This assignment looks at human genetic engineering or human gene editing concerns. Global warming isn’t the only vexing issue; the world is wrestling. While delegates gathered in Paris to discuss climate change, the International Summit on Human Gene Editing convened in Washington. The Summit debated the alteration of human DNA and how far scientists should go when editing human DNA. The main focus was whether scientists should use powerful new genetic engineering techniques to edit genes. The editing of genes is either in human eggs, sperm, or embryos. The extremely controversial step raises a host of thorny safety and ethical issues. The introduction of new diseases into the human gene pool is among human genetic engineering or human gene editing concerns.
FUTURE SCIENCE AND THE ALTERATION OF HUMAN DNA
The CRISPR/Cas9 system is also among human genetic engineering or human gene editing concerns. The CRISPR/Cas9 system has been revolutionary in the world of genetic research. However, as genetic engineering moves into human applications, it’s time to ask how far human genetic engineering is going. The introduction of the CRISPR/Cas9 system in 2012 kicked-started the rapid development of gene-editing technology. The system was kick-started into the widely practiced technique that it is today. With use on the bacterial genome becoming old hat, researchers are turning to human use. Although becoming a reality, the alteration of human DNA remains something seemingly fictional.
future science and the alteration of human DNA
CONCERNS RAISED BY THE HUMAN GENETIC ENGINEERING
Human genetic engineering or human gene editing concerns continue to rise as research on the same continues. Genes influence health and disease, as well as human traits and behavior. Ongoing advances make it increasingly likely that scientists will someday incorporate the alteration of human DNA. The alteration will genetically engineer humans to possess certain desired traits. Of course, the possibility of human genetic engineering raises numerous ethical and legal questions. Although such questions rarely have clear answers, different scientists’ expertise informs us of people’s genomic ethical boundaries. There have been human gene editing concerns regarding whether there should be the performance of genetic testing for adult-onset conditions.
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