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Life Sciences Luxembourg Centre for Systems Biomedicine

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Presentation on theme: "Life Sciences Luxembourg Centre for Systems Biomedicine"— Presentation transcript:

1 Life Sciences Luxembourg Centre for Systems Biomedicine
UL evaluation 2012 Life Sciences Luxembourg Centre for Systems Biomedicine (LCSB) 17th February 2012 4/25/2017

2 LCSB: An Interdisciplinary Centre within the University
Language Literature Humanitites Arts Education (FLSHASE) Systems Biomedicine (LCSB) Science Technology Communication (FSTC) Law Economics Finance (FDET) Security, Reliability, Trust (SNT) Faculties Interdisciplinary Centres

3 LCSB: The First 2 Years September 2009 September 2011

4 Luxembourg Centre for Systems Biomedicine (LCSB)
Experimental Biology Computational Biology LCSB Technical Platforms Clinical Research

5 The interdisciplinary nature of the LCSB
Technology Theory Transcriptomics Proteomics Metabolomics Bioinformatics Computational Biology Modelling and Simulation Animal Models Human Genetics Public Health Parkinson`s Disease Chemical Biology Imaging Experimental Biomedicine Gene-Environment Interactions Experiments 4/25/2017

6 Network models of diseases: Inference and analysis
Thematic focus Computer Cells Mice Patients Families Network models of diseases: Inference and analysis

7 Thematic focus Parkinson´s Disease Genetics & Genomics
Mol.- & Cellular Biology Computational Biology Clinical Translation

8 Thematic focus The LCSB Parkinson's Disease Research Program
Nico Diederich Paul Antony Mitochondrial dysfunction in PD patients Metabolome analysis of PD-patients Clinical PD projects Karsten Hiller Sequencing of PD patients David Galas/ISB DJ-1, PINK-1, a-Synuclein mouse models of PD Manuel Buttini The LCSB Parkinson's Disease Research Program PD-network analysis in SH-SY5Y cells Paul Antony Patrick May Animal and Cellular Models of PD Neuron-Astrocyte-Microglia Crosstalk Alessandro Michelucci iPS-cells from PD-patients Lasse Sinkkonen Comparative Human-Mouse Systems Analysis Antonio del Sol Avrind Tallam Computational Models of PD A PD-SBGN-map SBI & LCSB A kinetic model of PD related ROS generation Alexey Kolodkin

9 Organisational structure: Research groups
Experimental Biology (Sept 2009) Endocrinology (February 2011) Metabolomics (Sept 20010) Bioinformatics (April 2011) Eco-Systems Biology (October 2011) Computational Biology (February 2010) Machine Learning (November 2010) 4/25/2017

10 Bioinformatics and Computational Biology
Reinhard Schneider Antonio del Sol Nikos Vlassis

11 Organisational Structure: Translational Research
Jochen Schneider 20 % Clinic 80 % LCSB Nico Diederich 90 % Clinic (CHL) 10 % LCSB Carine de Beaufort 75 % Clinic (CHL) 25 % LCSB

12 Experimental Models of Parkinson´s disease

13 Eco-Systemsbiology in the Gut

14 Technology Focus: Metabolomics
LPS The Karsten Hiller-Team Alessandro Michelucci 4/25/2017

15 LCSB: The Integration within the UL
Professorships Projects Personnel Teaching Infrastructure Projects Students IT infrastructure LSRU LCSB CSC Link to LSRU, CSC, Doctoral school We have joint grants UL Joints AFR grants Joint student ships Joint projects CSC Doctoral School LCSB and LSRU PhD students

16 LCSB: The National Collaborations The Personalised Medicine Consortium
Patients Clinical Studies Sample collection - processing - storage Metabolomics Imaging Bioinformatics Computational Biology Proteomics Clinical Trial Centre

17 Personalized Medicine Consortium (PMC)
Parkinson Disease Team Diabetes Disease Team Cancer Disease Team In each team: 2-3 clinicians and 2-3 basic scientists Nico Diederich Rudi Balling Carine de Beaufort Jochen Schneider Guy Berchem Bruno Domon Team Leaders Marek Ostaszewski tbd tbd Project Manager

18 LCSB: The International Collaborations
Systems Biology (ISB-Seattle) Microfluidics (Univ.-Arizona) PD-Disease Map (Kitano-Tokyo) Mouse Models (HMGU-Munich) Metabolic Networks (MIT-Boston)

19 LCSB: The challenges Develop a competitive Parkinson´s Disease research programme 1 Develop a bioinformatics and computational biology core 2 Establish appropriate infrastructure and technology platforms 3 Develop an attractive PhD-programme in Systems Biomedicine 4 Establish LCSB as an attractor for industrial cooperations 5


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