Collaborators
Collaborations with Research Groups from the University of Regensburg
Dresselhaus Lab | Maize transcriptional dynamics |
Grohmann Lab | RNA binding proteins in Archaea |
Hau Lab | Prediction of treatment response based on expression profiles from in vitro treated cell cultures |
Hellerbrand Lab | Modelling intercellular communication |
Holler Lab | The gut microbiome during bone marrow transplantation |
Klein Lab | Expression profiling in single cells |
Medenbach Lab | Regulation of translation |
Meister Lab | Target analysis of the mRNA binding protein BRAT |
Nemeth Lab | Identification of nucleolus-associated domains |
Sprunck Lab | Transcriptomics of Arabidopsis female gametes |
Collaborations with external Research Groups
Bosserhof Lab(University of Erlangen) |
Transcriptomics of melanoma mouse model |
Boutros Lab(German Cancer Research Center, Heidelberg) |
Modelling oncogenic signal propagation |
Hummel Lab(Charite Berlin) |
Myc-DNA interaction in lymphomas |
Klapper Lab(Pathology Department,University of Kiel) |
Interplay of lymphomagenic mechanisms |
Kube Lab(University of Goettingen) |
Molecular mechanisms in lymphoma |
Löffler Group(IMISE,University of Leipzig) |
Systemsbiology of lymphoma |
Siebert Lab(Humangenetics Department, University of Kiel) |
Genetic vs. expression characteristics of lymphomas |
Walczak Lab(Imperial College, London) |
Modelling apoptotic signalling networks in hepatocytes |
Research Networks
- ApoNet - Systems Analysis of Apoptotic Signalling Networks
- BayGene - Bayerisches Genomforschungsnetzwerk
- ERASysBio - European Research Area for Systems Biology
- FOR2127 - Selection and adaptation during metastatic cancer progression
- HematoSys - Systembiologie der Hämatopoese und hämatopoetischer Neoplasien
- MMML - Molecular Mechanisms in Malignant Lymphomas
- MMML-Demonstrators (e:Med) - Demonstrators of Personalized Medicine
- MMML-MYC-SYS (eBio) - Molecular Mechanisms in Malignant Lymphoma with MYC Deregulation
- SFB960 - Ribosome formation: principles of RNP biogenesis and control of their function
- TuMet - Tumor Metabolism meets Immunology
webmaster.genomics - 19.03.2020 10:07 
