SciTransfer
Organization

MAX DELBRUECK CENTRUM FUER MOLEKULARE MEDIZIN IN DER HELMHOLTZ-GEMEINSCHAFT (MDC)

Berlin-based Helmholtz institute leading molecular medicine research in cancer, cardiovascular disease, neuroscience, and advanced biomedical imaging.

Research institutehealthDE
H2020 projects
40
As coordinator
25
Total EC funding
€31.2M
Unique partners
180
What they do

Their core work

MDC is a major German research institute in Berlin specializing in molecular medicine — understanding the molecular basis of human disease to develop better diagnostics and therapies. Their core strengths span cancer biology, cardiovascular genetics, neuroscience, and sensory biology, with significant capabilities in advanced biomedical imaging (particularly ultrahigh-field MRI). As a Helmholtz Association center, they bridge fundamental molecular research with translational medicine, training the next generation of biomedical researchers through extensive Marie Curie and ERC-funded programs.

Core expertise

What they specialise in

Cancer biology and oncogenomicsprimary
8 projects

Sustained across the full H2020 period — from DNA damage repair (DNAendProtection) and B-cell lymphoma (APOBEC) to glioblastoma avatars (iGBMavatars) and neoantigen research (ONCORNET2.0, RiboMed).

Cardiovascular genetics and RNA biologyprimary
4 projects

CodingHeart (EUR 2.3M) on non-coding RNA in heart disease, circRTrain on circular RNA biomarkers, PEP-NET on predictive epigenetics, and RiboMed on RNA therapeutics.

Neuroscience and sensory mechanotransductionprimary
4 projects

SENSATIONAL TETHERS (EUR 2.5M) on touch perception mechanisms, ACoolTouch on multisensory binding, Tau Seeding on neurodegeneration, and ASTRALIS on astrocyte signaling.

Ultrahigh-field biomedical imagingsecondary
3 projects

ThermalMR (EUR 2M) developing thermal MRI instruments, SODIUMMRI-4-EU on sodium MRI at ultrahigh field, and EurValve applying imaging to cardiac decision support.

Genomics infrastructure and open sciencesecondary
4 projects

EASI-Genomics providing sequencing infrastructure, CORBEL building life-science research services, ORION promoting open science, and LifeTime on single-cell tracking.

G protein-coupled receptor signaling and drug discoveryemerging
3 projects

ONCORNET2.0 on chemokine receptors and oncogenesis, ASTRALIS on GPCR intracellular signaling, with beta-arrestin and drug discovery appearing in recent keywords.

Evolution & trajectory

How they've shifted over time

Early focus
Cancer biology and training networks
Recent focus
Translational cardiovascular and sensory medicine

In the early H2020 period (2015–2018), MDC focused broadly on fundamental molecular biology — cancer mechanisms (DNA repair, B-cell biology), metabolic disorders, brain disease, and doctoral training networks in biomedicine. From 2019 onward, the portfolio sharpened toward translational themes: cardiovascular genetics (CodingHeart), sensory mechanotransduction (SENSATIONAL TETHERS), GPCR-based drug discovery (ONCORNET2.0), and advanced imaging technologies (ThermalMR, sodium MRI). There is a clear shift from basic discovery toward disease-specific translational research with stronger imaging and genomics infrastructure components.

MDC is moving from broad molecular discovery toward precision medicine applications — combining advanced imaging, single-cell genomics, and GPCR biology to develop targeted diagnostics and therapies, particularly in cardiovascular and sensory diseases.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European27 countries collaborated

MDC overwhelmingly leads its projects — coordinating 25 of 40 H2020 grants (63%), driven by a high concentration of prestigious ERC Starting and Advanced Grants that are PI-led by definition. With 180 unique partners across 27 countries, they function as a hub rather than a loyal-partner organization, assembling project-specific consortia. This means they are experienced coordinators comfortable managing international teams, but prospective partners should expect MDC to set the scientific agenda rather than follow someone else's.

MDC has collaborated with 180 distinct partners across 27 countries, making them one of the more broadly connected biomedical research institutes in Europe. Their network spans the full EU research landscape with no obvious geographic concentration beyond expected strong ties to other German and Western European institutions.

Why partner with them

What sets them apart

MDC combines three capabilities rarely found together: deep molecular biology expertise, an advanced ultrahigh-field MRI imaging program, and strong genomics infrastructure — all under one roof in Berlin. Their exceptional ERC success rate (11 grants across Starting and Advanced categories) signals world-class individual researchers, not just institutional volume. For consortium builders, MDC offers a credible coordinator with proven management of large EU grants and the scientific weight to anchor a health or life-science proposal.

Notable projects

Highlights from their portfolio

  • SENSATIONAL TETHERS
    Largest single grant (EUR 2.5M ERC Advanced) investigating the molecular machinery of touch — a distinctive research niche combining mechanobiology with sensory neuroscience.
  • ThermalMR
    EUR 2M ERC grant developing a new MRI instrument that maps temperature in living tissue — an unusual intersection of physics, engineering, and biomedicine.
  • iGBMavatars
    EUR 1.5M ERC grant using CRISPR screens and neural stem cells to build avatar tumor models for glioblastoma — directly translational cancer research with drug resistance focus.
Cross-sector capabilities
Biomedical imaging and MRI technology developmentGenomics infrastructure and FAIR data servicesDrug discovery via GPCR and receptor biologyFood safety and agriculture through metabolic disease links
Analysis note: Profile based on 30 of 40 projects (75% coverage). The 10 unlisted projects may slightly shift emphasis but the core profile is well-supported. The dominance of ERC grants (11 of 40) means much of the portfolio reflects individual PI excellence rather than institutional strategy — future collaborators should identify the specific research group within MDC relevant to their needs.