● Knowledge about the `color{Violet}"effects of DNA variations" among individuals can lead to revolutionary new ways to `color{Violet}"diagnose"`, `color{Violet}"treat and someday prevent"` the thousands of disorders that affect human beings.
● Besides providing clues to understanding human biology, learning about `color{Violet}"non-human organisms"` DNA sequences can lead to an understanding of their `color{Violet}"natural capabilities"` that can be applied toward solving challenges in
`star` `color{Brown}"Health care"`
`star` `color{Brown}"Agriculture"`
`star` `color{Brown}"Energy production"`
`star` `color{Brown}"Environmental remediation"`
● Many non-human model organisms have also been sequenced, such as:
`star` `color{Brown}"Bacteria"`
`star` `color{Brown}"Yeast"`
`star` `color{Brown}"Caenorhabditis elegans"` (a free living non-pathogenic nematode),
`star` `color{Brown}"Drosophila"` (the fruit fly),
`star` Plants (`color{Brown}"rice and Arabidopsis"`), etc.
● Knowledge about the `color{Violet}"effects of DNA variations" among individuals can lead to revolutionary new ways to `color{Violet}"diagnose"`, `color{Violet}"treat and someday prevent"` the thousands of disorders that affect human beings.
● Besides providing clues to understanding human biology, learning about `color{Violet}"non-human organisms"` DNA sequences can lead to an understanding of their `color{Violet}"natural capabilities"` that can be applied toward solving challenges in
`star` `color{Brown}"Health care"`
`star` `color{Brown}"Agriculture"`
`star` `color{Brown}"Energy production"`
`star` `color{Brown}"Environmental remediation"`
● Many non-human model organisms have also been sequenced, such as:
`star` `color{Brown}"Bacteria"`
`star` `color{Brown}"Yeast"`
`star` `color{Brown}"Caenorhabditis elegans"` (a free living non-pathogenic nematode),
`star` `color{Brown}"Drosophila"` (the fruit fly),
`star` Plants (`color{Brown}"rice and Arabidopsis"`), etc.