be used more than once. Below the lists, several transport scenarios are described. For each scenario, match the correct options from List I and List II by writing the letters for your choices in the blanks provided. List I A. simple diffusion B. passive transport (facilitated diffusion) C. primary active transport D. secondary active transport I II Energy Source concentration gradient first established by environment concentration gradient first established by transport concentration gradient first established by environment concentration gradient first established by transport ATP hydrolysis Molecule 1 glucose outside the cell to inside the cell lactose outside the cell to inside the cell oxygen outside the cell to inside the cell Na outside the cell to inside the cell K outside the cell to inside the cell List II A. uniporter B. symporter C. antiporter D. no transport protein none Molecule 2 H* outside the cell to inside the cell none glucose outside the cell to inside the cell Nat inside the cell to outside the cell

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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5. Lists I and II show different types of transport and transporters. These options may
be used more than once. Below the lists, several transport scenarios are described.
For each scenario, match the correct options from List I and List II by writing
the letters for your choices in the blanks provided.
List I
A. simple diffusion
B. passive transport (facilitated diffusion)
C. primary active transport
D. secondary active transport
III
Energy Source
concentration gradient
first established by
environment
concentration gradient
first established by
transport
concentration gradient
first established by
environment
concentration gradient
first established by
transport
ATP hydrolysis
Molecule 1
glucose outside the
cell to inside the cell
lactose outside the cell
to inside the cell
oxygen outside the cell
to inside the cell
Na outside the cell to
inside the cell
K* outside the cell
to inside the cell
List II
A. uniporter
B. symporter
C. antiporter
D. no transport protein
none
Molecule 2
H+ outside the cell to
inside the cell
none
glucose outside the cell
to inside the cell
Nat inside the cell to
outside the cell
Transcribed Image Text:5. Lists I and II show different types of transport and transporters. These options may be used more than once. Below the lists, several transport scenarios are described. For each scenario, match the correct options from List I and List II by writing the letters for your choices in the blanks provided. List I A. simple diffusion B. passive transport (facilitated diffusion) C. primary active transport D. secondary active transport III Energy Source concentration gradient first established by environment concentration gradient first established by transport concentration gradient first established by environment concentration gradient first established by transport ATP hydrolysis Molecule 1 glucose outside the cell to inside the cell lactose outside the cell to inside the cell oxygen outside the cell to inside the cell Na outside the cell to inside the cell K* outside the cell to inside the cell List II A. uniporter B. symporter C. antiporter D. no transport protein none Molecule 2 H+ outside the cell to inside the cell none glucose outside the cell to inside the cell Nat inside the cell to outside the cell
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