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The cells that control the opening and closing of the stomata are the
nonexistent (no distinct vascular bundles).
lenticels.
Casparian strip
root nodules
cork, cork cambium, and phloem.
guard cells.
taproot
photosynthesis.
What prevents the passage of water and mineral ions between the adjacent cell walls of the endoderm in roots?
nonexistent (no distinct vascular bundles).
lenticels.
Casparian strip
root nodules
cork, cork cambium, and phloem.
guard cells.
taproot
photosynthesis.
What type of root stores food?
nonexistent (no distinct vascular bundles).
lenticels.
Casparian strip
root nodules
cork, cork cambium, and phloem.
guard cells.
taproot
photosynthesis.
The vascular bundles of woody stems are
nonexistent (no distinct vascular bundles).
lenticels.
Casparian strip
root nodules
cork, cork cambium, and phloem.
guard cells.
taproot
photosynthesis.
What root specialization is associated with nitrogen fixing bacteria?
nonexistent (no distinct vascular bundles).
lenticels.
Casparian strip
root nodules
cork, cork cambium, and phloem.
guard cells.
taproot
photosynthesis.
The mesophyll is involved in
nonexistent (no distinct vascular bundles).
lenticels.
Casparian strip
root nodules
cork, cork cambium, and phloem.
guard cells.
taproot
photosynthesis.
Bark consists of
nonexistent (no distinct vascular bundles).
lenticels.
Casparian strip
root nodules
cork, cork cambium, and phloem.
guard cells.
taproot
photosynthesis.
The structures that function in gas exchange in a woody stem are
nonexistent (no distinct vascular bundles).
lenticels.
Casparian strip
root nodules
cork, cork cambium, and phloem.
guard cells.
taproot
photosynthesis.
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