Final answer:
Osmoconformers do not match the osmotic pressure of their cells with that of the environment, leading to differences in blood solutes compared to the ocean. Osmoregulators, on the other hand, can change the osmotic pressure to match that of their cells.
Step-by-step explanation:
From the fact that blood solutes in osmoconformers are different from the solutes in the ocean, we can draw the conclusion that osmoconformers do not match the osmotic pressure of their cells with that of the environment. Osmoconformers, such as most marine invertebrates, have body fluid concentrations that conform to changes in seawater concentration. This means that their blood solutes differ from those in the ocean. On the other hand, osmoregulators can change the osmotic pressure of their body fluids, matching the osmotic pressure of their cells with that of the environment.