Press Releases

  • June 11, 2013

    1. Max Planck Health day

    How to avoid back hurts? How to recognize a beginning burnout? And how can I eat healthy even being on a rush? On these and many other questions, the 1. Max...

    more details >

  • A protein structure (synaptonemal  complex) forms between the homologous chromosomes in the presence of the step-2 enzyme modified with SUMO.

    May 03, 2013

    New mechanism discovered in meiosis

    Inactivated, but still active– how modification of an enzyme governs critical processes in sexual reproduction. The Research Group headed by molecular...

    more details >

  • Order in the nucleus: Centromeres (marked in green) of the 13 Drosophila tissue culture chromosomes are clustered at only 3 positions. They attach to the nuclear region called nucleolus (dark spot). Chromatin is stained in red and marks the nucleus.

    April 04, 2013

    Protein maintains order in the nucleus

    Two metres of DNA are packed into the cell nucleus, presumably based on a strictly defined arrangement. Researchers working with biologist Patrick Heun from...

    more details >

  • Thomas Boehm © MPI of Immunobiology and Epigenetics

    November 21, 2012

    Thomas Boehm has been awarded an Advanced Grant by the European Research Council

    Dr Thomas Boehm, Director of the Department of Developmental Immunology at the Max Planck Institute of Immunobiology and Epigenetics in Freiburg, has been...

    more details >

  • October 30, 2012

    The proteins came in two by two

    Protein pairing essential for male fruit fly survivalFemale fruit flies have two copies of the X chromosome, while males – whose other sex chromosome is a Y –...

    more details >

  • Methylation of histones within heterochromatin: The enzymes Prdm3 and Prdm16 attach a methyl group to histone H3. In the cell nucleus, Suv39h attaches two further methyl groups. The cell appears to require this triple methylation for heterochromatin to be stable. © Art For Science

    September 28, 2012

    Making and breaking heterochromatin

    To fit the two-meter long DNA molecule into a cell nucleus that is only a few thousandths of a millimetre in size, long sections of the DNA must be strongly...

    more details >

  • September 18, 2012

    Deutschland startet das BMBF geförderte Epigenom Programm DEEP

    Am 1. September begann eine neue Ära der Genomforschung in Deutschland. 21 Forschergruppen aus ganz Deutschland - darunter auch das Max-Planck-Institut für...

    more details >

  • July 23, 2012

    Dosage compensation in male flies: Balance between sexes

    Fruit flies make up for the imbalance in the number of X chromosomes between the sexes at the start of transcription The sex of many organisms is determined...

    more details >

  • June 01, 2012

    A unified phylogeny-based nomenclature for histone variants

    The lack of a consistent naming convention for histone variants has led to much confusion for histone researchers in recent years, at a time when genome...

    more details >

  • Reconstitution of a dysfunctional thymic rudiment (green cells) by two factors attracts numerous haematopoietic cells (red cells). Nuclei of all cells are stained in blue.

    April 02, 2012

    Artificial thymus tissue enables maturation of immune cells

    more details >

  • © Isabel Hess/Immunity, 16 February 2012

    February 22, 2012

    Live from the thymus: T-cells on the move

    more details >

  • (c) MPI for Immunobiology and Epigenetics

    November 04, 2011

    Chromosome centromeres are inherited epigenetically

    more details >

  • The Freudenberg Lab at the MPI of Immunobiology and Epigenetics with Marina Freudenberg (middle) and Chris Galanos (3rd from the right)

    October 26, 2011

    Max-Planck scientists aid research that leads to Nobel Prize

    The 2011 Nobel Prise was awarded to Bruce A. Beutler and Jules A. Hoffmann for discovering receptor proteins that can recognize pathogenic microorganisms and...

    more details >

  • August 02, 2011

    Operating the Genome Switches

    more details >

  • Heterochromatin borders are “hotspots” for the formation of new kinetochores outside the centromere: Antibody-staining of fixed chromosomes of Drosophila cells during cell division. The double green arrow indicates normal endogenous kinetochores, the white arrow indicates newly-formed ectopic kinetochores (green: centromere-specific histone; blue: DNA; red:  euchromatin). Scale: 3 micrometres © P. Heun, MPI for Immunobiology and Epigenetics

    July 05, 2011

    Kinetochores prefer the “silent” DNA sections of the chromosome

    The protein complex responsible for the distribution of chromosomes during cell division is assembled in the transition regions between heterochromatin and...

    more details >