Synthetic biologists engineer cells to store long - term information about their surroundings or activity
Not exact matches
An
engineer might think of designing a bridge to a particular specification; a
synthetic biologist of designing a microorganism with a new commercial application, pumping out green gasoline for example; but a real designer, a fashion designer, for example, is doing something else.
Just as today's
engineers design integrated circuits based on the known physical properties of materials and use them to create electronic devices with amazing capabilities, tomorrow's
synthetic biologists are poised to design and build biological systems that are custom - tailored to make a better world.
Combining tissue
engineering and the same micro-fabrication techniques that are used to produce computer chips, Harvard University cell
biologist Don Ingber and his colleagues have built a living, breathing
synthetic lung — albeit one just the size of a quarter.
By fitting DNA into an
engineering template, the messy field of biology emerges as a complex but somewhat predictable system — one that
synthetic biologists have begun to maneuver in recent years.
Synthetic biologist Reshma Shetty predicts that we will eventually
engineer organisms to grow everything that we manufacture today.
As they work toward translating laboratory findings into full - scale industrial production,
synthetic biologists also must have sound knowledge of good manufacturing practice; automation, chemical, and biochemical
engineering; mathematics; and thermodynamics.
Synthetic biologists had previously
engineered yeast to produce artemisinin, an antimalarial compound, but that required inserting just a handful of plant genes.
To do so, geneticists and
synthetic biologists find themselves taking a cue from safety
engineers.
REVOLUTION Medicines is an innovative and dynamic organization of expert cellular, structural and computational
biologists, medicinal and
synthetic chemists, pharmacologists,
engineers and business executives working together to discover and develop exciting new medicines that harness frontier oncology targets.
Synthetic biologists are getting closer to creating man - made organs made out of genetically
engineered cells...
Most recently, Suzanna has collaborated with two scientists at Imperial College London; Professor Paul Freemont, a
synthetic biologist, and Professor Alexander Bismarck, a chemical
engineer.