Based on a quantitative understanding of biomolecular interactions as well as modern AI tools, we use nucleic acid nanotechnology and protein design to create a new level of sophistication in biomolecular design. Our goals range from controlling molecular self-organization to recreating life from the bottom up, and programming cells for sensing, computation, actuation and therapeutics.
News - Biomolecular Engineering & Design
BioSysteM,
Fundamental Science for Health,
Biomolecular Engineering & Design,
Accelerated Scientific Discovery,
Bioscience
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BioSysteM,
Biomolecular Engineering & Design,
Research,
Bioscience
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An engineering approach to biology
Biomolecular Engineering & Design,
MIBE,
Research,
Physics,
Award
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Prof. Franz Pfeiffer receives Blaise Pascal Medal
Research infrastructure,
Biomolecular Engineering & Design,
MIBE,
Research,
Bioscience
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New center for brain research on the Garching campus
COS,
Fundamental Science for Health,
Biomolecular Engineering & Design,
MIBE,
CPA,
Research,
Bioscience,
Award
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Andreas Bausch is the new Nixdorf Professor
BioSysteM,
Biomolecular Engineering & Design,
Research,
Bioscience
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"Thinking of biology as technology"
Biomolecular Engineering & Design,
Research,
Bioscience
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Unraveling the fundamentals of life taking a multidisciplinary, bottom-up approach
Biomolecular Engineering & Design,
Accelerated Scientific Discovery,
Research,
Bioscience
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New Microscope Brings Glowing Cells into Focus
Fundamental Science for Health,
CPA,
Research,
Bioscience
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Mechanism for controlling anti-viral defense in the cell revealed
Public Outreach,
Diversity,
CPA,
Bioscience
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