Syllabus
I: Body Fluids and Electrolytes
- I1i / 17B04: Describe how interstitial fluid recirculates to the vascular system
- I1i / 19B01: Describe the physiological consequences of the oral ingestion of 1 litre water in a young adult
- I1i / 2208 / 21B01: Describe the regulation of body water
- I1i / 22B11: Describe the body fluid compartments
- I1i: Definitions_ fluids & electrolytes
- I1i: Describe how body detects and responds to H2O deficit
- I1i: Determinants & Regulation of ECF
- I1iii / 14B23: Describe the regulation of sodium in the body
- I1iii / 20A20: Outline the distribution, absorption, elimination, regulation and physiological role of phosphate
- I1iii / 21A18 / 19B04 / 15B10 / 14B20: Outline the pharmacology of intravenously administered magnesium sulphate
- I1iii / 22B14: Describe the physiological role, distribution & regulation of K+
- I1iii / 23B13: Outline the distribution, clearance & physiological functions of Mg2+ in the body
- I2i / 15A07: Outline the physiological responses to the rapid IV administration of 1L 0.9% NaCl to 70kg euvolemic person
- I2i / 15A10: Compare and contrast the pharmacology of mannitol and hypertonic saline
- I2i / 15B01: Compare and contrast 0.9%NaCl and 4% Albumin
- I2i / 18A17: Define osmolality and tonicity of IV fluid. Compare and contrast the pharmacology of IV 0.9 NaCl and D5W.
- I2i / 21A14: Describe the pharmacology of sodium bicarbonate
- I2i / 22A09: Describe the pharmacology of 4% albumin
- I2i / 23B18: Compare and contrast the pharmacology of Hartmann’s solution and 0.9% saline?
- I2i: Outline the ideal properties of a colloid IV fluid (25). Compare and contrast Gelatins, HES and 4% albumin (75)
- I2i: Outline the physiological responses to the rapid IV administration of 1L D5W to 70kg euvolemic person