Projects

Projects per year 1993 2000 2002 2004 2006 2008 2020

• 2 Active
• 42 Finished

Projects per year

Search results

• Finished

  EMPEROR

  Raes, M.

  1/10/16 → 30/09/20

  Project: Research

• Embolus Permanent Protector

  Raes, M. & Sauvage, A.

  1/10/16 → 30/09/20

  Project: Research

• Peptido-génomique: Approches peptidomique et génomique à la détection et à l'identification des composants protéiques d'origine animale dans l'alimentation des animaux de rente

  Raes, M. & MARBAIX, H.

  1/08/14 → 31/01/16

  Project: Research

• Peptido-génomique: Approaches petidomic and genomics with the detection and identification of proteinic components from animal origin in the feeding of the animals for production

  DIEU, M., MARBAIX, H., Raes, M., Mauro, S., Berben, G. & Delahaut, P.

  1/02/12 → 31/01/16

  Project: PHD

• BIOLINE: Adaptation du microscope de table (oLine) permettant l'analyse "off-line" de boîtes de cultures

  Raes, M., Sauvage, A., Dubois, F. & Brandenburger, A.

  1/01/11 → 30/06/15

  Project: Research

• Etude des interactions entre cellules cancéreuses et macrophages et de leurs implications

  MICHIELS, C. & Raes, M.

  1/10/10 → 30/09/14

  Project: Research

• Etude des interactions entre cellules cancéreuses et macrophages et de leurs implications dans la résistance des cellules cancéreuses aux agents utilisés en chimiothérapie en conditions d'hypoxie.

  GENIN, M., MICHIELS, C. & Raes, M.

  1/10/10 → 31/12/14

  Project: PHD

• WALBIOSTENT: Study of interaction between the stent, arterial wall, blood and relationship to the arterosclerosis disease

  Caesens-Koenig, L., EL-HAJJAM, A., Raes, M. & VANDERMAELEN, C.

  1/05/09 → 31/12/12

  Project: Research

  • interaction 100%

• Cross-talk between Brucella and eucaryotic cells : impact of bacterial outer membrane vesicles (OMVs) on the endocytic pathway and other cellular functions

  LETESSON, J., Jadot, M., Arnould, T., Raes, M. & De Bolle, X.

  1/10/08 → 30/09/13

  Project: Research

  • Brucella 100%
  • Brucella abortus 61%
  • Brucella melitensis 36%
  • Monomeric GTP-Binding Proteins 26%
  • Endoplasmic Reticulum 21%

• DIANE: Inflammatory disorders in neurologic diseases

  Fransolet, M., LEMAIRE, J., Raes, M. & THEZENAS, M.

  1/09/08 → 31/12/12

  Project: Research

  • Nerve Agents 100%
  • Nervous System Diseases 64%
  • Neurodegenerative Diseases 59%

• FRFC: Réponses aux stress en modèles mammaliens

  Raes, M.

  1/06/08 → 1/06/12

  Project: Research

• Televie: Étude des mécanismes de réponse au stress du réticulum endoplasmique dans le myélome multiple

  Arnould, T. & Raes, M.

  1/06/08 → 1/06/12

  Project: Research

• Study of endoplasmic reticulum dysfunction effects

  Arnould, T., Raes, M. & VANNUVEL, K.

  1/09/07 → 30/09/13

  Project: PHD

• PAI P6/30: Vessel formation and vessel wall biology in disease and medicine

  Bauwens, E., Calay, D., Deneffe, A., DOS SANTOS MENDES, S., Fattaccioli, A., MINNOY, I., Raes, M., TEJERINA VARGAS, S. V. & Tevel, V.

  1/01/07 → 31/12/11

  Project: Research

  • Metabolic Syndrome 100%
  • Cushing's symphalangism 98%
  • Molecular Biology 44%
  • Medicine 39%
  • Pathology 34%

• Effects of peroxynitrite on endothelial cells culture - Roles of the transcriptional factor Nrf2 and of the UPR (unfolded protein response)

  Raes, M. & MATTART, L.

