I INFUSION TECHNIC
1. Historical aspects of infusion therapy and the beginnings of instrument infusion therapy. Terminology and nomenclature incl. other sanitary instruments which are connected with clinical aplication. Basic principles and construction of peristaltic pump – its properties and using in clinical praxis.
2. Clarification occlusion pressure, calculation pump performance, basic properties and advantages. Influence operating parameters on effectiveness of treatment, set properties, change of parameters in time and stability of therapy parameters. Lineratization of peristaltic pump to infusion pump – lamella or sequential type, structural solution and basic properties.
3. Derived pumping technology – enteral pumps and its structural design. Linear dispense – using a syringe, basic properties. Safety features of infusion technics and its importance. Possible negative effects of infusion technics (foreign objects, compatibility of drugs, air embolism, etc.)
4. Using disposable sanitary instruments necessary for functionality of infusion technics, its importance, effect on quality and effectiveness of treatment.
5. Other pumping technologies for section medical aplications (diaphragm concentrate pumps, ultrafiltration pumps, tooth and degassing pumps, etc.)
6. Systems for infusion technic.
II DIALYSIS TECHNOLOGIES
1. Historical aspects of dialisis therapy. Basic biophysical principles of dialisis therapy (diffusion, convection, ultrafiltration, osmosis, etc.)
2. Permeable membranes, principle and constructional solution of dialisis, its properties, basic parameters and its importance. Elimination of metabolic toxins, ultrafiltration of water plasma, hemofiltration method, material and technologic biokompatibility, etc.
3. Extracoproreal bloodstream, its basic elements (dialyzer, needles, sets, etc.), influency on treatment efficacy and safety, circulation parameters, preparation for clinical aplication, recirculation, medication entry.
4. Water treatment for dialisis therapy on the basis of reverse osmosis and its importance. The issue of dialysis concentrate, dialysis solution and quality assessment.
5. Microbiological safety of dialysis therapy, the cleaning and desinfection issue of dialysis technics.
6. Adequacy of dialysis therapy, online principles of monitoring adequacy. Safety of dialysis therapy. Ecological aspects of dialysis therapy.
1. Historical aspects of infusion therapy and the beginnings of instrument infusion therapy. Terminology and nomenclature incl. other sanitary instruments which are connected with clinical aplication. Basic principles and construction of peristaltic pump – its properties and using in clinical praxis.
2. Clarification occlusion pressure, calculation pump performance, basic properties and advantages. Influence operating parameters on effectiveness of treatment, set properties, change of parameters in time and stability of therapy parameters. Lineratization of peristaltic pump to infusion pump – lamella or sequential type, structural solution and basic properties.
3. Derived pumping technology – enteral pumps and its structural design. Linear dispense – using a syringe, basic properties. Safety features of infusion technics and its importance. Possible negative effects of infusion technics (foreign objects, compatibility of drugs, air embolism, etc.)
4. Using disposable sanitary instruments necessary for functionality of infusion technics, its importance, effect on quality and effectiveness of treatment.
5. Other pumping technologies for section medical aplications (diaphragm concentrate pumps, ultrafiltration pumps, tooth and degassing pumps, etc.)
6. Systems for infusion technic.
II DIALYSIS TECHNOLOGIES
1. Historical aspects of dialisis therapy. Basic biophysical principles of dialisis therapy (diffusion, convection, ultrafiltration, osmosis, etc.)
2. Permeable membranes, principle and constructional solution of dialisis, its properties, basic parameters and its importance. Elimination of metabolic toxins, ultrafiltration of water plasma, hemofiltration method, material and technologic biokompatibility, etc.
3. Extracoproreal bloodstream, its basic elements (dialyzer, needles, sets, etc.), influency on treatment efficacy and safety, circulation parameters, preparation for clinical aplication, recirculation, medication entry.
4. Water treatment for dialisis therapy on the basis of reverse osmosis and its importance. The issue of dialysis concentrate, dialysis solution and quality assessment.
5. Microbiological safety of dialysis therapy, the cleaning and desinfection issue of dialysis technics.
6. Adequacy of dialysis therapy, online principles of monitoring adequacy. Safety of dialysis therapy. Ecological aspects of dialysis therapy.