The Max Planck Institute of Immunobiology and Epigenetics is organised into five departments (currently Chromatin Regulation, Epigenetics, Developmental Immunology, Biological Physics & Developmental Epigenetics). In addition to the four departments, ten research groups are currently active at MPI-IE, as well as 1 emeritus research group. They are either department-associated or department-independent. All groups are considered equivalent. The institute also included an adjunct University Department on Molecular Immunology headed by Michael Reth from 2002 to 2017, the Spemann Laboratory from 1990 to 2021, which aimed to promote the early independence of junior scientists.
Chromatin Regulation The Department of Chromatin Regulation, under
Asifa Akhtar, aims to study
chromatin and epigenetic mechanisms within
gene regulation. the department further looks into whether chromosome organization and nuclear architecture plays a role in transcription activity and how this influences X chromosomal regulation. These are done through a holistic application of dosage compensations through biochemical, genetic, genomic and bioinformatic methodologies
Developmental Immunology Under the leadership of
Thomas Boehm, the Department of Developmental Immunology strives to understand the biology and evolution of
lymphoid organs and the
adaptive immune system,
intestinal immune system, and adaptive and innate immunity. The department consists of two independent research groups.
Epigenetics Headed by
Thomas Jenuwein, the department focuses on basic epigenetic mechanisms in normal development and complex diseases such as diabetes and obesity. The department consists of two independent research groups.
Biological Physics The Department of Biological Physics, under
Ibrahim Cissé, using live cell Single Molecule and Super-Resolution imaging to study biomolecular interactions in mammalian cells.
Developmental Epigenetics The Department of Developmental Epigenetics is headed by Nicola Iovino and wants to unravels the mechanisms that regulate
epigenetic reprogramming of
gametes, germline
epigenetic inheritance, and
de novo establishment of epigenetic memory by using
Drosophila melanogaster early embryo as a model system. ==Management==