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CELL Jeopardy!

CELL Jeopardy!. Final Jeopardy. The site of protein synthesis . Contains the DNA within the cell. Site of aerobic respiration. The three types are microtubules, microfilaments, and intermediate filaments. Create vesicles such as the lysosome and peroxisome.

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CELL Jeopardy!

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  1. CELL Jeopardy! FinalJeopardy

  2. The site of protein synthesis

  3. Contains the DNA within the cell

  4. Site of aerobic respiration

  5. The three types are microtubules, microfilaments, and intermediate filaments

  6. Create vesicles such as the lysosome and peroxisome

  7. The fluid part of the membrane is primarily this organic macromolecule

  8. This is the side of the membrane that carbohydrates are found

  9. A steroid that acts as a fluidity buffer

  10. Proteins that span the membrane most often serve this function

  11. The absence of this type of element in the interior region of the membrane makes it hydrophobic

  12. The process where substances move from an area of high concentration to an area of low concentration

  13. The intake of liquids through an in-folding of the membrane

  14. Of symport or antiport, the sodium-potassium pump is this

  15. With a high concentration of chloride ion on the outside of the cell and a low concentration on the inside, it will enter the cell by this process.

  16. The sodium-potassium pump maintains this charge within a cell

  17. The type of microscope we use in lab is this

  18. As the volume of cuboid cell increases, its surface area to volume ratio does this

  19. Water will diffuse out of a cell when the cell is placed in this type of solution

  20. This occurs in plant cells in conditions of drought

  21. This is the only liquid that has a water potential of zero

  22. In PhilaCELLphia, a power plant would represent these structures

  23. Bacteria and Archaeans are examples of this type of cell

  24. Phosphorylation is catalyzed by this enzyme

  25. An example of an amphipathic molecule found in cells is this

  26. The theory of this states that mitochondria and chloroplasts were once free-living cells

  27. Active Transport

  28. This is when an ion is pumped against a concentration gradient to help another molecule pass through a symport by passive transport.

  29. Insulin is an example of this type of signal

  30. These are chemical signals released from nerve cells in animals.

  31. This is a cell process where a signal is converted to a form that can bring about a specific cellular response

  32. This alphabetical protein, found linked to a cell surface receptor, will be able to “switch on or off” an enzyme.

  33. This is the type of chemical reaction often involved in signal transduction “pathways”.

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