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Homework answers / question archive / enzymes that allow something on one layer of the membrane to be switched to the other layer (very selective in what they flip) transmembrane proteins (spans both layers), and monolayer associated proteins (in one layer) loosely associated proteins like lipid-linked proteins (not physically part of membrane but linked through a lipid) or protein-attached proteins the concept that membrane proteins will move laterally around the cell (unless tight junctions block) experiment that proves lateral diffusion in which proteins are tagged with fluorescence then one area is bleached, and after some time other proteins fill in the area and bleached ones diffuse so much so that they are indiscernible passive transport for small non-polar molecules going with their gradient (high to low) passive transport for larger molecules (even with a little polarity) usually involving proteins with channels a protein that carries out facilitated diffusion that has a very specific shape so only certain molecules can fit a bind (slow) a protein that carries out facilitated diffusion that has a hydrophilic pore and discriminates the molecules it lets through by size and charge (fast) a factor that drives passive transport (high concentration -> low concentration)

enzymes that allow something on one layer of the membrane to be switched to the other layer (very selective in what they flip) transmembrane proteins (spans both layers), and monolayer associated proteins (in one layer) loosely associated proteins like lipid-linked proteins (not physically part of membrane but linked through a lipid) or protein-attached proteins the concept that membrane proteins will move laterally around the cell (unless tight junctions block) experiment that proves lateral diffusion in which proteins are tagged with fluorescence then one area is bleached, and after some time other proteins fill in the area and bleached ones diffuse so much so that they are indiscernible passive transport for small non-polar molecules going with their gradient (high to low) passive transport for larger molecules (even with a little polarity) usually involving proteins with channels a protein that carries out facilitated diffusion that has a very specific shape so only certain molecules can fit a bind (slow) a protein that carries out facilitated diffusion that has a hydrophilic pore and discriminates the molecules it lets through by size and charge (fast) a factor that drives passive transport (high concentration -> low concentration)

Biology

  1. enzymes that allow something on one layer of the membrane to be switched to the other layer (very selective in what they flip)
  2. transmembrane proteins (spans both layers), and monolayer associated proteins (in one layer)
  3. loosely associated proteins like lipid-linked proteins (not physically part of membrane but linked through a lipid) or protein-attached proteins
  4. the concept that membrane proteins will move laterally around the cell (unless tight junctions block)
  5. experiment that proves lateral diffusion in which proteins are tagged with fluorescence then one area is bleached, and after some time other proteins fill in the area and bleached ones diffuse so much so that they are indiscernible
  6. passive transport for small non-polar molecules going with their gradient (high to low)
  7. passive transport for larger molecules (even with a little polarity) usually involving proteins with channels
  8. a protein that carries out facilitated diffusion that has a very specific shape so only certain molecules can fit a bind (slow)
  9. a protein that carries out facilitated diffusion that has a hydrophilic pore and discriminates the molecules it lets through by size and charge (fast)
  10. a factor that drives passive transport (high concentration -> low concentration)

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