Dimethylsulfoxide, known as DMSO, has been credited for medical uses in and on the human body for over 100 years. But is it safe for this use? Little is known about its effects on cells. To find out more about this "medical chemical," you conduct experiments on solutions of DMSO (CH3SO). You note that a physiological isotonic solution of DMSO (0.31 OsM) causes the red blood cells in sheep's blood to burst (immediate hemolysis). DMSO has a comparable molecular weight (DMSO MW = 78.14 g/mol) to other solutes you have tried in our lab; for example, Magnesium Chloride has a molecular weight of 95.21 and potassium chloride has a molecular weight of 74.55. But neither of these solutes cause immediate hemolysis in isotonic solutions. How is this possible, since you have learned in the past that in isotonic solutions there is not a net movement of water in or out of cells? Explain in a short paragraph how the phenomenon of immediate hemolysis in an isotonic DMSO solution could occur, deducing what the properties of the molecule must be that explains it.