Biochemical Foundations of Human Vital Activity - Volkov, N. I., & Nesen, E. N. 2000
Biochemical Foundations of Human Vital Activity
Subject and Research Methods of Biochemistry
Chemical Structure of the Human Body
Transformation of Macromolecules
Metabolism in the Organism
Metabolism is an essential condition for the existence of a living organism
Metabolism in the Body
Catabolic and anabolic reactions: two sides of metabolism
Stages of Nutrient Breakdown and Energy Extraction in Cells
Cellular Structures and Their Role in Metabolism
Biochemical Foundations of Human Life Activity
Energy Metabolism in the Organism
Biochemical Foundations of Human Vital Activity
ATP is the universal source of energy in the organism
Energy Metabolism in the Body
Biological oxidation as the primary pathway of energy production in body cells
Biochemical Foundations of Human Life Processes
Mitochondria: The Powerhouses of the Cell
Biochemical Foundations of Human Vital Activity
The Citric Acid Cycle as the Central Pathway of Aerobic Nutrient Oxidation
Oxidative phosphorylation is the main mechanism of ATP synthesis
Biochemical Foundations of Human Body Vital Activity
Water and Mineral Metabolism
Water and Its Role in the Body
Biochemical Foundations of Human Life Activity
Water Balance and Its Changes During Muscular Activity
Biochemical Foundations of Human Vital Activity
Minerals and Their Role in the Organism
Biochemical Foundations of Human Life Activity
Mineral Metabolism During Muscular Activity
Biochemical Foundations of Human Vital Activity
Acid-Base Balance of the Organism
Mechanisms of Substance Transport
Acid-Base Balance of the Body
Acid-Base Balance of the Body's Internal Environment
Buffer systems and their role in maintaining stable environmental pH
Enzymes — Biological Catalysts
Enzymes: Biological Catalysts
Structure of Enzymes and Coenzymes
Enzymes — biological catalysts
Enzymes: Biological Catalysts
Biochemical Basis of Human Body Functioning
Factors Affecting Enzyme Activity
Biochemical Foundations of Human Life Activity
Enzymes - Biological Catalysts
Biochemical Basis of Human Vital Activity
Vitamins
Biochemical Foundations of Human Vital Activity
Characteristics of Fat-Soluble Vitamins
Characteristics of Water-Soluble Vitamins
Hormones as Metabolic Regulators
Biochemical Foundations of Human Body Functioning
Hormones as Regulators of Metabolism
Biochemical Foundations of Human Vital Activity
Hormones as Metabolic Regulators
Regulation of Hormone Biosynthesis
Hormones as Regulators of Metabolism
Hormones as Metabolic Regulators
The Role of Hormones in Muscular Activity
Biochemistry of Carbohydrates
Chemical Composition and Biological Role of Carbohydrates
Characteristics of Carbohydrate Classes
Carbohydrate Metabolism in the Human Body
Carbohydrate digestion and absorption into the bloodstream
Blood Glucose Level and Its Regulation
Intracellular Carbohydrate Metabolism
Carbohydrate Biochemistry
Carbohydrate Metabolism During Muscular Activity
Lipid Biochemistry
Chemical Composition and Biological Role of Lipids
Biochemistry of Lipids
Characteristics of Lipid Classes
Biochemical Foundations of Human Life Activity
Biochemical Foundations of Human Vital Activity
Regulation of Lipid Metabolism
Lipid Metabolism During Muscular Activity
Chemical Structure of Nucleic Acids
Biochemical Foundations of Human Life Activity
Structure, Properties, and Biological Role of DNA
Biochemical Foundations of Human Vital Activity
Structure, Properties, and Biological Role of RNA
Nucleic Acid Biochemistry
Biochemistry of Proteins
Chemical Composition and Biological Role of Proteins
Structural Organization of Proteins
Characteristics of Specific Proteins Involved in Ensuring Muscular Activity
Protein Biochemistry
Free Peptides and Their Role in the Organism
Biochemistry of Proteins
Protein Metabolism in the Body
Protein Biochemistry
Protein Digestion and Amino Acid Absorption
Biochemistry of Proteins
Protein Biosynthesis and Its Regulation
Protein Biochemistry
Intracellular Amino Acid Transformation and Urea Synthesis
Biochemistry of Proteins
Protein Metabolism during Muscular Activity
Integration and Regulation of Metabolism as the Biochemical Basis of Adaptation Processes
Integration and Regulation of Metabolism: The Biochemical Basis of Adaptation Processes
