Molecular Targets and Therapeutics Center Functional Epigenetics

When a cell divides, the correct distribution of cellular content, such as RNAs, to daughter cells is essential. By tagging RNAs with the new diSpinach aptamer in combination with a self-made microfluidics device, researchers at the Institute of…

Cells must continuously adjust to their environments and cope with changing temperatures, stress conditions, or resources. Particularly, if conditions change repeatedly, it might make sense for cells to adjust more effectively. A collaborative…

Even though deep learning has led to improvements, the downstream analysis of live-cell microscopy images remains a bottleneck. Recently, researchers from the Institute of Functional Epigenetics published their open-source and user-friendly software…

As part of the book series ‘Methods in Molecular Biology’, Springer Nature has released the methods and protocols collection ‘Histone Methyltransferases’. The chapter contributed by Till Bartke and colleagues from the Institute of Functional…

As part of the collaborative research center (CRC) ‘Chemical Biology of Epigenetic Modifications’ (SFB 1309), Robert Schneider, Director of the Institute of Functional Epigenetics’ at Helmholtz Munich, receives funding from the German Research…

Experts from academia and the pharmaceutical industry came together at “The Biological Methylation Conference: Fundamental Mechanism in Human Health and Disease” in Catania to share new exciting results about protein and RNA methylations as well as…

Over the last 60 years, research has shed light on histone PTMs and their role in all DNA-templated processes. In the last decade, novel methodologies, such as genome-wide sequencing approaches, have paved the way toward understanding how their…

Just as we use Google Maps, cells rely on gradient sensing of signal molecules to reach their destination. However, in their case, the destination is the source of the attractant and not the restaurant of choice. Using mathematical models,…

The sense of smell is essential for almost all animals. It helps find food, detect dangers, and distinguish between friends and enemies. As the saying goes: You really get up my nose.

Research carried out at Helmholtz Munich has shown that…

Article in Nature Communications: Reduction of PRMT7 protein could stop tissue damage

We are delighted to announce the launch of the "1st Helmholtz Summer School on Chromatin Biology: A hands-on expedition", which will take place at the Neuherberg Campus of Helmholtz Munich, from August 15-26, 2022.

For the first time, scientists based at Helmholtz Zentrum München and the University of Oxford were able to shed light on one of the most critical stages of human embryonic development (gastrulation). Their findings will drive future studies to…

After a rigorous peer review process, the board of trustees of Academia Europeae, the pan-European academy of science, humanities and letters, has elected our Epigenetics expert Prof. Robert Schneider and the Stem Cell expert Prof. Maria-Elena…

The work of the Scialdone Lab at the Helmholtz Zentrum München and the Rodriguez at the Imperial College elucidates that differences in mitochondrial activity are key determinants for cellular fitness in various contexts, where endogenous cell…