Type in either "anabolic" or "catabolic" in each blank. When we eat, we eat macroscopic things.

Step 1: The first blank is asking about the process of breaking down large molecules into smalle

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Type in either "anabolic" or "catabolic" in each blank. When we eat, we eat macroscopic things. But the only way we can absorb the nutrients from our food is by transporting small molecules across our digestive cell membranes. Therefore, digestion must occur through \\ reactions. The small molecule absorbed by our digestive system then enter our blood to supply all the cells of the body. Each cell type has to use different molecules within it in order to carry out different functions. So when the nutrients arrive at our bone cells, those cells will make some different large molecules out of the nutrients than would occur in, say, fat cells or muscle cells. Taking the nutrients and making useful, large molecules out of them within a cell would be considered \\ reactions. If we haven't eaten in a while, our liver will take stored, large molecules and break them down to send nutrients through the blood to supply our body until we can eat again. If the liver runs out of stored molecules, we then break down the stored fats inside our fat cells to supply our body with nutrients until we can eat again. Such actions by the liver and fat cells are considered \\

          Type in either "anabolic" or "catabolic" in each blank. When we eat, we eat macroscopic things. But the only way we can absorb the nutrients from our food is by transporting small molecules across our digestive cell membranes. Therefore, digestion must occur through \\
reactions. The small molecule absorbed by our digestive system then enter our blood to supply all the cells of the body. Each cell type has to use different molecules within it in order to carry out different functions. So when the nutrients arrive at our bone cells, those cells will make some different large molecules out of the nutrients than would occur in, say, fat cells or muscle cells. Taking the nutrients and making useful, large molecules out of them within a cell would be considered \\
reactions.
If we haven't eaten in a while, our liver will take stored, large molecules and break them down to send nutrients through the blood to supply our body until we can eat again. If the liver runs out of stored molecules, we then break down the stored fats inside our fat cells to supply our body with nutrients until we can eat again. Such actions by the liver and fat cells are considered \\

$Type in either "anabolic" or "catabolic" in each blank. When we eat, we eat macroscopic things. But the only way we can absorb the nutrients from our food is by transporting small molecules across our digestive cell membranes. Therefore, digestion must occur through \\ reactions. The small molecule absorbed by our digestive system then enter our blood to supply all the cells of the body. Each cell type has to use different molecules within it in order to carry out different functions. So when the nutrients arrive at our bone cells, those cells will make some different large molecules out of the nutrients than would occur in, say, fat cells or muscle cells. Taking the nutrients and making useful, large molecules out of them within a cell would be considered \\ reactions. If we haven't eaten in a while, our liver will take stored, large molecules and break them down to send nutrients through the blood to supply our body until we can eat again. If the liver runs out of stored molecules, we then break down the stored fats inside our fat cells to supply our body with nutrients until we can eat again. Such actions by the liver and fat cells are considered \\$

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