The IFE investigates how epigenetic processes regulate chromatin function and gene expression. We aim to unravel the impact of the environment on the epigenome and to discover novel pathways regulating DNA organisation in order to identify novel therapeutic targets.
The IFE investigates how epigenetic processes regulate chromatin function and gene expression. We aim to unravel the impact of the environment on the epigenome and to discover novel pathways regulating DNA organisation in order to identify novel therapeutic targets.
The IFE investigates how epigenetic processes regulate chromatin function and gene expression. We aim to unravel the impact of the environment on the epigenome and to discover novel pathways regulating DNA organisation in order to identify novel therapeutic targets.
The IFE investigates how epigenetic processes regulate chromatin function and gene expression. We aim to unravel the impact of the environment on the epigenome and to discover novel pathways regulating DNA organisation in order to identify novel therapeutic targets.
Our mission is to understand how genes are packaged within the nucleus of a cell, how information can be stored by marking genomic regions with covalent modifications, and how alterations in DNA organization regulate gene expression. We utilize cutting-edge methods to predict, observe, and manipulate how these processes respond to environmental and developmental signals in individual cells.
From discovery to therapy - the future is epigenetic!
Research at the Institute of Functional Epigenetics aims at understanding the epigenetic principles underlying how cells and organisms integrate metabolic signals, establish cellular memory, and regulate plasticity to identify new epigenetic pathways and novel therapeutic targets. Tell me more…
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Helmholtz Zentrum München
German Research Center for Environmental Health
Institute of Functional Epigenetics
Ingolstädter Landstr. 1
85764 Neuherberg
Thomas Gerling
Administrative Assistance
Office Hours: Monday and Thursday from 10 pm to 3 pm
Tel. +49 89/3187-4369143691
E-mail
01.03.2021 Dr. Till Bartke receives DFG funding to unravel the mysteries of replication origins
23.02.2021 Daphne Cabianca receives 482.650 € DFG funding for studying mechanisms of genome organization in...
05.02.2021 A new player enters the field – Succinylation a novel transcriptional activator
11.01.2021 The Schneider Lab publishes microfluidics protocol to study maintenance and inheritance of...
17.12.2020 Eat, drink and merry - How nutrition and metabolism shape the genome through Epigenetics
27.08.2020 Epitranscriptomic research opens the door to novel cancer drug targets
21.07.2020 Back to the future – Chromatin and its role on hereditability of transcriptional memory
Dr. Till Bartke E-mail
