'Hypertonic solutions' presentation slideshows

Vocabulary List #5

Vocabulary List #5. 1. Hypertonic Solution- a solution that has more solute in it than a cell. 2. Hypotonic Solution- a solution that has less solute in it than a cell. 3. Isotonic Solution- a solution that has the same solute concentration as a cell.

619 views • 61 slides

AP Biology Review

AP Biology Review. Mr. Brandon Boswell b randon.boswell@browardschools.com Cypress Bay High School 18600 Vista Park Blvd. Weston, FL 33332. Background. Undergrad: Philosophy & Biochemistry Masters in Epidemiology Adherence to Antiretroviral Therapies

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DO NOW!!

DO NOW!!. What is the function of the contractile vacuole? How does this help osmo -regulation? What is a centriole ? What process are they involved in? Name three organelles limited to unicellular organisms?. Matching definitions of organelles.

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Cellular Transport Osmosis and Diffusion!

Cellular Transport Osmosis and Diffusion!. Ch. 8 See how it flows! Mrs. Andrianopoulos. Diffusion. Mixing of two substances by the random motion of molecules

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FLUID RESUSCITATION

FLUID RESUSCITATION. CURRENT THINKING Dr Sean R Santos CGH. Objectives. Define Shock Consider methods for recognising the shocked casualty Discuss pre-hospital management In-hospital Management Future Developments. Shock.

1.13k views • 34 slides

Chapter 8 Solutions

Chapter 8 Solutions. 8.6 Properties of Solutions. Solutions. Solutions contain small particles (ions or molecules) are transparent do not separate, even by filtration or through a semipermeable membrane do not scatter light. Colloids. Colloids have medium-sized particles

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Cellular Homeostasis as complex chemicals reactions

Cellular Homeostasis as complex chemicals reactions. Biology 11 G.Burgess 2007. Eukaryotic cells. Review Eukaryotic cells all have membrane bound organelles Phospholipid bilayer separates the cell from the fluids in its surrounding environment.

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DAMAGE CONTROL RESUSCITATION

DAMAGE CONTROL RESUSCITATION. Duchesne JC ET al - article on clickUP 2013 Dr du Plessis. 1. DAMAGE CONTROL QUESTIONS:. What is damage control surgery? Why is blood necessary for resuscitation? What is permissive hypotension? Is there a role for hypotonic solutions?

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ASEPSIS AND ANTISEPSIS

ASEPSIS AND ANTISEPSIS.

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Do Now

Do Now. What is osmosis? What happened when we put our gummi bears into water? WHY did this happen?. Objectives. To understand what happens during osmosis in regards to osmotic pressure. To compare and contrast hypertonic, hypotonic, and isotonic solutions.

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Buffer Solutions May Compromise Cardiac Resuscitation by Reducing Coronary Perfusion Pressure

Buffer Solutions May Compromise Cardiac Resuscitation by Reducing Coronary Perfusion Pressure. JAMA. 1991;226:2121-2126 Kette, Weil, Gazmuri Chicago, IL

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5.4 Osmosis

5.4 Osmosis. T he diffusion of water across a membrane Depends on solute concentration inside and outside of cell W ater moves across a membrane until the concentration of solute is equal on both sides of the membrane Type of passive transport. Lower concentration of solute. Equal

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Acids, Bases, and pH

Acids, Bases, and pH. Isotonic Solutions Hypertonic Solutions Hypotonic Solutions. The pH Scale. The pH scale is a measurement of how acidic or basic a solution is. Measures the concentration of H + ions. pH of 0-6 indicate an acidic substance pH of 8-14 indicates a basic substance

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Body fluid Regulation & abnormalities

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Osmosis

Osmosis. Water Concentrations Movement of water molecules (H20) across a permeable membrane. Molecules move from area of high concentrations to areas of low concentrations. Aims to equalize concentration inside and outside the cell. 3 Osmosis Situations Isotonic Hypotonic Hypertonic.

219 views • 5 slides