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
Michael Ritchie
Aug 30, 20215 min read
Why do we give fluids in resuscitation? Part 5: Keeping the fluid intravascularly
We give fluids in resuscitation because of the oxygen delivery equation.
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
Michael Ritchie
Aug 10, 20214 min read
Why do we give fluids in resuscitation? Part 4: Hydrostatic Pressure
Hydrostatic pressure is the pressure that opposes oncotic pressure and added osmolarity.
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
Michael Ritchie
Jul 31, 20215 min read
Why do we give fluids in resuscitation? Part 3: Osmotic Pressure
The logical next step in keeping volume intravascularly is giving hypertonic solutions.
666 views0 comments

Michael Ritchie
Jul 22, 20216 min read
Why do we give fluids in resuscitation? Part 2: Oncotic Pressure
Albumin makes up 75% of the oncotic pressure in the intravascular space.
536 views2 comments

Michael Ritchie
Mar 22, 20218 min read
Renal venous congestion: Renal failure and Hemodynamics
If a patient is hypervolemic and developing an AKI, it is usually due to volume overload and renal venous congestion.
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