CHM 325 Fun!

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Across
  1. 3. Primary location of gluconeogenesis
  2. 4. Coupled active transporter through which substrates move in opposite directions
  3. 7. Catalyzes a metabolically-irreversible reaction of glycolysis
  4. 12. Type of residues found on the outside of an integral membrane protein
  5. 16. Most selective and slow type of transport protein
  6. 18. Oxygen delivery protein
  7. 19. Fatty acids that function in energy storage
  8. 20. Type of water-soluble membrane protein that can be released with salt solution
  9. 21. Aldose and ketose sugars are _____ isomers.
  10. 22. The _____ theory states that a proton gradient can be used to make ATP.
  11. 23. Type of enzyme that transfers a phosphate group
  12. 24. Containing nonpolar and polar residues
  13. 26. Extended secondary protein structure
  14. 28. Type of reaction during which part of the first substrate is transferred onto the enzyme
Down
  1. 1. Set of chemical transformations that an organism can catalyze
  2. 2. Classified as a lyase enzyme
  3. 5. Vitamins
  4. 6. Part of an enzyme that forms noncovalent bonds with the substrate
  5. 7. Contains a phospho-his residue
  6. 8. Reaction type during which electrons are transferred
  7. 9. Type of reactions that remove Citric Acid Cycle intermediates
  8. 10. Type of reactions that create Citric Acid Cycle intermediates
  9. 11. Site of glycolysis
  10. 13. Type of enzymatic inhibition during which the inhibitor binds to enzyme's catalytic site
  11. 14. Oxygen storage protein
  12. 15. Site of Citric Acid Cycle
  13. 17. Type of metabolic pathway that builds molecules
  14. 22. Type of metabolic pathway that breaks molecules down
  15. 25. Precursor to steroid hormones
  16. 27. Fatty acid chains with no double bonds are termed ____.