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Molecular Targets and Therapeutics Center Functional Epigenetics

We aim to uncover how epigenetic information is stored

and how the environment controls our epigenome 

in order to identify novel therapeutic targets.

We aim to unravel the impact of the environment on the epigenome and to discover novel pathways regulating DNA organization in order to identify potential therapeutic targets.

Research Groups

Cabianca_Celegans_Larvae1
Helmholtz Munich | Daphne Cabianca
Cabianca Lab

Environment and Nuclear Organization

We aim to understand how environmental inputs modulate the state, spatial organization, and function of chromatin, using the roundworm C. elegans as a model system.

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Helmholtz Munich | Dimitra Chatzitheodoridou
Schmoller Lab

Cell and Organelle Size
Control

We study the impact of cell size on cell function and investigate how cells coordinate growth and division to control their size.

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Schneider Lab

Chromatin Dynamics and Epigenetics

We decipher the molecular mechanisms underlying epigenetic inheritance and epigenetic regulation of cellular function. Decoding such epigenetic processes is crucial to developing novel solutions for environmentally triggered diseases for a healthier society.

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Cellular Decision Making
Scialdone et al., Nature, 2016 | John C. Marioni & Berthold Göttgens
Scialdone Lab

Physics and data-based modelling of cellular decision making

We use artificial intelligence to decode the molecular mechanism behind cellular decision-making e.g., during early mammalian development.

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Groth_Lab_Pic
Helmholtz Munich | Martin Groth
Groth Lab

Epigenetics, Metabolism, and
Acclimation

We explore how environmental changes affect epigenetic regulation and how epigenetic changes contribute to acclimation and stress memory in Arabidopsis thaliana and crops.

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IFE Members

Dr. Jessica Pellegrino

Postdoc
Igor.png Portrait

Dr. Igor Kukhtevich

Postdoc

Dr. Kevin Brockers

Postdoc

Dr. Andrey Tvardovskiy

Postdoc
Portrait Iratxe Estivariz

Dr. Iratxe Estivariz

Postdoc
Portait Francesco Padovani

Dr. Francesco Padovani

Postdoc
Sandra Nitsch Self-Portrait

Dr. Sandra Nitsch

Postdoc

Simona Nasiscionyte

Doctoral Researcher
Portrait Dimitra

Dimitra Chatzitheodoridou

Doctoral Researcher

Magdalena Valenta

Doctoral Researcher

Nada Saad Norildin Al-Refaie

Doctoral Researcher
Portrait Yagya Chadha

Yagya Chadha

Doctoral Researcher
Bihter Özdemir Aygenli

Bihter Özdemir Aygenli

Doctoral Researcher
Benedikt Mairhörmann

Benedikt Mairhörmann

Doctoral Researcher

Alissa Finster

Doctoral Researcher
Lorenz Pudelko

Lorenz Pudelko

Doctoral Researcher
Staff_IFE - Emilia

Emilia Izabela Cepowska

Doctoral Researcher
Portrait Arohi Khurana

Arohi Khurana

Doctoral Researcher
Huiwen Li selfie

Huiwen Li

Doctoral Researcher
Eric Yu-Hao Liu

Yu-Hao (Eric) Liu

Doctoral Researcher
Porträt Sarah Christine Pereira de Oliveira

Sarah Christine Pereira de Oliveira

Doctoral Researcher
Fernanda Plabst Images

Fernanda Pabst

Doctoral Researcher
Carole.png

Carole Zaratiegui

Doctoral Researcher
Daniela Bureik

Daniela Bureik

Research Technician
Porträt Katharina Arnold

Katharina Arnold

Doctoral Researcher
Johanna Hornung

Johanna Hornung

Research Technician
Portrait Thomas Gerling

Thomas Gerling

Administrative Assistant

Latest Publications

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2024 Scientific Article in Nature Communications

Yamaguchi, K. ; Chen, X. ; Rodgers, B. ; Miura, F. ; Bashtrykov, P. ; Bonhomme, F. ; Salinas-Luypaert, C. ; Haxholli, D. ; Gutekunst, N. ; Özdemir Aygenli, B. ; Ferry, L. ; Kirsh, O. ; Laisné, M. ; Scelfo, A. ; Ugur, E. ; Arimondo, P.B. ; Leonhardt, H. ; Kanemaki, M.T. ; Bartke, T. ; Fachinetti, D. ; Jeltsch, A. ; Ito, T. ; Defossez, P.A.

Non-canonical functions of UHRF1 maintain DNA methylation homeostasis in cancer cells.

2023 Nature Structural & Molecular Biology

Basu, S. ; Shukron, O. ; Hall, D.W. ; Parutto, P. ; Ponjavic, A. ; Shah, D.I. ; Boucher, W. ; Lando, D. ; Zhang, W. ; Reynolds, N. ; Sober, L.H. ; Jartseva, A. ; Ragheb, R. ; Ma, X. ; Cramard, J. ; Floyd, R. ; Balmer, J. ; Drury, T.A. ; Carr, A.R. ; Needham, L.M. ; Aubert, A. ; Communie, G. ; Gor, K. ; Steindel, M. ; Morey, L. ; Blanco, E. ; Bartke, T. ; di Croce, L. ; Berger, I. ; Schaffitzel, C. ; Lee, S.F. ; Stevens, T.J. ; Klenerman, D. ; Hendrich, B.D. ; Holcman, D. ; Laue, E.D.

Publisher Correction: Live-cell three-dimensional single-molecule tracking reveals modulation of enhancer dynamics by NuRD.

2023 Scientific Article in Nature Structural & Molecular Biology

Basu, S. ; Shukron, O. ; Hall, D. ; Parutto, P. ; Ponjavic, A. ; Shah, D. ; Boucher, W. ; Lando, D. ; Zhang, W. ; Reynolds, N. ; Sober, L.H. ; Jartseva, A. ; Ragheb, R. ; Ma, X. ; Cramard, J. ; Floyd, R. ; Balmer, J. ; Drury, T.A. ; Carr, A.R. ; Needham, L.M. ; Aubert, A. ; Communie, G. ; Gor, K. ; Steindel, M. ; Morey, L. ; Blanco, E. ; Bartke, T. ; di Croce, L. ; Berger, I. ; Schaffitzel, C. ; Lee, S.F. ; Stevens, T.J. ; Klenerman, D. ; Hendrich, B.D. ; Holcman, D. ; Laue, E.D.

Live-cell three-dimensional single-molecule tracking reveals modulation of enhancer dynamics by NuRD.

2023 Scientific Article in Nature Cell Biology

Gaggioli, V. ; Lo, C.S.Y. ; Reveron-Gomez, N. ; Jasencakova, Z. ; Domenech, H. ; Nguyen, H. ; Sidoli, S. ; Tvardovskiy, A. ; Uruci, S. ; Slotman, J.A. ; Chai, Y. ; Gonçalves, J.G.S.C.S. ; Manolika, E.M. ; Jensen, O.N. ; Wheeler, D. ; Sridharan, S. ; Chakrabarty, S. ; Demmers, J. ; Kanaar, R. ; Groth, A. ; Taneja, N.

Dynamic de novo heterochromatin assembly and disassembly at replication forks ensures fork stability.

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Contact

Institute Office

Portrait Thomas Gerling

Thomas Gerling

Administrative Assistant