MEMBRANE BIOCHEMISTRY OF SOLUTE TRANSPORT
Biological membranes efficiently divide space into two compartments. The proteins residing in these membranes control the exchange of information and…
Parallel high-performance computing for systems biology
Performing simulations of nonlinear models in 3D geometries, training deep neural nets over 3D data, and visualizing terabyte-size images in…
Segmentation and Tracking of Somite Development in Zebrafish
People Involved
David Richmond Dagmar Kainmueller Carsten Rother Gene Myers
Segmentation of the body axis into a series of repeating…
People Involved
Corinna Blasse Florian Jug Gene Myers Suzanne Eaton's Lab: Natalie Dye Raphael Etournay Franz Gruber Andreas Sagner
Project Description
Organ development is characterized by a high degree of proliferation and spatial rearrangement of its constituent cells. For example, during wing development in Drosophila,…
Project Description
We are developing a multi-view, multi-illumination selective plane microscope. We aim at imaging C. elegans and D. melanogaster embryogenesis at…
Microscope development
People Involved
Nicola Maghelli Loic Royer Martin Weigert
Image Preprocessing During Planarian Regeneration
People involved
Corinna Blasse Dagmar Kainmüller Sarah Mansour
Project Description
The planarian flatworm is a fascinating model organism which is not only able to adapt its body size to food conditions to but also to regenerate in its entirety even when…
