Bio Exam 2

12345678910111213141516171819202122232425
Across
  1. 3. Solution with the lower concentration of water (more stuff dissolved in it)
  2. 4. Solution with a higher concentration of water (less solute dissolved)
  3. 5. Transmits a signal that is a result of the ligand binding to the receptor
  4. 6. Occurs in the mitochondria of eukaryotes or in the plasma membrane of prokaryotes
  5. 9. The cell takes up large molecules within vesicles formed around them at the plasma membrane
  6. 12. External materials bind to an extracellular receptor protein
  7. 13. occurs in the mitochondrial matrix, only if O2 is present, and turns the pyruvic acid into acetyl CoA and produces Co2
  8. 14. The immediate source of energy that powers cellular work
  9. 18. The loss of electrons from a reactant, can be considered a loss of oxygen by glucose
  10. 20. Happen without an energy input (ie osmosis)
  11. 22. Diffusion of water across a cell membrane
  12. 23. Large molecules within vesicles dissolve into the plasma membrane and are secreted to the outside cell
  13. 24. Cells gulp droplets of fluid or water within a vesicle
  14. 25. Energy associated with the relative motion of objects
Down
  1. 1. The gain of electrons by reactant, often in the form of a hydrogen atom bound to the electron
  2. 2. Need energy input to occur (ie active transport)
  3. 7. A reaction that releases free energy, spontaneous reactions
  4. 8. What helps the membrane resist changes in fluidity when temps change
  5. 10. found in the mitochondrial membrane, NAD+ and FAD get regenerated, heat is released, O2 converted into h2o, and make the most ATP here
  6. 11. Cells engulf a particle or organism within a vesicle
  7. 15. A reaction that absorbs free energy, nonspontaneous
  8. 16. What is the sum of Catabolic reactions and Anabolic reactions
  9. 17. Converts 1 glucose molecules into 2 pyruvic acids, happens in the cytoplasm
  10. 19. The target cell's of the signaling molecule coming from outside the cell
  11. 21. How the cell ultimately acts due to the signal binding and can be almost any imaginable cellular activity