'Osmotic diuresis' diaporamas de présentation

Basic Fluids and Electrolytes

Basic Fluids and Electrolytes. Douglas P. Slakey. Why ? . Essential for surgeons (and all physicians) Based upon physiology Disturbances understood as pathophysiology To Encourage Thought Not Mechanical Reaction Most abnormalities are relatively simple, and many iatrogenic.

648 views • 50 slides

Basic Fluids and Electrolytes

Basic Fluids and Electrolytes. Douglas P. Slakey. Why ? . Essential for surgeons (and all physicians) Based upon physiology Disturbances understood as pathophysiology To Encourage Thought Not Mechanical Reaction Most abnormalities are relatively simple, and many iatrogenic.

718 views • 50 slides

Diuretics

Diuretics. By the end of these three lectures you will be able to:- Define and classify diuretics. Identify the site of action of each class of diuretics in the nephron . Diuretics. Describe the mechanisms of action of diuretics

2.45k views • 37 slides

Fluid Resuscitation

Fluid Resuscitation. Naiem S Moiemen Study Day - 29 October 2010. LD50. Skin Regeneration. Early Total Excision . Skin substitutes. 90%. Tangential excision. Cultured Skin. Topical antimicrobials. Nutrition. 70%. Fluid Therapy. 50%. Antibiotics. 30%. 1940s. 1950s.

1k views • 36 slides

Perioperative Fluid Management in children

609 views • 30 slides

Hyperosmolar Hyperglycemic State (HHS)

Hyperosmolar Hyperglycemic State (HHS). Hyperosmolar Hyperglycemic State (HHS) is a complication of non-insulin dependent (Type II) diabetes. It most commonly occurs in patients who have some

6.52k views • 22 slides

Management of Diabetic Ketoacidosis in the PICU

464 views • 21 slides

Formation of a Concentrated Urine

Formation of a Concentrated Urine. ADH present. 900. Na + Cl -. 1100. Fig. 23.19 modified . Antidiuretic Hormone in the formation of a concentrated urine. principal cell. Koeppen and Stanton, Renal Physiology . Medullary Gradient. two solute hypothesis NaCl urea

2.97k views • 7 slides