Bioengineering

The Bioengineering Center combines interdisciplinary skills from natural sciences, engineering, and medicine to invent, innovate, and advance technological solutions that enable individualized precision measurements and processing of biological information for the promotion of healthcare.

The Bioengineering Center combines interdisciplinary skills from natural sciences, engineering, and medicine to invent, innovate, and advance technological solutions that enable individualized precision measurements and processing of biological information for the promotion of healthcare.

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mouse body with cancer

We enable novel biomedical readouts by reshaping next-generation hardware and theoretical and algorithmic developments for sensors, imaging and microscopy and by engineering biological contrast using genetically expressed chromo proteins and genetic labels.

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We accelerate discovery and validation by employing advanced observation tools for in vivo sensing, imaging, omics and single-cell processing, with a focus on combining dynamic observations in living systems with functional genomics.

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We advance prevention of disease, early detection, advanced diagnostics, improved intervention, and precise therapy monitoring by efficiently translating advanced sensors and imaging systems technology toward clinical use.

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Follow the link to explore our vision and key topics.

A dynamic web of entities and people working together to foster and advance new ideas, technologies, and solutions.

Helmholtz Munich is partnering with Deep Science Ventures (DSV) and SPRIND, Germany’s Federal Agency for Disruptive Innovation, to support the Venture Science Doctorate (VSD) – a novel doctoral program designed to train scientists to build…

Esophageal Cancer

Researchers from Helmholtz Munich, the Technical University of Munich (TUM), and the Medical University of Vienna have developed an advanced imaging technique called "O2E" that allows clinics to detect cancerous lesions in the esophagus with…

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Researchers at Helmholtz Munich have secured three prestigious Proof of Concept Grants from the European Research Council (ERC). This funding will enable them to advance innovative projects across diverse areas of biomedical research. With a total of…

Multiple Myeloma

Researchers from Helmholtz Munich and the Technical University of Munich have developed a novel method to track cancer treatment responses in individual cells – without the need for dyes or labels. Their mid-infrared optoacoustic microscopy (MiROM)…

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Researchers at Helmholtz Munich and the Technical University of Munich have developed a new microscope that significantly improves how bioluminescent signals in living cells can be observed. The system, known as QIScope, is built around a highly…

CRISPR gene editing

A research team from Helmholtz Munich and the Technical University of Munich has developed an advanced delivery system that transports gene-editing tools based on the CRISPR/Cas9 gene-editing system into living cells with significantly greater…

Duelmer, F. ; Azampour, M.F. ; Wysocki, M. ; Navab, N.

UltraRay: Introducing Full-Path Ray Tracing in Physics-Based Ultrasound Simulation.

Li, Q. ; Ali, Z. ; Zakian, C. ; Di Pietro, M. ; Honing, J. ; O'Donovan, M. ; Flisikowski, K. ; Sarantos, V. ; Pierre, G. ; Gloriod, J. ; Drexler, W. ; Ntziachristos, V.

Tethered optoacoustic and optical coherence tomography capsule endoscopy for label-free assessment of Barrett's oesophageal neoplasia.

Phlairaharn, T. ; Shannon, A.E. ; Zeng, X. ; Truong, D.J.J. ; Schoof, E.M. ; Ye, Z. ; Searle, B.C.

Improving proteomic dynamic range with Multiple Accumulation Precursor Mass Spectrometry.

Gehmeyr, M. ; Rojas López, M.B. ; Nitkunanantharajah, S. ; Preissl, H. ; Vosseler, A. ; Jumpertz von Schwartzenberg, R. ; Birkenfeld, A.L. ; Katsouli, N. ; Fasoula, N. ; Karlas, A. ; Kallmayer, M. ; Ziegler, A.-G. ; Jüstel, D. ; Ntziachristos, V.

Enhanced maximum intensity projection (eMIP) for improving the fidelity of optoacoustic images.

Latic, N. ; Lari, A. ; Sun, N. ; Zupcic, A. ; Oubounyt, M. ; Falivene, J. ; Buck, A. ; Hofer, M. ; Chang, W. ; Kuebler, W.M. ; Baumbach, J. ; Walch, A. ; Grabner, A. ; Erben, R.G.

Deletion of cardiac fibroblast growth factor-23 beneficially impacts myocardial energy metabolism in left ventricular hypertrophy.