TED Talks Daily The next software revolution: programming biological cells | Sara-Jane Dunn
Nov 1, 2019
Sara-Jane Dunn, a computational biologist, focuses on the fascinating intersection of biology and programming. She discusses how understanding the 'programming' of cells can lead to revolutionary advancements in medicine, agriculture, and energy. By studying embryonic stem cells, her team is uncovering the secrets of biological computation. Dunn also highlights the potential for reprogramming adult cells and the ethical implications of such innovations, offering a glimpse into a future where living software could transform our world.
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Living Software Revolution
- Programming biochemistry on biology will power the living software revolution.
- This revolution will surpass the software revolution's impact, transforming medicine, agriculture, and energy.
Transforming Agriculture
- Living software has the potential to revolutionize agriculture.
- Imagine programmable plants with enhanced nitrogen fixation, disease resistance, or perennial growth.
Plant Resource Allocation
- Plants, without brains, allocate resources effectively based on environmental cues.
- Individual cells run programs coordinating growth and flourishing.