Cell Activity.ppt
- 2. CELL MEMBRANE GATEKEEPER Made of phospholipids Protein gates scattered throughout Allows certain particles through Selectively Permeable (screen)
- 5. EQUILIBRIUM Molecules spread evenly throughout its environment. Keep moving.
- 8. DIFFUSION HIGH to LOW concentration. Transportation of tiny molecules. ie: H 2 O, CO 2
- 10. OSMOSIS DIFFUSION of WATER. High to Low concentration. Through phospholipids.
- 11. SMALL PARTICLES
- 12. PASSIVE TRANSPORTATION High to low concentration. Small particles. Through protein gates. No energy needed.
- 13. PASSIVE -No energy needed.
- 14. ACTIVE TRANSPORTATION Low to High concentration. Energy needed. Small particles. Through protein gates.
- 15. ACTIVE -Energy needed.
- 16. Then theres… No energy. No hill. No brains.
- 17. ACTIVE TRANSPORT Energy Needed Thru gates Low to High
- 18. REVIEW:
- 19. WHICH ONE WHERE?
- 20. LARGE PARTICLES
- 21. VESICLES Made by Golgi Bodies to be transported out of the cell.
- 22. ENDOCYTOSIS Entering the cell: IN Transportation of large vesicles through the membrane. Engulfs like pacman.
- 24. EXOCYTOSIS Leaving the cell: EXIT Transportation of large vesicles through the membrane. Spits up.
- 27. WHAT WOULD HAPPEN? If all of our cells were t he same? Could we be Eukaryotic? Could we have Organs or Organ systems? What would we be?
- 28. SPECIALIZED CELLS Different types to do different jobs within Eukaryotic organism . Remember: same Cells = Tissue Diff tissue = Organ (Can’t have w/o diff cells)