Erstellt von Erin Boseley
vor mehr als 8 Jahre
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Frage | Antworten |
What reaction breaks down larger biological molecules? | Hydrolysis |
What does amylase do? | Catalyses the breakdown of starch into maltose, by breaking the glycosidic bonds |
Where is amylase produced? | Salivary glands and pancreas |
Where is amylase used? | Mouth and small intestine |
What are membrane-bound disaccharides? | Enzymes attached to the cell membranes of epithelial cells |
What enzyme catalyses the break down of starch? | Amylase |
What enzyme catalyses the breakdown of lipids? | Lipase |
What do lipase enzymes do? | Catalyse the breakdown of lipids by hydrolysing the ester bonds |
Where is lipase created? | Pancreas |
Where is lipase used? | Small intestine |
What are bile salts? | Salts produced by the liver to emulsify lipids |
What enzymes catalyse the breakdown of proteins? | Endopeptideases, exopeptideases and dipeptideases |
What do endopeptideases do? | They hydrolyse peptide bonds within a protein |
What do exopeptideases do? | They hydrolyse peptide bonds at the end of proteins and remove single amino acids from proteins |
What do dipeptideases do? | Specifically hydrolyse the peptide bond in a depeptide |
How are monosaccharides absorbed? | By active transport with sodium ions, via a co-transporter protein |
How are monoglycerides and fatty acids absorbed? | They diffuse directly across the epithelial cell membrane |
How are amino acids absorbed? | They diffuse via sodium-dependent transport proteins |
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