Interconversion of Carbohydrates, Fats, and Proteins
Integration and Regulation of Metabolism as the Biochemical Basis of Adaptation Processes
The Role of Individual Tissues in the Integration of Intermediary Metabolism
Biochemistry of Sports
Biochemistry of Muscle and Muscle Contraction
Types of Muscles and Muscle Fibers
Structural Organization of Muscle Fibers
Chemical Composition of Muscle Tissue
Biochemistry of Muscle and Muscular Contraction
Structural and Biochemical Changes in Muscles during Contraction and Relaxation
Biochemistry of Muscle and Muscle Contraction
Molecular Mechanism of Muscle Contraction
Bioenergetics of Muscular Activity
General Characteristics of Energy Production Mechanisms
Creatine Phosphokinase Mechanism of ATP Resynthesis
Glycolytic Mechanism of ATP Resynthesis
Sports Biochemistry
Myokinase Mechanism of ATP Resynthesis
Biochemistry of Sports
Aerobic Mechanism of ATP Resynthesis
Activation of Energy Systems under Various Physical Loads and Their Adaptation during Training
Biochemical Changes in the Body During Exercise of Varying Power and Duration
General Trends in Biochemical Process Alterations During Muscular Activity
Biochemical Changes in the Body During Exercise of Various Intensity and Duration
Oxygen Transport to Working Muscles and Its Consumption During Muscular Activity
Biochemical changes in the body during exercise of varying intensity and duration
Biochemical changes in individual organs and tissues during muscular work
Biochemical Factors of Fatigue
Biochemical factors of fatigue during short-term exercises of maximal and submaximal power
Biochemical factors of fatigue during prolonged high- and moderate-intensity exercise
Biochemical Characteristics of Recovery Processes During Muscular Activity
Dynamics of Biochemical Recovery Processes After Muscular Work
Biochemical Characteristics of Recovery Processes during Muscular Activity
Sequence of Recovery of Energy Reserves after Muscular Work
Biochemical Characteristics of Recovery Processes During Muscular Activity
Elimination of Metabolic Waste Products During the Rest Period Following Muscular Work
Utilizing the Patterns of Recovery Processes in Structuring Sports Training
Biochemical Factors of Athletic Performance
Factors Limiting Human Physical Performance
Indicators of Aerobic and Anaerobic Performance in Athletes
The Impact of Training on Athletes' Performance
Biochemical foundations of athletes' speed and strength qualities and methods for their development
Biochemical characteristics of speed and strength qualities
Biochemical Foundations of Athletes' Speed-Strength Qualities and Methods of Their Development
Biochemical Foundations of Athletes' Speed-Strength Training Methods
Sports Biochemistry
Biochemical Foundations of Athletes' Endurance
Biochemical Factors of Endurance
Biochemistry of Sports
Training Methods Promoting Endurance Development
Regularities of Biochemical Adaptation in the Process of Athletic Training
Physical Exertion, Adaptation, and Training Effect
Regularities of Biochemical Adaptation in the Process of Sports Training
Regularities of the Development of Biochemical Adaptation and Training Principles
Specificity of Adaptive Changes in the Body During Training
Reversibility of Adaptation Changes during Training
Patterns of Biochemical Adaptation in Sports Training
Sequence of Adaptive Changes During Training
Regularities of Biochemical Adaptation in the Process of Athletic Training
Interaction of Training Effects in the Course of Training
Cyclical Nature of Adaptation Development in the Training Process
Biochemical Foundations of Athletes' Rational Nutrition
Biochemical Foundations of Rational Nutrition for Athletes
Principles of Rational Nutrition for Athletes
Energy Consumption of the Organism and Its Dependence on the Performed Work
Balance of Nutrients in an Athlete's Diet
Biochemical Foundations of Athletes' Rational Nutrition
The role of individual dietary chemical components in supporting muscular activity
Dietary Supplements and Weight Management
Biochemical Control in Sports
Objectives, Types, and Organization of Biochemical Control
Objects of Study and Key Biochemical Indicators
Biochemical Control of the Development of the Body's Energy Supply Systems During Muscular Activity
Biochemical Monitoring of Training Status, Fatigue, and Recovery in Athletes