What is a primary benefit of CRISPR technology in agriculture?

• A. It creates genetically modified organisms with unpredictable traits
• B. It allows precise edits to plant genomes
• C. It requires lengthy development times
• D. It exclusively focuses on animal agriculture

Answer: (B)

The primary benefit of CRISPR technology in agriculture lies in its ability to make precise edits to plant genomes. This groundbreaking method allows scientists to target specific genes in crops and modify them with high accuracy, enhancing desirable traits such as disease resistance, drought tolerance, and improved nutritional content. The precision of CRISPR means that these edits can be made without introducing random changes associated with traditional genetic modification techniques, which often lead to unpredictable traits. This high degree of specificity not only accelerates the breeding process but also improves the reliability and safety of new crop varieties.

In contrast, the other options highlight characteristics that do not align with the advantages of CRISPR. The technology does not aim to create genetic modifications with unpredictable traits, it actually promotes predictability and control. Additionally, CRISPR significantly reduces development times in comparison to older genetic modification methods, allowing for faster breeding of enhanced crop varieties. Lastly, while CRISPR can be applied to both plant and animal agriculture, it is not exclusively focused on animal agriculture; rather, its versatility allows for advancements in both sectors.