Understanding cancer

Decoding plasticity. Shaping tomorrow’s therapies.

The Collaborative Research Center CRC 1709 – Cellular Plasticity in Myeloid Malignancies investigates how cancer cells dynamically change their identity, behavior, and function. By understanding this plasticity, we aim to develop new therapeutic strategies that prevent resistance, relapse, and disease progression.

Cellular Dynamics in Cancer

A multidisciplinary approach to future cancer therapies

CRC 1709 combines basic, translational and clinical research to uncover cancer cell plasticity in myeloid malignancies. Using advanced technologies and AI-driven data integration, we aim to transform how these cancers are understood, diagnosed and treated.

Medical research team examining brain scan images for neurological studies.

Research

Understanding cellular plasticity from multiple angles

CRC 1709 is structured into research areas focusing on cell-intrinsic mechanisms, cell-extrinsic influences and shared technology platforms.

Cell Intrinsic Factors (Area A)

We investigate the molecular mechanisms inside cancer cells — including epigenetics, metabolism, RNA modification, and lineage identity — that drive cellular plasticity in myeloid malignancies.

Cell Extrinsic Factors (Area B)

We explore how external influences such as inflammation, therapy stress, microenvironmental cues, and immune interactions shape malignant cell states and enable resistance.

Core Projects

Our technology platforms integrate single-cell multi-omics, proteomics, AI-driven data analysis, and patient-derived xenograft models, enabling deep insights across all research areas.

Publications

Mapping cancer cell states across disease evolution

We follow leukemic stem and progenitor cells over time – from pre-malignant conditions to relapse – to understand how they switch between dormant, resistant and proliferative states. These dynamic trajectories reveal vulnerabilities that may guide innovative therapeutic strategies.

Blood sample tube for medical testing at SFB 1709.

Team & Partner

Our consortium of scientists, clinicians and partners

More than 30 principal investigators from Heidelberg, Mannheim, Berlin, Munich, Frankfurt and partner institutes collaborate within CRC 1709. Our consortium combines basic science and clinical expertise with cutting-edge technologies to accelerate the translation of plasticity research into therapeutic innovation.

Mueller Tidow

Prof. Dr. Carsten Müller-Tidow

Principal Investigator, Spokesperson

Irmela Jeremias

Prof. Dr. Irmela Jeremias

Deputy Spokesperson, Principal Investigator

Trumpp

Prof. Dr. Andreas Trumpp

Deputy Spokesperson, Principal Investigator

News

Latest news articles

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Lead Investigator

Events

Advancing cancer research through collaborative events

CRC 1709 hosts seminars, workshops, and symposia that bring together experts from basic science, clinical research, computational biology, and translational oncology. These events foster interdisciplinary exchange, highlight emerging insights into cancer cell plasticity, and support the development of innovative therapeutic approaches.

By decoding the plasticity of myeloid malignancies, we aim to fundamentally change how we understand and treat aggressive blood cancers.

Testimonial Profil Professor Muller
Prof. Carsten Müller-Tidow

Spokesperson, CRC 1709 – Cellular Plasticity in Myeloid Malignancies

Events
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