Comparison of Selective Breeding and Genetic Engineering

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10 Questions

What is the primary technique used to create GM crops?

Gene editing

Why are GM crops considered beneficial in agriculture?

They can be engineered for specific traits like pest resistance

In what way do GM crops contribute to food security?

By increasing crop diversity

Why might some farmers be hesitant to adopt GM crops according to the text?

Concerns about environmental impact

How does education level impact the adoption of GM crops in sub-Saharan Africa?

Higher education levels lead to higher adoption rates

What distinguishes GM crops from conventionally bred crops?

GM crops involve direct manipulation of genetic material

What is a common challenge faced by GM crops related to their production?

Resistance developed by pests against engineered traits

How do GM crops potentially impact sustainable agriculture practices?

By reducing the need for pesticide use

What role do safety perceptions play in the adoption of GM crops?

Positive safety perceptions can encourage adoption of GM crops

What distinguishes GM crops from conventionally bred crops at a genetic level?

GM crops can incorporate genes from unrelated species, unlike traditional breeding

Complete the comparison table between selective breeding and genetic engineering by providing information on the relative age of the process, direct/indirect method or genetic manipulation, time taken to perform the process, and applications of genetic engineering. Question 6b from 3 Life Sciences LIV St John’s College.

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