The Gene Drive Dilemma

The Gene Drive Dilemma

1/12/2020

link

https://www.nytimes.com/2020/01/08/magazine/gene-drive-mosquitoes.html

summary

This article from The New York Times Magazine explores the concept of gene drives and their potential use in eradicating disease-carrying mosquitoes. Gene drives are a genetic engineering tool that can modify entire populations of species by controlling the inheritance of specific traits. The article delves into a project aiming to use gene drives to alter the genes of Anopheles mosquitoes, which are responsible for transmitting malaria. It discusses the ethical and ecological concerns associated with this technology, as well as the potential benefits of reducing or eliminating mosquito-borne diseases. The article provides an in-depth examination of the promises and risks of gene drives, offering a thought-provoking perspective on the future of genetic engineering and public health.

tags

genetic mutations ꞏ crispr ꞏ genetic inheritance ꞏ genetic manipulation ꞏ genetic science ꞏ ecological impact ꞏ genetic traits ꞏ mosquitoes ꞏ gene therapy ꞏ genetic advancements ꞏ genetic modification ethics ꞏ genetic engineering ethics ꞏ evolution ꞏ gene editing on mosquitoes ꞏ genetic intervention ꞏ genetics ꞏ genetic engineering policy ꞏ scientific progress ꞏ genetic revolution ꞏ biotechnology ꞏ genetic modification regulation ꞏ genetic diseases ꞏ gene editing ꞏ genetic engineering debate ꞏ genetic modification controversy ꞏ genetic resistance ꞏ genetically engineered mosquitoes ꞏ genetic technology regulation ꞏ genetic manipulations ꞏ genetic modification on mosquitoes ꞏ bioengineering ꞏ human health ꞏ genetic ethics ꞏ gene drive technology ꞏ gene spread ꞏ biomedicine ꞏ genetic revolution debate ꞏ genetic technology ꞏ genetic research ꞏ genetically modified organisms ꞏ genetic diversity ꞏ biodiversity ꞏ malaria ꞏ genetic experimentation ꞏ infectious diseases ꞏ gene drive ꞏ mosquito control ꞏ science ꞏ genetic engineering ꞏ genetic breakthroughs ꞏ public health ꞏ genetic modification ꞏ vector-borne diseases