Planarians have eyespots which help them to sense light. They cant see any clear object but they can tell what is light or dark. Tapeworms dont see anything because they live inside our bodies and its dark so they dont need to see anything.
Earthworms utilize their moist skin for gas exchange through diffusion, while planarians have a branching system of tubes called flame cells that help transport gases using cilia-driven fluid movements. This difference in internal transport of gases reflects the varying complexities in respiratory systems between the two organisms.
Their conformation
the power of absolute monarchs is unlimited
Ability to survive and reproduce under conditions that differ from their optimal conditions
The smallest increase in the intensity of a stimulus that a person can detect is called the just noticeable difference (JND). This is the minimum amount by which two stimuli must differ in order for the difference to be perceptible to an individual.
Protein A and protein G differ in their ability to bind to specific antibodies based on their binding preferences. Protein A primarily binds to antibodies from the IgG class, while protein G has a broader binding range and can bind to antibodies from multiple classes, including IgG, IgM, and IgA.
Trypanosoma brucei (cause of sleeping sickness) is a protist with a flagella. It is a eukaryote. It is carried by the tsetse fly and humans. Bacteria are prokarocytes and don't have membrane bound organelles. The other parasite mentioned are different and have many cells. For example, tapeworms.
Risk taking ability is the difference. Bankers take the risk of investment on themselves whereas the brokerages do not take the risk of investment on themselves.
Vascular plants can transport water throughout themselves and non-vascular plants lack tissues that give them that ability.
Vascular plants can transport water throughout themselves and non-vascular plants lack tissues that give them that ability.
Penetrating solutes can cross cell membranes easily due to their ability to dissolve in lipids, while non-penetrating solutes cannot cross cell membranes easily because they do not dissolve in lipids.
Indirect and sandwich ELISA techniques are both used to detect specific proteins, but they differ in how they capture and detect the target protein. In indirect ELISA, the target protein is captured by an antibody that is then detected by a secondary antibody. In sandwich ELISA, the target protein is captured between two antibodies, one that binds to the target protein and another that detects it.