Final answer:
The significance of CRISPR-Cas9 development for the scientific community is likely best explained in sections discussing its transformative potential, applications, and revolutionary attributes, such as "CRISPR Can Rewrite The Code Of Life" or "The Power and the Controversy." The technology's applications in gene editing, medicine, and agriculture, alongside ethical considerations and its Nobel recognition, underscore its importance.
Step-by-step explanation:
The section that best explains why the development of CRISPR-Cas9 is significant for the scientific community is likely "CRISPR Can Rewrite The Code Of Life," given that the title itself suggests a focus on the transformative potential of the technology. However, in the absence of paragraphs specifically titled as such in the provided reference information, and considering the descriptions given, section "The Power and the Controversy" also provides insight into the significance, mentioning gene editing applications, ethical considerations, and its recognition with a Nobel Prize for its discoverers. Similarly, the last paragraph under "Gene Editing" highlights the revolutionary aspect of CRISPR by stating that it has "democratized genetic engineering" which indicates a substantial level of importance for the scientific community.
Depending on the specificity of the contexts mentioned in the article, the sections detailing the uses of CRISPR in medicine, agriculture, and its comparison with previous methods, will bolster the argument for its significance through practical applications. This would correspond to options "Uses For CRISPR In Medicine, Agriculture" or a section detailing CRISPR's revolutionary attributes and comparison with past technologies.