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DIVISION POLYMER BIOMATERIALS SCIENCE

18.06.2026 Cover published in Advanced Materials

This cover depicts the molecular architecture of an “Olympic gel” built from mechanically interlocked plasmids. The ring-shaped DNA molecules can reversibly open and close through diversified lock-and-key domains, … more »

11.06.2026 Colloquium: Assoc. Prof. Dr. Ayala Lampel, Programming Peptide Biomolecular Condensates through Molecular Design

Seminar room B1 more »

03.06.2026 Colloquium: Asst. Prof. Dr. Louise Jawerth, Biomolecular Condensates as Soft Materials: From Liquids to Glasses to Fibers

June 03, 2026 10 am, Conference hall more »

21.05.2026 IPF Researchers Develop Data-Driven Biomaterials to Guide Cancer Organoid States

Understanding and controlling how cancer cells transition between different states remains a critical challenge in tumor biology. In a recent publication in Advanced Materials, researchers from the Leibniz Institute of … more »

08.04.2026 Colloquium: Prof. Dr. Thomas Ederth, Biofouling and bioadhesion - towards understanding and prevention at the molecular level

April 8, 2026 1 pm, Seminar room B1 more »

26.03.2026 Colloquium: Jean-Pierre de Levay, From Membrane Engineering to Blood Therapeutics

March 26, 2026 1.30 pm, Seminar room B1 more »

26.02.2026 Colloquium: Prof. Dr. Laurence Meagher, Moving Bioprinting Towards Clinical Application

seminar room WE01 more »

30.01.2026 Francis Morgan wins Chemistry PhD Award

Dr. Francis Morgan has been awarded the Chemistry PhD Award by the Chemistry Center Maastricht (CCM) at University of Maastricht, NL for his outstanding doctoral research. His thesis, "Bond. Dynamic bond: rational … more »

30.01.2026 A biphasic in vitro model of early breast cancer bone metastasis published in Advanced Science

Jana Sievers-Liebschner and colleagues designed mineralized cryogel/hydrogel constructs that mimic various components of the bone microenvironment to advance the in vitro investigation of early breast cancer bone … more »

05.01.2026 Publication on the blood response to different doses of silk nanoparticles

The publication “Blood compatibility of silk nanoparticles: impact of size and dose” presents a collaboration between Manfred Maitz at the IPF Dresden and Philipp Seib at the University of Strathclyde in Glasgow (now at … more »

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