Gene therapy can be split into two categories, somatic and germline therapy. Somatic gene therapy works with individual patients to “produce a naturally occurring protein or substance that is lacking or not functioning correctly” (Hunt 2015 p.2318). Germline gene therapy not only works with individual patients but also works to correct the genes in eggs and sperm to correct “genetic abnormalities that could be passed on to future generations” (Hunt 2015 p.2318). In order to correct these gene mutations, a scientist needs to transfer “an entire gene or a recombinant DNA to a cell's nucleus” and to do so, a scientist has developed the method of using vectors (Fallon 2013 p.1453). Gene therapy works by sending the vectors into a patient’s body to attach itself to the defected genes and rewriting them. This method of gene therapy works best to help eliminate mutated
Gene therapy can be split into two categories, somatic and germline therapy. Somatic gene therapy works with individual patients to “produce a naturally occurring protein or substance that is lacking or not functioning correctly” (Hunt 2015 p.2318). Germline gene therapy not only works with individual patients but also works to correct the genes in eggs and sperm to correct “genetic abnormalities that could be passed on to future generations” (Hunt 2015 p.2318). In order to correct these gene mutations, a scientist needs to transfer “an entire gene or a recombinant DNA to a cell's nucleus” and to do so, a scientist has developed the method of using vectors (Fallon 2013 p.1453). Gene therapy works by sending the vectors into a patient’s body to attach itself to the defected genes and rewriting them. This method of gene therapy works best to help eliminate mutated