The question cannot be answered with certainty without knowing the identity of the solutes present in the IV solution. The pressure of the fluid and the cells are the same, but the solutes in the IV solution may have an effect on how it affects the cells.
An isosmotic solution with plasma would have an osmolality of approximately 280-300 mOsm/kg, which is similar to the osmolality of human plasma. This ensures that there is no net movement of water across cell membranes when in contact with plasma, maintaining cell volume.
Urea is isosmotic to the intracellular fluid of red blood cells, but because the membranes of the blood cells are permeable to urea. Urea enters the cell at a much more rapid rate than other permeable solutes (because of the steep concentration gradient) and the cell fills to it bursts.
An intravenous solution must be isotonic to prevent injury to red blood cells. This means that the solution has the same concentration of solutes as blood and will not cause the cells to shrink or swell due to osmotic imbalances.
An intravenous solution should be sterile, isotonic, and pyrogen-free to ensure it is safe and compatible with the body's internal environment. It should also be free from particulate matter and properly labeled with the correct concentration and expiration date for administration.
One example of a hypo-tonic solution used in intravenous infusion is 0.45% saline, also known as half-normal saline. This solution has a lower concentration of salt compared to the normal concentration in the body, making it hypo-tonic.
An isosmotic solution with plasma would have an osmolality of approximately 280-300 mOsm/kg, which is similar to the osmolality of human plasma. This ensures that there is no net movement of water across cell membranes when in contact with plasma, maintaining cell volume.
An isotonic solution (in other words any solution that is isosmotic with the cytoplasm)
isotonic solution comprise non-penetrating solute and they are solution having the same osmotic pressure as the cell they surround. they are neither absorbed or do they absorb anything from the cell.Iso-osmotic solutions are comprise penetrating and non-penetrating solutes .although they have the same osmotic pressure as the cell they surround ,they comprise penetrating solute ,which can enter the cell and increase the cell's osmotic pressure .increasing the cell's osmotic pressure,make the cell prone to absorb water from the medium in order to equalize the osmotic pressure on both sides,and this cause bursting of the cell.
isotonic intravenous solution
Urea is isosmotic to the intracellular fluid of red blood cells, but because the membranes of the blood cells are permeable to urea. Urea enters the cell at a much more rapid rate than other permeable solutes (because of the steep concentration gradient) and the cell fills to it bursts.
2.3 percent glucose solution and .3 percent sodium solution
An isotonic solution that has the same solute concentration as the intracellular fluid will not cause a change in the intracellular volume when introduced to cells. This is because there will be no net movement of water across the cell membrane, maintaining equilibrium. Examples of isotonic solutions include normal saline (0.9% NaCl) or Ringer's solution.
0.9
Typically in an IV (intravenous) drip.
Intracellular gelatinous solution refers to the fluid inside a cell that has a gel-like consistency due to the presence of various molecules and organelles. This solution, known as cytoplasm, plays a crucial role in maintaining the structural integrity of the cell and facilitating various cellular processes.
Intravenous (IV) rehydration is a treatment for fluid loss in which a sterile water solution containing small amounts of salt or sugar is injected into the patient's bloodstream.
An intravenous solution must be isotonic to prevent injury to red blood cells. This means that the solution has the same concentration of solutes as blood and will not cause the cells to shrink or swell due to osmotic imbalances.