Welcome to our Conference on Bioengineering, Biomedicine, Biomedical AI
Bioengineering – disruptive technologies to map, control, design and effectuate genes, cells, tissues and organ systems – are already changing the landscape in biomedical research. Combined with advanced Imaging-, AI- and Robotics tools, Bioengineering holds tremendous potential to accelerate the translation of knowledge into globally impactful solutions – that will transform healthcare worldwide.
The 2024 HelmholtzMunich Bioengineering Conference – organized by and hosted in the brand new Helmholtz Pioneer Campus facilities - connected once more internationally leading scientists that push technological boundaries to ultimately link the lab bench and hospital beds, e.g. accelerate the journey from discovery to clinical benefit.
Bioengineering – disruptive technologies to map, control, design and effectuate genes, cells, tissues and organ systems – are already changing the landscape in biomedical research. Combined with advanced Imaging-, AI- and Robotics tools, Bioengineering holds tremendous potential to accelerate the translation of knowledge into globally impactful solutions – that will transform healthcare worldwide.
The 2024 HelmholtzMunich Bioengineering Conference – organized by and hosted in the brand new Helmholtz Pioneer Campus facilities - connected once more internationally leading scientists that push technological boundaries to ultimately link the lab bench and hospital beds, e.g. accelerate the journey from discovery to clinical benefit.
Helmholtz MunichBIOENG24 - Picture Gallery
Picture Gallery
BioEng24 - Young Investigator and Poster Award Winners
The Young Investigator Award recognizes Jei Diwakar for his PhD project on epigenome remodeling and Yy1 as a critical co-factor in direct neuronal reprogramming.
The winners of the conference poster recognitions are Bernardo Arus from NCCT Dresden for his work on non-invasive label-free biomedical imaging using shortwave infrared Raman scattering, Gizem Erol from HelmholtzMunich for her research on the role of membraneless organelles in stem cell differentiation, promising significant insights into spatial cell biology and potential therapeutic applications and Constantin Berger from the TU-München for his work in Biomedical AI, specifically for developing computational Bayesian approaches to solve inverse problems in vibrational spectroscopy for fast imaging and quantitative non-invasive biosensing.
Helmholtz MunichBioEng24 -Programme
BioEng24 - Speakers
BioEng24 - Organizers
BioEng24 - Editors in Attendance
- Emma Yee, Scientific Editor @Cell
Maria Polychronidou, Senior Editor @Molecular Systems Biology
Darren Burgess, Senior Editor @Nature
Michael Funk, Senior Editor @Science Magazine
Cláudia Vilhena, Locum Associate Editor @Nature Biotechnology
