hypertonic solution cell

This is apparently small and not detectable by the present methods of meas- urement. When sections are placed in hypertonic solution their cells are rapidly 

19 Jun 1982 Exposing the muscle cell to hypertonic solution may induce cell dehydration and hence changes in the ion concentrations of myoplasm ...

agents indicating that muscarinic stimulants produced their effects by acting directly on the smooth muscle cell. 5. In hypertonic solution slow waves occurred 

of hemoglobin from red cells it is then reasonable to assume that this level of hypertonic NaCl solutions could provoke cellular damage. Keeping in mind 

properties. They concluded that the smooth muscle cells of the portal vein could be classified as visceral smooth muscle from the electrical properties.

In comparison to the cell's (or item's) concentration a solution can be isotonic

volume changes in hypotonic solutions is closely related to the study of. "osmotic" hwemolysis. The methods available for the measurement of red cell volume in.

Hypertonic solution. In hypertonic solution the membrane potential was All records from the same cell in hypertonic solution 35° C. Records (a) and (b) ...

ABSTRACT. Rapid injections of hypertonic sucrose sodium chloride

concentrated than the cell sap (hypertonic solutions). When similar tissue osmotic solution. The slices were vacuum infiltrated and incu- bated in the ...

A Hypertonic solution has more solute (so LESS water) than the cell. A cell placed in this solution will give up water (osmosis) and shrink. A Hypotonic 

19-Jun-1982 to be directly related to the development of cell dehydration. The hypertonic solutions produced a slight increase in the resting potential.

properties. They concluded that the smooth muscle cells of the portal vein could be classified as visceral smooth muscle from the electrical properties.

agents indicating that muscarinic stimulants produced their effects by acting directly on the smooth muscle cell. 5. In hypertonic solution slow waves 

Tonicity. A solution is said to be isotonic with a cell if the cell neither swells nor shrinks when immersed in it. Hypertonic solutions cause shrinkage 

hypertonic solutions containing radiolabeled mannitol and its cellular uptake was determined. Results: Hypertonic mannitol exposure produced initial cell 

crose and uirea. The sickling phenomenon was also elicited in patients with sickle-cell anemia by hypertonic solutions of mannitol and sucrose.

When discussing the way solutions separate by selective permeability the terms isotonic

Water will flow into the cell causing it to swell or burst. Period: Biology. Osmosis. Isotonic. Solution. X. Date: Hypotonic Hypertonic. Solution Solution.

06-May-2010 Insulin release was measured using intact islets by radioimmunoassay. exposure to a 33% hypertonic bath solution resulted in an initial ...

Key Concepts: The prefix hyper- refers to “high” as in hypertension (high blood pressure) A hypertonic solution has a higher amount of solute (the solid that is being dissolved) and a lower amount of solvent (the liquid that is dissolving the solute)

Hypertonic Solution Hypertonic: The solution has a higher concentration of solutes and a lower concentration of water than inside the cell (High solute; Low water)? Result: Water moves from inside the cell into the solution: Cell shrinks (Plasmolysis)! • Osmosis Animations for isotonic hypertonic and hypotonic solutions shrinks

membrane a hypotonic solution will cause a cell to swell from the osmotic uptake of water Conversely if a cell is placed in a solution with a high particle (low water) concentration relative to the cell that cell will lose water The latter cell is in a hypertonic solution defined as a solution that will make a cell shrink because of the

Hypotonic solutions are used when the cell is dehydrated and fluids need to be put back intracellularly This happens when patients develop diabetic ketoacidosis (DKA) or hyperosmolar hyperglycemia Important: Watch out for depleting the circulatory system of fluid since you are trying to push extracellular fluid into the cell to re-hydrate it

Cells hypertonic to their surrounding solutions cause water to move into the cell and cause it to expand The cell has a higher number of particles (solutes) dissolved in it than the solution outside of the cell membrane This causes turgor pressure in plants that make the plants rigid for support