Cartoon depictions of the liver in different sizes and colours, connected to differently coloured dots © Kai Markus Schneider

Welcome to the Schneider Lab

The majority of human diseases involve complex interactions of different organ systems. Traditional organ-centric pathophysiological models fail to capture these interactions.
We strive to develop new therapies for GI diseases by decoding molecular circuits of organ crosstalk. Learn more about our research here.

learn more Welcome to the Schneider Lab

Colitis ameliorates cholestatic liver disease via suppression of bile acid synthesis © Kai Markus Schneider
Research
Kai Markus Schneider standing in front of a big glass window © Andreas Schmitter
Group Leader

Prof. Dr. med. Dr. rer. nat. Kai Markus Schneider
12 people in white lab coats © Kai Markus Schneider
People
Magazine Cover showing red oval cells with green strings wrapped around them, stretching from the bottom left to the top right corner. Background is black. The word "cell" is printed in bright green in the top left corner. © Kai Markus Schneider

Digital Systems Medicine and Organ Crosstalk

Many human diseases result from complex interactions between different organs and cellular systems, which traditional organ-focused models often fail to fully capture. Our interdisciplinary and international team of researchers is dedicated to developing innovative therapies for gastrointestinal (GI) diseases by decoding the molecular circuits involved in organ crosstalk.

More about us

Sheets of paper © Belinda Cave (Pixabay)
Publica­tions

Our group members publish their findings regularly. Find selected publications here.
Plants growing out of small coin towers © Nattanan Kanchanaprat (Pixabay)
­Funding

Our research is funded by different European and German institutions. See details here.
A white rectangular sign hanging by a thread with the words "We are hiring" in capital letters on it © Pixabay
Jobs

We are constantly looking for Master and PhD-Students. Find more about current job opportunities here.
Name

Prof. Dr. med. Dr. rer. nat. Kai Markus Schneider

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Address work

Visiting address:

Center for Regenerative Therapies Dresden (CRTD) Fetscherstraße 105

01307 Dresden

Address postal

Postal address:

TUD Dresden University of Technology Center for Regenerative Therapies Dresden (CRTD) Prof. Dr. Kai Markus Schneider Fetscherstraße 105

01307 Dresden

work Tel.

Z-projection of a confocal whole mount of the myenteric plexus within the enteric nervous system. Enteric neurons are shown in red and glia cells in green. © Kai Markus Schneider

Name

Anne-Kathrin Gerber | Administrative Assistant

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work Tel.