Both animals and fungi are heterotrophic. what distinguishes animal heterotrophy from fungal heterotrophy is that most animals derive their nutrition by both animals and fungi are heterotrophic. what distinguishes animal heterotrophy from fungal heterotrophy is that most animals derive their nutrition by ingesting materials using enzymes to digest their food consuming living, rather than dead, prey preying on animals

Jason adds the antibiotic penicillin to a bacterial culture. the bacteria develop genetic modifications in their genome, which gives them resistance to the antibiotic penicillin. what caused this genetic modification?

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Juan and carol were studying invertebrates in biology. they knew that segmented or earth worms preferred a dark, moist habitat. during this lab, they would be investigating the responses of organisms called planaria or dugesia tigrina. these were simple flatworms that still had a one-way digestive system and a very simple nervous system. juan and carol placed the planaria in a petri dish containing cool, distilled water that was partially covered with black paper. they shined a light on the dish. next, they removed the paper and placed a small amount of chicken liver at one end of the dish. they added a few large salt crystals to the water. finally, they added drops of hot water to the cool water in the petri dish. their results can be seen in the data table. according to their experiment, all but one conclusion is valid.