Biochemestry
Across
- 2. The disaccharide component in milk, composed of the monosaccharide components glucose and galactose.
- 5. fat Can't hold any more hydrogen compounds ( most found in animals).
- 6. Storage compound in a plant.
- 9. Type of molecule that has ratio of 2:1.
- 11. Simple sugar.
- 12. Something that cannot be solved or dissolved.
- 15. A type of polysaccharides that storage in plant cell walls.
- 16. Another way to call Amino Acids.
- 18. A sweet, syrupy liquid obtained from animal fats and oils or by the fermentation of glucose.
- 20. Chemical reaction that puts together two molecules by losing water molecule.
- 21. Sweetest sugar found in fruits.
- 22. Two sugar molecule combined by giving off water.
- 24. Acids Organic compounds containing an amino group and a carboxylic acid group.
- 25. The molecular unit that joins with similar units to form a polymer.
- 27. A chemical reaction in which the interaction of a compound with water results in the decomposition of that compound.
- 28. Has large molecules made up of many relatively simple repeated units.
Down
- 1. Having been altered in natural quality.
- 3. Made of one molecule of glucose and one molecule of fructose.
- 4. fat Can hold more hydrogen molecules ( most found in plants).
- 7. Important in membrane cell.
- 8. The univalent radical, COOH, the functional group characteristic of all organic acids.
- 10. Many sugars.
- 13. Monomer produced in green plants by photosynthesis.
- 14. Any substance containing carbon-based compounds, especially produced by or derived from living organisms.
- 15. A substance that increases the rate of a chemical reaction without itself suffering any permanent chemical change.
- 17. Produce by body in liver.
- 19. group Chemical group attached to the alpha carbon in an amino acid ( can be 20 different type of amino acids).
- 21. Acid A carboxylic acid with a long aliphatic tail (chain), which is either saturated or unsaturated.
- 23. Most common type of steroid in our body.
- 26. A type of protein that speeds up reaction to make them occur much faster than they would on their own.