What does GEP mean in UNCLASSIFIED

A Genetically Engineered Person (GEP) is an individual whose genetic makeup has been artificially modified, typically for the purpose of medical treatment or performance enhancement. Genetic engineering can involve introducing new DNA, such as from an animal or another person, into an existing genome, or removing existing genes and replacing them with new ones.

GEPs could offer solutions to some of medicine's greatest challenges, such as curing genetic diseases that may have no other known cure by repairing faulty genes or introducing beneficial ones. In addition, GEPs may offer improved physical and intellectual abilities compared to those of unaltered humans.

Yes, while there are many potential benefits to using GEPs, there are also ethical concerns that must be weighed carefully. Some worry that genetic engineering could be used to create “designer babies” with predetermined physical characteristics or intellect levels. Additionally, since this technology is in its early stages and much remains unknown about gene editing and its effects on an organism's development over time, it poses significant safety risks that must be considered before any use of GEPs could be approved.

Gene-editing technology like CRISPR/Cas9 can be used for a number of purposes, including the manipulation and repair of genes in order to create genetically engineered persons (GEPs). This process involves the use of specific enzymes like Cas9 to identify the desired gene sequence and guide the cutting tools that make the desired edits.

The safety and accountability surrounding GEP technology is still largely unregulated due to its relatively recent development; however there are a few organizations such as The U.S Food & Drug Administration (FDA) which has started taking steps towards regulating certain aspects related to gene editing technologies.

Ethical considerations abound when creating a GEP — from questions about medical necessity and consent for genetic treatment through practical concerns about unintended consequences for the subject's health and well-being down the line. Additionally, consideration should be given to avoiding any type of discrimination based on physical attributes created by gene editing technology; such traits would go beyond what might normally occur in natural circumstances due to random mutations or variations within a species' evolution.

No — since all participants involved in creating a GEP would know exactly what was done at every step along their construction process it would not qualify them as an endangered species under modern definitions since they were intentionally created rather than occurring naturally due their relative rarity among wild populations.

Yes — although extensive precautions are usually taken when manipulating genes during creation of a GEP unexpected consequences may arise during maturation as environmental factors interact with newly introduced traits in ways which were unobserved at modeling stages.

Yes - Multiple individuals' DNA can be combined within one individual through advanced techniques involving somatic cell nuclear transfer (SCNT). SCNT involves transferring genetic material from multiple sources into an egg cell which then divides until becoming fully developed organisms with blended genetics from different people.