For teachers

Projects arranged by subject and age group, ready to use in class.

Ages 10-19:10+12+14+16+18+

Medicine and health · Ages 12-19
How are new medicines made, and how do scientists fight disease?

Showing 80 of 1,205 projects

HE2025–2027· 2 🌍

DISCOVER · Dynamic response of cells to viscoelastic forces

Mechanobiology explores how physical forces affect cellular processes, providing insights into areas like embryogenesis and tumor growth. Cells exert forces onto their environment; the tissue in which they live.

HE2024–2028· 8 🌍

MobiliTraIN · Ion Mobility Mass Spectrometry Training Network

Today, ion mobility–high-resolution mass spectrometry (IM-HRMS) is a state-of-the-art analytical platform that can measure and quantify molecules that are central to experimental sciences across disciplines. However, it still faces barriers…

HE2024–2027· 10 🌍

CLEAR · “CLEAR”: Cell Envelope Antibacterials

Antimicrobial resistance (AMR) has escalated into a global health crisis, with more than one million estimated deaths in 2019 attributable to infections with antibiotic resistant pathogens. Gram-positive bacteria are responsible for a large…

HE2024–2027· 5 🌍

PlasmACT · Plasma Medicine against Actinic Keratosis

Physical technologies are playing an increasing role in medicine; among these, cold (gas) plasma – partially ionized gas generated at near‑body temperature – shows promise, especially in dermatology. Based on positive clinical results in wo…

HE2023–2027· 9 🌍

GETM4 · Global Entrepreneurial Talent Management 4

The GETM4 project builds on the successes and insights of its predecessor, GETM3, in addressing a combination of ‘wicked problems’ which disrupt, including a worldwide health crisis, political instability, climate change and rapid digitaliz…

HE2023–2027· 8 🌍

DETMED · Novel detector concept for medical gamma probe

The DETMED project aims to develop a novel, high-precision gamma probe for radioguided surgeries, significantly improving cancer detection and treatment. By leveraging next-generation silicon photomultipliers (SiPMs) with a buried pixel str…

HE2023–2025· 2 🌍

MultiPly · FMO1 Multifunctionality for improved Plant health

‘MultiPly: FMO1 Multifunctionality for improved Plant health’ The project 'MultiPly' will investigate the extended role and evolution of the critically important FMO family in plants and examine the physiological mechanisms of how this enzy…

HE2023–2025· 2 🌍

BIOFRAC · Modelling of fracture in soft biological tissues

Soft biological tissues such as epithelia are essential for maintaining organ integrity, yet their rupture under physiological or therapeutic loading can have devastating consequences. Blood vessel rupture in brain aneurysms is fatal in app…

HE2023–2027· 3 🌍

PANICOCENE · PANICOCENE. Reframing Climate Change-induced Mobilities

PANICOCENE investigates how printed and online news media in the United States and Italy have represented climate change–induced mobilities (CCIM) over the past two decades. The project arises from a growing concern that media coverage ofte…

HE2023–2027· 9 🌍

NUTRIOME · Precision nutrition and postprandial immune responses

A grand challenge for sustainable development in Europe is to improve public health through reducing incidence of non-communicable diseases, premature mortality and health costs. An unhealthy diet is one of the most important risk factors f…

HE2023–2025· 2 🌍

GlycoMap · Integrated Glycomics for Cancer Precision Medicine

Tissue heterogeneity is fundamental for the development of multicellular organisms but presents considerable complexity for our understanding of biology and disease mechanisms, including cancer. One of the largest sources of tissue heteroge…

HE2023–2027· 8 🌍

ImAge-D · Imaging Ageing Endothelium at the nanoscale - Doctorates

ImAgE-D will train a new generation of Doctoral Candidates (DCs) in the development and application of newly developed high speed and high-resolution imaging tools in biomedical research. The 10 DCs will be cross-pollinated with concepts an…

HE2023–2026· 2 🌍

SimViRNA · Multiscale Simulations of HIV capsid assembly and RNA

This project aims to establish new approaches toward large-scale simulations of biomolecular systems. We concretely seek to develop bottom-up coarse-grained models for the immature HIV CA-SP1 lattice including protease dimers as well as for…