IMMB 201 Session 1 - Flynn

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Across
  1. 2. Studded on outer membrane, Endotoxin, O antigen repeats vary amongst bacteria, Lipid A
  2. 5. flagella dispersed over the surface of the cell
  3. 7. bonds hold more energy than standard covalent bonds and release energy when broken
  4. 9. no introns, operons, lateral genetic transfer, no histones, 70s ribosomes
  5. 10. Newly inoculated cells require a period of adjustment, enlargement, and synthesis
  6. 12. glycolysis, Krebs cycle, electron transport system, uses non-oxygen as an electron acceptor
  7. 14. glycolysis, Krebs Cycle, electron transport system, uses oxygen as a final electron acceptor, most energetically favorable pathway
  8. 15. total Aerobic ATP production
  9. 16. Chains of ribitol or glycerol linked by phosphodiester bonds, Cell wall maintenance and shape, Cell division, Acidic charge on cell surface, Adherence
  10. 17. chain of special redox carriers that receives electrons from NADH and FADH2
  11. 18. facilitates attachment
  12. 19. movement along a concentration gradient with assistance by pores, carrier molecules, or receptors
  13. 20. chelate iron with high affinity
Down
  1. 1. cofactor for enzymes
  2. 3. Protects cell from toxic substances
  3. 4. Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorus, Potassium, Sodium, Iron, Calcium, Magnesium, Chlorine
  4. 5. as the electron transport carriers shuttle electrons, hydrogen ions are actively pumped into the
  5. 6. enzymes that contain protein and some other nonprotein molecule
  6. 8. starts with glucose, split into two pyruvates, forms Acetyl CoA, runs through cycle twice and forms ATP
  7. 11. glycolysis, uses organic compounds as electron acceptor, oxygen is not required, least energetically favorable pathway
  8. 13. flagella in small bunches or tufts