Both use lipase to break down fats.
Maltose is produced by autotrophs and used by heterotrophs .
Autotroph. Autotrophs make their own food using photosynthesis, which needs chlorophyll
Protists are different from any other organisms found in the animal or bacteria kingdom. For this reason, they are seen as heterotrophic or autotrophic by biologists and botanists.
Grana, which are stacks of thylakoids found in chloroplasts, are primarily associated with autotrophic nutrition. They play a crucial role in photosynthesis, allowing autotrophs like plants and algae to convert light energy into chemical energy. In contrast, heterotrophs obtain their energy by consuming organic matter, so they do not utilize grana for their nutritional processes.
heterotrophic nutrition
PGAL (phosphoglyceraldehyde) is part of the Calvin cycle in plants, which is a pathway for carbon fixation. Therefore, it is related to autotrophic nutrition, where organisms can produce their own food using inorganic carbon sources.
Pseudopods are extensions of a cell membrane used for movement in certain protists, like amoebas. These protists are typically heterotrophic, meaning they obtain nutrients by consuming other organisms. Autotrophic organisms produce their own food through photosynthesis or chemosynthesis.
Autotrophic nutrition
Both use lipase to break down fats.
Autotrophic nutrition
Maltose is produced by autotrophs and used by heterotrophs .
Autotrophic means the plant makes its own food because it is stationary unlike other species. Photosynthesis is directly related because the plant undergoes this process in order to make glucose and use it as food from carbon dioxide and water and sunlight.
Autotroph. Autotrophs make their own food using photosynthesis, which needs chlorophyll
The verb related to the noun 'nutrition' is to nourish.
Protists are different from any other organisms found in the animal or bacteria kingdom. For this reason, they are seen as heterotrophic or autotrophic by biologists and botanists.
Grana, which are stacks of thylakoids found in chloroplasts, are primarily associated with autotrophic nutrition. They play a crucial role in photosynthesis, allowing autotrophs like plants and algae to convert light energy into chemical energy. In contrast, heterotrophs obtain their energy by consuming organic matter, so they do not utilize grana for their nutritional processes.