Question

Some benefits of genetic engineering in agriculture have been approved for commercial products. Correctly match each example to

the GM plants being described.
a. Renders the plant resistant to RoundUp
(Click to select)
b. The plant is tolerant to glyphosate, a key enzyme involved in amino acid synthesis that is present in all green plants.
(Click to select)
c. Example: Canola engineered to produce specific fatty acids
(Click to select)
Examples: GM crops of cotton, soybeans, corn, canola, alfalfa, and sugar beets
d.
(Click to select)
e. After being sprayed, the herbicide kills nearly all the weeds, but the GM plant remains healthy.
(Click to select)
f. The plant contains a gene for a natural pesticide that kills larval pests.
(Click to select)
g. The metabolic pathway to produce a particular fatty acid has been reconstituted in the plant rendering it a more nutritionally food
source.
(Click to select)
:
h. Examples: Bt corn, Bt cotton, Bt soybeans
(Click to select)
i. Plants contain essential nutrients to make a positive impact on global human health.
(Click to select)
j. To prevent damage to the plant, a toxic barrier builds up in the plant so that the insect cannot feed on it.
(Click to select)
k. To provide necessary nutrients to malnourished populations
(Click to select)
a

Answer 1

Genetic engineering in agriculture can render plants resistant to herbicides, produce specific fatty acids, and include genes for natural pesticides like Bt toxin.

Step-by-step explanation:

The benefits of genetic engineering in agriculture include:

• Renders the plant resistant to RoundUp: This refers to herbicide-tolerant crops that have been genetically modified to resist the effects of certain herbicides, such as RoundUp. These crops can withstand the application of the herbicide, allowing for effective weed control.
• Example: Canola engineered to produce specific fatty acids: This refers to genetically modified canola plants that have been engineered to produce specific types of fatty acids. This modification can improve the nutritional profile of the oil derived from these plants, making it a more valuable and healthier food source.
• The plant contains a gene for a natural pesticide that kills larval pests: This refers to genetically modified crops that have been engineered to produce a natural pesticide called Bt toxin. This toxin is effective against certain larval pests and helps reduce the need for synthetic pesticides.

Learn more about Genetic engineering in agriculture