CRISPR Gene Editing Technology
An innovation idea that is not possible today, but will most likely be available in the next 15 to 20 years, if not sooner, are powerful machine learning (ML) algorithms capable of editing out genetic defects and complete eradication of disease in the human body through genetic editing known as clustered regularly interspaced short palindromic repeats (CRISPR) (Future Work Institute, n.d.). This technology is already being implemented in the food industry to create high quality products with off-the-charts nutrient compositions, but the potential applications of CRISPR technology in the human genome, including biotech and agriculture, are well known to the scientific community as they research for ways to manage the increasing number of cancer cases and other genetic disorders (Globe Newswire, 2021). Broad Institute (2021) explains the future of CRISPR will make correcting mutations (typos) in humans a possibility, assist in speeding clinical research for diseases like mental illness, cancer, and other genetic disorders. Thinking of ML for gene editing applications, the possibility of predicting disease comes to mind. This will completely change the traditional approach of disease prevention or treatment after a diagnosis, to total eradication of disease in the human body.
ML as it relates to CRISPR gene editing technology, faces important ethical and social concerns. There have been statements within the scientific community about the right to "play God," given that the technology can potentially eradicate terminal diseases through the alteration of the human genome (Future Work Institute, n.d.). Despite ethical concerns, the healthcare industry continues to invest heavily in the research and development of the technology (Globe Newswire, 2021).
Future Work Institute (n.d.) dives into this ethical dilemma and questions where to draw the line once gene editing technology becomes mainstream, will it then be allowed for reasons other than curing disease, like choosing hair or eye color in babies ("designer baby")? The technology also faces social dilemmas like impacts to human rights, and even to healthcare policy. Are individuals with disabilities or those impacted by the very diseases gene editing technology can potentially cure in the future, being discriminated against in the event the technology is opposed by policy makers?
The ethical and social dilemmas faced by ML algorithms enhancing gene editing technology like CRISPR, will continue to develop as the technology evolves and scientific researchers get closer to breaking the code in the manipulation of the human genome.
https://www.broadinstitute.org/what-broad/areas-focus/project-spotlight/questions-and-answers-about-crispr
https://futureworkinstitute.com/crispr-ethical-concerns/
https://www.globenewswire.com/en/news-release/2021/02/08/2171285/28124/en/Outlook-on-the-CRISPR-Gene-Editing-Global-Market-to-2030-Analysis-and-Forecasts.html
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