How Are We Organised

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Across
  1. 4. Lipid consisting of a glycerol and 3 fatty acid chains, aka neutral fats
  2. 6. RNA. The molecular servant of DNA. Carries out the instructions for protein synthesis
  3. 10. Very large molecules
  4. 12. Fatty acids that have had hydrogen forced onto the carbon chain, healthy liquid fats
  5. 14. DNA. Nucleic acid that carries the instructions that code for the structure and function of the human body
  6. 15. the monomers of carbohydrates, simple sugars
  7. 17. Fatty acid chains consisting of one or more double bonds between carbon atoms
  8. 20. Organic compounds of carbon, hydrogen, and oxygen as well as nitrogen
  9. 21. ATP. A nucleotide that stores and releases energy for all cellular activities in a cell
  10. 23. A biological catalyst that increases the rate of a chemical reaction without becoming part of the reaction
  11. 24. Diverse group of organic compounds consisting of C, H, and O
Down
  1. 1. Small building block molecules that link to form polymers
  2. 2. Many monosaccharides linked together to make macromolecule carbohydrates
  3. 3. Two monosaccharides linked together
  4. 5. A reaction that breaks down polymers to form monomers, this reaction consumes a molecule of water
  5. 7. Flat molecules formed of four interlocking rings
  6. 8. A reaction that joins monomers to form polymers
  7. 9. Large molecule formed by many identical or similar building block molecules called monomers
  8. 11. Compounds containing carbon
  9. 13. Organic compound serving as a form of chemical energy for driving metabolic reactions
  10. 16. Organic compound consisting of carbon, oxygen, hydrogen, nitrogen and phosphorus also carries genetic information
  11. 18. The monomers of proteins
  12. 19. A phosphorous group and two fatty acid chains, double layer of phospholipids forms the cell membrane
  13. 22. Fatty acid chains consisting of only single bonds between carbon atoms