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Erin Hover | Des 622 Tom Klinkowstein “Scientists at the University of Toronto have discovered a way to map the interactions of genes within a cell, a significant breakthrough that promises to help researchers better understand the causes of disease, and lead to more precise targeting of drug treatments.” Selection | Theme | Colors | Sound | Tagline | Community | Name | What It Does | Character

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Page 1: Digital Powerpoint Slides 1-6

Erin Hover | Des 622 Tom Klinkowstein

“Scientists at the University of Toronto have discovered a way to map the interactions of genes

within a cell, a significant breakthrough that promises to help researchers better understand the causes of disease, and lead to more precise

targeting of drug treatments.”

Selection | Theme | Colors | Sound | Tagline | Community | Name | What It Does | Character

Page 2: Digital Powerpoint Slides 1-6

Erin Hover | Des 622 Tom Klinkowstein

Selection | Theme | Colors | Sound | Tagline | Community | Name | What It Does | Character

Gene-mapping will change the face of medicine and pharmacology.

Page 3: Digital Powerpoint Slides 1-6

Erin Hover | Des 622 Tom Klinkowstein

Selection | Theme | Colors | Sound | Tagline | Community | Name | What It Does | Character

Page 4: Digital Powerpoint Slides 1-6

Erin Hover | Des 622 Tom Klinkowstein

Selection | Theme | Colors | Sound | Tagline | Community | Name | What It Does | Character

Page 5: Digital Powerpoint Slides 1-6

Erin Hover | Des 622 Tom Klinkowstein

Selection | Theme | Colors | Sound | Tagline | Community | Name | What It Does | Character

Page 6: Digital Powerpoint Slides 1-6

Erin Hover | Des 622 Tom Klinkowstein

Selection | Theme | Colors | Sound | Tagline | Community | Name | What It Does | Character