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Version devBuilt at: 2026-10-15 19:58:26 EDT

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@tum.deOct 15, 2026, 11:00 AM

How can lab-grown models deepen our understanding of the human body? Our latest TUM #ScienceGlossary takes a closer look at #organoids and artificial tissues and their potential for #biomedical research and #healthcare: go.tum.de/219479

#FutureOfMedicine

📷TUM CCC / M. Hebrok

Orange TUM Science Glossary card titled “Organoids and artificial tissue.” It explains that organoids are lab-grown miniature organ-like structures and artificial tissues are engineered human tissues. They can be used to study diseases, test treatments, develop curative stem cell therapies, provide more realistic disease models and help reduce animal testing.
@tum.deOct 9, 2026, 8:39 AM

Modern medicine increasingly relies on data. Our latest TUM #ScienceGlossary introduces #AI-assisted diagnostics, one example of how digital technologies are advancing #healthcare and #MedicalResearch: go.tum.de/219479

📷TUM CCC / B. Schuller

Blue graphic from the TUM Science Glossary on AI-assisted diagnostics. The image explains that AI methods analyze medical data such as audio, images, lab results, and speech to support clinicians in detecting and assessing diseases. It notes that AI can identify patterns that are difficult for humans to spot and that its effectiveness depends on validation for the intended use. The graphic features dark blue text on a light blue background with the TUM logo.
@tum.deOct 1, 2026, 1:24 PM

Every patient is different, and medical care is increasingly taking those differences into account. Our TUM #scienceglossary turns to #medicine, starting with #precisionmedicine and its role in personalized #healthcare: go.tum.de/219479

📷️TUM CCC / B. Schuller

Graphic from the TUM Science Glossary series explaining precision medicine. The graphic defines precision medicine as medical approaches that tailor prevention, diagnosis, and treatment to an individual's genetic, biological, clinical, and lifestyle characteristics in order to improve care and avoid unnecessary treatments, for example by guiding cancer therapy decisions.