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Technical University of Munich

Biomolecular Engineering & Design

Research on the physics of self-organization in biology. Image: Stefan Woidig / TUM

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.

Subtopics

  • DNA Origami
  • Molecular Machines
  • Dynamic Molecular Structure

  • Protein Science, Evolution & Design
  • Functional Dynamics

  • Molecular Feedback Cycles
  • Cellular Model Systems
  • Multicellular Systems

News - Biomolecular Engineering & Design

Clean Technology Solutions, Biomolecular Engineering & Design, e-conversion, Research, Physics |

Researchers from Munich developed a new way to design three-dimensional nanomaterials

Fundamental Science for Health, CPA, Research, Bioscience |

NewIn: Carina Baer de Oliveira Mann

CPA, Bioscience |

On December 6, 2024, Prof. Carina Baer de Oliveira Mann delivered her inaugural lecture at the Center for Protein Assemblies (CPA) of the Technical…

COS, Fundamental Science for Health, MIBE, Research, Bioscience |

Foundation for new cancer treatment strategies

Biomolecular Engineering & Design, Research, Bioscience |

Designing large new proteins with AI

CPA, Research, Bioscience, Award |

David Baker, professor at the University of Washington in Seattle, is to be awarded the Nobel Prize in Chemistry. The biochemist has been a…

CRC, CPA, Research, Bioscience |

Biotechnology needs tailor-made enzymes: Biocatalysis offers a sustainable, green chemistry by accelerating reactions through enzymes, which are…

CPA, Research, Bioscience, Award |

For his research on new drugs against multi-resistant bacteria, Prof. Stephan A. Sieber from the Technical University of Munich was awarded the 2024…

CPA, Research, Bioscience, Award |

In recognition of his fundamental contributions to protein structure formation and the role of chaperones, Prof. Dr. Johannes Buchner has been awarded…

MIBE, Research, Bioscience |

New method makes space for DNA insertions: Currently, the most versatile method of gene editing is prime editing, a technology based on the…

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