Imagine how you would feel walking into the hospital with a failing heart and being able to get a transplant of your own organ. Humans are born with only one copy of the organs for each function required by the body. Despite the ability to recover certain cells, not everything in the body is capable of regeneration. Thanks to the now endless possibilities of our technological advancements, genetic engineering has entered human lives in ways never before imagined. Genetic engineering is a modern subject that should be implemented more quickly because it helps us fight problems beyond basic medicine, it prolongs life and increases its quality by adding treatment techniques rather than drugs . are sometimes more complicated than diagnosis and treatment, some are interactions between ourselves and the world around us. Global warming is an example: as it increases, humans must adapt to prevent their health from deteriorating. Today, our bodies depend on our own modifications to keep up with rapid change; Genetic engineering of ourselves and the world has enabled humans to overcome the challenges that nature throws at us. Humans today must adapt quickly to the new demands and availabilities of our world. If humans were able to make changes such that our bodies could reject most meats, we would be less dependent on the huge industries that contribute much of greenhouse gas emissions, and we could also avoid the contaminants that make us sick. Livestock farming is responsible for 51% of global greenhouse gases and causes deforestation to give animals space. Whether by taking pills or changing the entire DNA sequence at birth, we could be doing...... middle of paper...... stupid things. Gene therapy is a promising technology that uses the genes of other organisms to manipulate diseases, rendering them ineffective. Stem cells are at the heart of genetic engineering and their demand has increased significantly. We can basically solve all medical problems by manipulating the DNA code. Biotechnology has helped our immune systems fight disease, introduced interleukins, drugs that can help modify diseases – AIDS or malaria – and changed what we know about “life”. Genetic engineering is a complex field that only really benefits science and medicine. This technology has little or no negative impacts. The future of genetic engineering is just a more efficient and more widely implemented version of what is possible today. This technology may be changing what happened naturally, but it's doing so with positive intentions..