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Scientific Highlights from Network Area 2

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20 October 2021
Schematic representation of our modelling pipeline. A neural network trained with an ensemble of protein conformations learns an internal model of their conformational space. This model can then be interrogated to generate new, plausible conformations. Copyright: Durham University
20 October 2021

Sampling Protein Conformational Space

Scientists at Durham University, UK, present an approach for the prediction of intermediate protein... (Read more)
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7 August 2020
Surface pattered with 3D soft mushroom features showing adhesion via mechanical interlocking of mushroom features onto a textile fabric. Copyright: Wageningen University & Research
7 August 2020

3D Printed Bioinspired Surface Patterning for Soft Robotics

Research work by Wageningen University and Groningen University shows that 3D mushroom-shaped surface features have desirable mechanical functionality to adhere to soft and rough surfaces such as fabrics via mechanical... (Read more)
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7 August 2020
7 August 2020

Designing Optimal Super-liquid-repellent Surfaces

Scientist from Durham University research into doubly reentrant surfaces designed for optimal water... (Read more)
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3 August 2020
A flexible membrane ring is pulled or pushed (indicated by arrows) by internal self-propelled filaments. Filaments mutually interact repulsively via membrane deformation, and thereby align parallel to each other in clusters. Copyright: Utrecht University/Forschungszentrum Jülich
3 August 2020

Artificial Cells and Soft Microrobots: Controlling Shape, Motility, and Sensing

Scientists at Forschungszentrum Jülich, Germany, propose that engineered flexocytes with desired mechanosensitive capabilities enable the construction of soft-matter microrobots... (Read more)
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