid function), magnesium (known for its stress-alleviating properties), and phosphorus (which facilitates energy metabolism). Furthermore, watermelon is abundant in pectins—soluble fiber fractions—and insoluble dietary fiber, which collectively enhance intestinal motility, promote detoxification by binding and eliminating metabolic waste, and provide a prolonged sensation of fullness. With its remarkably low caloric density (approximately 30–38 kcal per 100 g of flesh) and water content exceeding 90%, watermelon is an optimal component of weight-management diets, offering satiety and hydration without significantly impacting caloric intake. Its diuretic properties, attributed to the presence of citrulline and high potassium levels, facilitate the expulsion of excess interstitial fluid, thereby contributing not only to weight reduction but also to the refinement of body contours through the alleviation of edema. However, it is important to note that, like most fruits, watermelon contains a considerable amount of natural sugars (primarily fructose), which renders it less suitable for regular consumption by individuals with insulin resistance, type 2 diabetes, or other carbohydrate metabolism disorders.

Infant Nutritional Optimization: Enteral and Parenteral Strategies for Term and Preterm Infants

Infant Nutritional Optimization: Enteral and Parenteral Strategies for Term and Preterm Infants

Infant nutrition, particularly for premature neonates and those with perinatal complications, represents a pivotal pillar of contemporary neonatology and pediatrics. The first months of life are marked by an unparalleled trajectory of somatic growth and intensive central nervous system myelination. Inadequate macronutrient and micronutrient accretion during this critical developmental window can induce irreversible neurodevelopmental deficits and lifelong metabolic maladaptations. This review outlines evidence-based protocols governing human milk feeding, metabolic imperatives in preterm infants, and modern clinical paradigms for enteral and parenteral nutrition.

Polycystic Ovary Syndrome (PCOS): Nutritional Therapy, Insulin Sensitivity, and Hormonal Balance

Polycystic Ovary Syndrome (PCOS): Nutritional Therapy, Insulin Sensitivity, and Hormonal Balance

Polycystic Ovary Syndrome (PCOS) represents the most common endocrine condition among women of reproductive age, affecting an estimated 8% to 15% globally. While historically regarded primarily as a gynecological syndrome manifesting with menstrual irregularities and subfertility, contemporary endocrinology recognizes PCOS as a complex metabolic-endocrine disorder. At its pathogenic core lies an interplay between peripheral insulin resistance, compensatory hyperinsulinemia, and ovarian theca-cell androgen hypersecretion. This comprehensive review outlines evidence-based medical nutrition therapy, recognized internationally as the primary first-line intervention for PCOS.

Anatomy and physiology of taste buds: structural histology, lingual papillae classification, and sensory perception

Anatomy and physiology of taste buds: structural histology, lingual papillae classification, and sensory perception

The sense of taste (gustation) operates as an indispensable physiological and evolutionary mechanism, enabling humans to appraise caloric nutritional value while guarding against dangerous toxins and spoiled food. Chemical tastants are detected by specialized taste buds embedded within lingual papillae, the soft palate, and pharyngeal mucosa. A thorough examination of taste bud histology, lingual papillae classification, the five core taste modalities, and neural signaling pathways.

Skincare for Acne-Prone Skin: Creams, Cleansers, Toners, and Active Dermatological Agents

Skincare for Acne-Prone Skin: Creams, Cleansers, Toners, and Active Dermatological Agents

Effectively managing acne vulgaris demands a pathophysiological approach targeting the four core drivers: follicular hyperkeratinization, excess sebum output, Cutibacterium acnes proliferation, and local inflammation. Harsh stripping using astringent alcohols damages the stratum corneum barrier, perpetuating rebound flares. This evidence-based dermatological guide explores clinically proven active ingredients—including azelaic acid, salicylic acid, niacinamide, and non-comedogenic ceramide moisturizers.

Creatinine and eGFR: Reference Ranges, Clinical Deviations, and Dietary Impact on Renal Function

Creatinine and eGFR: Reference Ranges, Clinical Deviations, and Dietary Impact on Renal Function

Serum creatinine concentration and the derived estimated glomerular filtration rate (eGFR) represent foundational clinical biomarkers for assessing renal excretory performance. As a metabolic byproduct of muscle phosphocreatine breakdown, creatinine is cleared primarily via glomerular filtration. This comprehensive review examines reference intervals, pathological elevations and declines, diagnostic confounders, and the impact of hydration, high-protein diets, and sports supplementation.

Dioxins in the Food Chain – Hazards, Health Effects, and Preventive Strategies

Dioxins in the Food Chain – Hazards, Health Effects, and Preventive Strategies

Dioxins and dioxin-like polychlorinated biphenyls (dl-PCBs) rank among the most toxic persistent organic pollutants (POPs). Characterized by exceptional chemical stability, they bioaccumulate along the food chain. This article explores their toxicological mechanisms, food contamination routes, and practical dietary mitigation strategies.

Can You Lose Weight Eating Only Fast Food? An Analysis of the McDonald's Experiment

Can You Lose Weight Eating Only Fast Food? An Analysis of the McDonald's Experiment

Does fat loss depend solely on the energy balance equation, or does food quality dictate long-term health? An analysis of John Cisna's famous experiment—who ate exclusively at McDonald's for 180 days and lost 25 kilograms—illuminates the thermodynamic paradox of energy balance and the physiological limitations of the IIFYM framework.

Nutritarian diet – principles, ANDI nutrient density index, and health benefits

Nutritarian diet – principles, ANDI nutrient density index, and health benefits

Formulated by physician Dr. Joel Fuhrman, the Nutritarian diet prioritizes micronutrient density per calorie over traditional macronutrient ratios. Using the Aggregate Nutrient Density Index (ANDI), it classifies foods by their concentration of vitamins, minerals, and phytochemicals relative to energy content. Discover the principles and health impacts of this whole-food model.

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