| Hint | Answer | % Correct |
|---|---|---|
| anus | 100%
| |
| what is enzymes catalysing hydrolysis reactions that break bonds in large insoluble molecules to form smaller soluble molecules | chemical digestion | 100%
|
| what hydrolyses bonds between two amino acids in a dipeptide | dipeptidase | 100%
|
| what hydrolyses internal peptide bonds to produce smaller polypeptides | endopeptidase | 100%
|
| what hydrolyses large insoluble food molecules into smaller soluble molecules | enzymes | 100%
|
| what hydrolyses terminal peptide bonds of polypeptides | exopeptidase | 100%
|
| lipase-lipids | 100%
| |
| name the main organs of the digestive system | mouth | 100%
|
| oesophagus | 100%
| |
| what is the breakdown of large food pieces into smaller ones to increase SA for chemical digestion | physical digestion | 100%
|
| what enzymes are produced by the pancreas and what do they digest | proteases-proteins | 100%
|
| rectum | 100%
| |
| small and large intestine | 100%
| |
| stomach | 100%
| |
| amylase-carbohydrates | 0%
| |
| what is it when two substances are transported together in the same direction into or out of a cell through a carrier protein in the plasma membrane | cotransport | 0%
|
| destroys pathogens | 0%
| |
| what are the main functions of the stomach in digestion | digests food | 0%
|
| what increases the surface area of the lipids by splitting them into droplets called micelles | emulsification | 0%
|
| lipases are produced by the pancreas and act in the small intestine | 0%
| |
| describe the breakdown of lipids in digestion | lipases hydrolyse lipids into fatty acids and monoglycerides | 0%
|
| what does the pancreas secrete to aid digestion | pancreatic juices containing enzymes | 0%
|
| what is the alimentary canal? | pathway food takes through the body in the digestive system | 0%
|
| what is the role of the liver in digestion | produces bile salts | 0%
|
| what is the function of salivary glands in digestion | secrete saliva containing amylase | 0%
|
| what is the main function of the ileum in digestion | site of absorption | 0%
|