Igor Adameyko
Center for Brain Research / Medical University of Vienna
Department of Physiology and Pharmacology / Karolinska Institutet
We look at a range of developing live systems from a mechanistic point of view, trying to reverse engineer different aspects of multicellular life. We hope to improve human health via discovering new fundamental ideas about how development, stem cells, and regeneration work.
+46 73 7121628
igor.adameyko@meduniwien.ac.at
Group Website
Christoph Bock
CeMM Research Center for Molecular Medicine / Austrian Acad. of Sciences
Institute of Artificial Intelligence / Medical University of Vienna
Biomedical Sequencing Facility (BSF) / CeMM & MedUni Vienna
Single-cell sequencing of epigenomes and transcriptomes; applications in genomic medicine, cancer, immunology; bioinformatics and machine learning / artificial intelligence.
Group Website / Biomedical Sequencing Facility Website
Arndt von Haeseler
Max Perutz Labs / University of Vienna
Research Platform Single Cell Regulation of Stem Cells / University of Vienna
+43 1 4277 74307
arndt.von.haeseler@univie.ac.at
Group Website / Research Platform Website
Jürgen Knoblich
IMBA - Institute of Molecular Biotechnology / Austrian Academy of Sciences
Brain development and disease.
+43 1 79044 4803
j.knoblich@imba.oeaw.ac.at
Group Website
Martin Leeb
Max Perutz Labs / University of Vienna
We use high throughput genetics combined with systems biology approaches to delineate the molecular rules of embryonic cell-fate decision.
martin.leeb@univie.ac.at
Group Website
Andrea Pauli
Institute of Molecular Pathology (IMP)
molecular control of fertilization and the egg-to-embryo transition.
andrea.pauli@imp.ac.at
Group Website / Group Website
Mihaela Pavlicev
Department of Evolutionary Biology / University of Vienna
The influence of developmental system on evolvability (theory), evolution of mammalian female reproduction (empirical).
+43 1 4277 56700
mihaela.pavlicev@univie.ac.at
Group Website
Diana Pinheiro
Institute of Molecular Pathology (IMP)
Embryogenesis requires stem cells to adopt increasingly distinct fates, but also a complex repertoire of mechanical behaviors, which is needed to shape developing tissues. A handful of conserved morphogen signals play key roles in both patterning and morphogenetic programs. We are interested in the cross-scale mechanisms by which morphogens encode such a diversity of biological responses, in particular how they regulate, and cooperate, with tissue mechanics to trigger embryo self-organization.
+43 1 79730 3350 / diana.pinheiro@imp.ac.at
Group Website
Florian Raible
Max Perutz Labs / University of Vienna
Research Platform Single Cell Regulation of Stem Cells / University of Vienna
Stem cells in regeneration and development; regulation of regenerative
capacity; cellular plasticity as a function of endogenous and exogenous
factors; cells as bases for biogenic materials.
florian.raible@mfpl.ac.at
Group Website / Research Platform Website
André Reindeiro
CeMM Research Center for Molecular Medicine / Austrian Acad. of Siences
Technologies to map cells in spatial context (multiplexed imaging, spatial transcriptomics, digital pathlogy) to understand human aging and disease onset through the lens of cellular communication and tissue organization.
arendeiro@cemm.at
Group Website
Roger Revilla-i-Domingo
Department of Neuroscience and Developmental Biology / University of Vienna
Research Platform Single Cell Regulation of Stem Cells / University of Vienna
Evolution of stem cell gene regulatory networks. Stem cell differentiation in sponges. Single-cell multi-omics and computation systems biology.
+43 (0) 650 2930734
roger.revilla-i-domingo@univie.ac.at
Group Website / Research Platform Website
Nicolas Rivron
IMBA - Institute of Molecular Biotechnology / Austrian Academy of Sciences
Modeling and understanding early human embryogenesis with stem cells.
+43 1 79044 4920
nicolas.rivron@imba.oeaw.ac.at
Group Website
Oleg Simakov
Department of Neuroscience and Developmental Biology / University of Vienna
Research Platform Single Cell Regulation of Stem Cells / University of Vienna
+43 1 4277 57020
oleg.simakov@univie.ac.at
Group Website / Research Platform Website
Elly Tanaka
Research Institute of Molecular Pathology (IMP)
We analyze the stem cells involved in regenerating complex body structures like the limb, brain and spinal cord in the salamander Ambystoma mexicanum (axolotl). Single cell sequencing is a fundamental means to analyze the dynamic changes in transcriptional programs as adult cells transit to the regenerative, stem cell state.
+43 1 79730 3200
elly.tanaka@imp.ac.at
Group Website
Ulrich Technau
Department of Neuroscience and Developmental Biology / University of Vienna
Research Platform Single Cell Regulation of Stem Cells / University of Vienna
Molecular EvoDevo, evolution of complex body plans, in particular; evolutionary origin of triploblasty and bilaterality, sea anemone; Nematostella vectensis as developmental model.
+43 (0) 664 8175529
ulrich.technau@univie.ac.at
Group Website / Research Platform Website
Kristin Teßmar-Raible
Max Perutz Labs / University of Vienna
The impact of time and light on animal physiology and behavior with a focus on lunar cycles.
kristin.tessmar@mfpl.ac.at
Group Website
Noelia Urbán
IMBA - Institute of Molecular Biotechnology / Austrian Academy of Sciences
Adult stem cell transitions to and from quiescence. Neurogenesis. Influence of stem cell heterogeneity in fate decisions.
+43 1 79044 4920
noelia.urban@imba.oeaw.ac.at
Group Website
Tim Wollesen
Department of Evolutionary Biology / University of Vienna
The Wollesen lab is interested in the development and evolution of spiralian body plans. We focus in particular on chaetognaths (arrow worms), polyplacophoran mollusks, and kamptozoans (Entoprocta). Currently, we keep cultures of chaetognaths and mollusks in the aqualab at univie which allows us to carry out single-cell RNA sequencing experiments on different developmental stages.