Synthetic peptide scaffolds as functional protofilaments under confinement (DC09)
About the project This project focuses on synthetic peptide scaffolds and their ability to form functional protofilaments under confined conditions. […]
Phase-separated condensation of energy-dissipating self-organizing protein systems in crowded cell-like membrane containers (DC08)
About the project The project aims to decipher how the physicochemical elements of the local intracellular environments (namely macromolecular crowding,
Condensate-mediated exocytosis and membrane localization in synthetic cells (DC07)
About the project The main objective of this project is to harness the power and versatility of enzymatic networks to
Out-of-equilibrium networks for ATP- and building blocks to drive lipid synthesis and integration with condensates (DC06)
About the project The main objective of this project is to develop vesicle systems to produce and excrete ATP and
Synthetic neuronal mimetics to prototype and quantify membrane permeability and repair at the condensate interface (DC04)
About the project This project focuses on the interactions between protein condensates (formed from alpha-synuclein, synapsin, and TDP-43) and biomembranes, specifically how
Active spatial positioning of condensates on membranes by self-organizing proteins (DC03)
About the project The Schwille group aims to (re)construct cellular processes, and ultimately minimal living cells, from dramatically simplified functional
Exploring the impact of protein condensates on membrane resilience and repair mechanisms (DC02)
About the project The main objective of this project is to comprehensively examine the stability and mechanical properties of membranes
Light-driven exocytosis of synthetic cells encapsulating condensates (DC01)
Rumiana Dimova,
MPICI, Germany, DC1, DC2
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