Flowering can be regulated by light, temperature, gibberellin levels, or internal factors. What do all of these different flowering pathways have in common?
A. All four pathways result in a decrease in CONSTANS (CO) expression, which induces flowering.
B. All four pathways result in an increase in CONSTANS (CO) expression, which induces flowering.
C. All four pathways result in a decrease in LEAFY (LFY) expression, which induces flowering.
D. All four pathways result in an increase in LEAFY (LFY) expression, which induces flowering.
Answer: D
You might also like to view...
The green algae include
a. unicellular species only. b. multicellular species only. c. unicellular and multicellular species. d. unicellular and colonial species. e. unicellular, multicellular, and colonial species.
When scientists placed ATP Synthase linked to fluorescent actin on a microscope slide and added ATP, the actin could be seen spinning counterclockwise. If the experiment could be replicated in a cell going through oxidative phosphorylation what would happen?
A. The actin would spin counterclockwise because ATP would be produced instead of hydrolyzed. B. The actin would spin counterclockwise because ATP would be hydrolyzed. C. The actin would spin clockwise because ATP would be produced instead of hydrolyzed. D. The actin would spin clockwise because ATP would be hydrolyzed.
In high intensity activity, what compound is used to restore ATP?
What will be an ideal response?
What advanced trait do reptiles have that allowed them to venture onto dryer terrain than most amphibians?