Content
- Lectures: 43 hours
- Seminar: 13 hours
- Exercises 10 hours
- Independent work: 114 hours
Subject carrier
Description
Biochemistry Basic biochemic principles: Organization of matter Chemical
bonds Physical and chemical changes State of matter Water, hydrogen bond,
physical properties of water Phase diagram Osmosis, difusion, gradient Acids and
bases, disociation constant, pK, pH, buffers, pH regulation in the body
Thermodynamics of living systems: Basics of thermodynamics: thermodynamics,
heat, heat in phase changes, heat conduction, work, power, yield Energy sources
for muscle work Basics of biochemistry of exercise and sport: Metabolism:
anabolic and catabolic reactions Basic protein biochemistry Basic carbohydrate
biochemistry Basic lipid biochemistry Metabolic regulation in exercise and
sport: Basics of metabolic regulation Biochemistry of high intensive exercise
Biochemistry of resistance exercise Biochemistry of high intensity interval
training Histology: Introduction to histology: Cells, cell-cell interactions and
extracellular matrix Preparation of histological slides, basic nonspecific and
specific staining methods, basis of microscopy Structural composition of human
tissues: Epithelia and connective tissue Structure of skeletal, smooth and
cardiac muscles, Bone Cartilage Tendons and ligaments Blood, plasma, cells and
bodies Respiratory and digestive system Changes in muscle tissue in sports,
injury and disease Bone fracture repair
