Genetic modifications in humans is a fast‐advancing field of science, with very little legal regulation. Scientists recently have developed a technique, clustered regularly interspaced palindromic repeat (CRISPR), which will forever change this field. Before CRISPR, all methods were too expensive and time consuming to facilitate editing human genes. CRISPR is faster and cheaper, making it a very real possibility for all. Since the discovery of CRISPR, research on human embryos has begun, with a success rate showing that creating a genetically perfect family is very real. In 2015, all federal funding for human genome modifications was banned, leaving little federal control. This Note proposes a model statute that allows for research while pr...
Many deleterious genes give rise to disease. In fact, a mutation of a single gene can cause over 10,...
Within the last 50 years, the idea of genetic engineering to modify the human genome has surfaced, b...
CRISPR/Cas is a bacterial defense system whose application to gene editing was discovered in 2014. A...
Recent developments in gene-editing technology have enabled scientists to manipulate the human genom...
Gene editing technology, once a far-fetched scientific fantasy, has become a tangible reality. One e...
Scientists now have the ability to manipulate the DNA of human embryos in ways that could allow them...
The recent announcement that researchers have successfully used the CRISPR (clustered regularly inte...
Four decades ago, the advent of technology that could be applied to genetic engineering stimulated t...
Nearly as long as human beings have existed on this earth, many people have sought out the ideal of ...
“Heritable genome editing” refers to changing human reproductive cells so that the resulting fetus h...
Reproductive genetic technologies (RGTs), including gene-editing technology, are being discovered an...
Emergence of novel genome engineering technologies such as clustered regularly interspaced short pal...
The world literature circle was abuzz in 1932 when Aldous Huxley published his seminal book “Brave N...
As the sophistication of technology advances, it introduces new issues that had previously not been ...
Societal expectations brought on by social media, intelligence standards, and material measurements ...
Many deleterious genes give rise to disease. In fact, a mutation of a single gene can cause over 10,...
Within the last 50 years, the idea of genetic engineering to modify the human genome has surfaced, b...
CRISPR/Cas is a bacterial defense system whose application to gene editing was discovered in 2014. A...
Recent developments in gene-editing technology have enabled scientists to manipulate the human genom...
Gene editing technology, once a far-fetched scientific fantasy, has become a tangible reality. One e...
Scientists now have the ability to manipulate the DNA of human embryos in ways that could allow them...
The recent announcement that researchers have successfully used the CRISPR (clustered regularly inte...
Four decades ago, the advent of technology that could be applied to genetic engineering stimulated t...
Nearly as long as human beings have existed on this earth, many people have sought out the ideal of ...
“Heritable genome editing” refers to changing human reproductive cells so that the resulting fetus h...
Reproductive genetic technologies (RGTs), including gene-editing technology, are being discovered an...
Emergence of novel genome engineering technologies such as clustered regularly interspaced short pal...
The world literature circle was abuzz in 1932 when Aldous Huxley published his seminal book “Brave N...
As the sophistication of technology advances, it introduces new issues that had previously not been ...
Societal expectations brought on by social media, intelligence standards, and material measurements ...
Many deleterious genes give rise to disease. In fact, a mutation of a single gene can cause over 10,...
Within the last 50 years, the idea of genetic engineering to modify the human genome has surfaced, b...
CRISPR/Cas is a bacterial defense system whose application to gene editing was discovered in 2014. A...