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Active transport requires the use of:
Endocytosis
using a carrier protein or ion channel down the concentration gradient
Down the concentration gradient
Cell Membrane
Active Transport
Osmosis
Energy
Molecule X moving out of the cell
The movement of WATER through aquaporin channels in a selectively permeable membrane is called
Endocytosis
using a carrier protein or ion channel down the concentration gradient
Down the concentration gradient
Cell Membrane
Active Transport
Osmosis
Energy
Molecule X moving out of the cell
Passive transport is the movement of molecules:
Endocytosis
using a carrier protein or ion channel down the concentration gradient
Down the concentration gradient
Cell Membrane
Active Transport
Osmosis
Energy
Molecule X moving out of the cell
Look at the image on the handout for question #8
Endocytosis
using a carrier protein or ion channel down the concentration gradient
Down the concentration gradient
Cell Membrane
Active Transport
Osmosis
Energy
Molecule X moving out of the cell
Which cell organelle is responsible for regulating the movement of molecules into and out of the cell?
Endocytosis
using a carrier protein or ion channel down the concentration gradient
Down the concentration gradient
Cell Membrane
Active Transport
Osmosis
Energy
Molecule X moving out of the cell
Which of the following types of transport requires the movement of molecules by a vesicle?
Endocytosis
using a carrier protein or ion channel down the concentration gradient
Down the concentration gradient
Cell Membrane
Active Transport
Osmosis
Energy
Molecule X moving out of the cell
In facilitated diffusion, molecules move:
Endocytosis
using a carrier protein or ion channel down the concentration gradient
Down the concentration gradient
Cell Membrane
Active Transport
Osmosis
Energy
Molecule X moving out of the cell
Look at the image on the handout for question #3
Endocytosis
using a carrier protein or ion channel down the concentration gradient
Down the concentration gradient
Cell Membrane
Active Transport
Osmosis
Energy
Molecule X moving out of the cell
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