Cloning can help reduce the time needed to make a transgenic animal model, and the result would be a population of genetically identical animals for study. Cloning to make stem cells can build, maintain, and repair the body throughout our lives (Learn Genetics). Stem cells naturally repair themselves being able to reproduce stems cells will allow the body to repair damaged or diseased organs and tissues. Stem cells transferred from one person to another may cause an immune response. Stem cell generating could possibly grow whole organs. Stem cell growth could also help researchers understand diseases and develop treatments. Drug producing cows are able to produce large amounts of milk that may contain a vaccine in the milk that scientist have created in a cultured specimen. This would allow every cow to carry the vaccine gene and pass to their offspring, creating a herd vaccine-producing cows. Genetically modified also called transgenic animals are used to make human proteins for medical value in
Cloning can help reduce the time needed to make a transgenic animal model, and the result would be a population of genetically identical animals for study. Cloning to make stem cells can build, maintain, and repair the body throughout our lives (Learn Genetics). Stem cells naturally repair themselves being able to reproduce stems cells will allow the body to repair damaged or diseased organs and tissues. Stem cells transferred from one person to another may cause an immune response. Stem cell generating could possibly grow whole organs. Stem cell growth could also help researchers understand diseases and develop treatments. Drug producing cows are able to produce large amounts of milk that may contain a vaccine in the milk that scientist have created in a cultured specimen. This would allow every cow to carry the vaccine gene and pass to their offspring, creating a herd vaccine-producing cows. Genetically modified also called transgenic animals are used to make human proteins for medical value in