This is an attempt to answer, not "the" answer.
I question the ability to inject a single red blood cell (erythrocyte) with water intravenously. Honestly you would need a very small syringe and a microscope to complete this procedure.
However if you did manage to do so, my guess is that the cell would break apart (lyse) from the sudden increase in pressure, ultimately destroying the cell.
Doxorubicin has a solubility of 10mg in 1 ml of water, which should be warmed slightly.
If a red blood cell is placed into a hypotonic solution then the water concentration inside the cell is lower than outside the cell. The salt concentration is higher inside the cell than outside. So, due to the process of osmosis (water will travel from an area of high concentration to an area of low concentration) and the water will enter the red blood cell, increasing the pressure inside the cells. Red blood cells only have a thin membrane, they therefore can not cope with this high pressure and will eventually burst.
Since the levels of water inside the blood cell are lower than the levels outside the blood cell, water would diffuse down it's concentration gradient into the cell, and too much water in the cell would cause it too burst. This is known as lysis. The reason why this doesn't happen in blood is because the concentration in blood is lower than in pure water.
Intravenous liquid is a solution composed of water and dissolved electrolytes, sugars, and other nutrients. While water is a compound (H2O), the dissolved substances in intravenous liquid can be considered compounds on their own.
Blood does not mix with water because blood is thicker and more dense then water. That is why if you put both in a container the blood will sink to the bottom and the water will rise to the top.
Irinotecan is a water-soluble drug that is typically administered intravenously. Its solubility can vary depending on the formulation and concentration used for administration.
Proteins given intravenously can increase a patient's blood volume by attracting water into the blood vessels due to their osmotic effect. This increase in blood volume can lead to a subsequent rise in blood pressure, although the effect may vary depending on the type and amount of protein administered. Close monitoring is necessary to prevent any adverse effects such as fluid overload.
Blood and blood cells contain certain amounts of various ions, meaning that distilled water would be highly hypotonic in comparison. The osmotic pressure would cause the water to enter red blood cells, causing them to swell and burst.
Doxorubicin has a solubility of 10mg in 1 ml of water, which should be warmed slightly.
An isotonic solution such as saline must be administered intravenously to maintain a proper concentration gradient. Water is hypotonic in relation to red blood cells and will cause the water to flow into the cell bringing about hemolysis. - S. Alam
Yes, Demerol (meperidine) is water-soluble, which allows it to be administered intravenously or intramuscularly. Its water solubility facilitates its absorption and distribution in the body when given through these routes. However, when taken orally, its solubility also plays a role in its bioavailability and effectiveness.
Blood in the Water match happened in 1956.
Nothing - peoples skin is water (and blood) proof.
since there were no enough water and salts reabsored, there woulnd't be enough blood volume, and blood pressure will be decreased.
If water was not reabsorb blood volume and blood pressure would drop. A person could not live under such circumstances.
Sterile water for injection is a type of water that has been sterilized to remove impurities and pathogens, making it safe for various medical and pharmaceutical applications. It is used as a solvent or diluent for medications that need to be administered intravenously or as a vehicle for reconstituting medications for injection.
it would shrivel up