  1/10/06 → 31/01/12

  Project: PHD

  • Unfolded Protein Response 100%
  • Endothelial Cells 59%
  • Peroxynitrous Acid 50%
  • Cell Culture Techniques 30%
  • Cell Death 30%

• Role of NRF-2 in the activation of murine macrophages in the presence of oxidized LDL

  Raes, M. & Calay, D.

  1/10/06 → 30/06/11

  Project: PHD

  • myeloperoxidase 100%
  • mice 90%
  • copper sulfate 88%
  • cell death 72%
  • macrophages 70%

• URBC-EAT: Travail de collaboration avec la s.a. EAT en rapport avec les facteurs de transcription ou de régulations au niveau cellulaire.

  Raes, M.

  1/07/06 → 30/06/09

  Project: Research

• CARCINOM: Treatment of skin carcinoma by original photo-therapy

  Raes, M., Tevel, V., Van Overstraeten, N. & Van Steenbrugge, M.

  1/05/06 → 31/05/11

  Project: Research

  • carcinoma 100%
  • therapeutics 73%
  • ruthenium 71%
  • keratinocytes 55%
  • oligonucleotides 48%

• FRFC: Etude de phénotype de surface et de la distribution des cellules infectées par « Brucella » et suivi de l'expression de facteurs de virulence au cours d'une infection en modèle murin

  Raes, M.

  1/01/06 → 31/12/06

  Project: PHD

• FRFC: Analyse de protéomes nucléaires, mitochondriaux et lysosomaux de cellules eucaryotes de mammifères dans des modèles d'étude portant sur le dysfonctionnement de l'activité mitochondriale et lysosomale ou la dédifférenciation adipocytaire

  Arnould, T., Hamer, I., Jadot, M., Raes, M. & VERTEZ, M.

  1/01/06 → 31/12/09

  Project: Research

  • Sterols 100%
  • Sterol Regulatory Element Binding Proteins 86%
  • Sucrose 84%
  • Carrier Proteins 72%
  • Hydroxymethylglutaryl-CoA Synthase 49%

• Improvement of gene expression detection and quantitation b RNA amplification upstream of SNA arrays: validation and application to valuable biological samples relevant in teh context of the metabolic syndrome

  Raes, M., Arnould, T., Gastellier, M. & HOUBION, A.

  15/09/05 → 14/09/06

  Project: Research

• APTARRAY: Development of biochips for identification and typing of animal virus using the aptamere technology

  Raes, M., REMACLE, J. & Pastoret, S.

  12/05/05 → 28/02/11

  Project: Research

  • animal viruses 100%
  • animal husbandry 83%
  • viral proteins 82%
  • incidence 51%
  • viruses 46%

• Study of the molecular mechanisms involved in cell death by an endoplasmic reticulum stress in myeloma and lymphoma cells

  Raes, M. & Suin, V.

  1/10/04 → 30/09/09

  Project: PHD

  • myeloma 100%
  • lymphoma 61%
  • cell death 48%
  • T-cell lymphoma 40%
  • hypericin 38%

• Study of the molecular mechanisms involved in the dedifferentiation of 3T3-L1 adipocytes induced by a mitochondrial dysfunction

  Arnould, T., Raes, M. & TEJERINA VARGAS, S. V.

  30/09/04 → 30/09/10

  Project: PHD

  • adipocytes 100%
  • metabolic studies 58%
  • mitochondria 35%
  • gene expression 28%

• Identification of proteins involved in the response of endothelial cells to hypoxia

  Raes, M., MICHIELS, C. & TOFFOLI, S.

  1/09/04 → 30/09/08

  Project: Research

  • Endothelial Cells 100%
  • Cell Hypoxia 84%
  • Proteins 74%
  • Proteomics 62%
  • Hypoxia 53%

• Effects of the lysophosphatidic acid (LPA) on the activation of monocytes / macrophages

  Raes, M.

  13/05/04 → 31/12/04

  Project: Research

  • macrophages 100%
  • acids 61%
  • monocytes 57%
  • lipids 33%
  • activation 27%

• ADIR: Développement d'une méthode d'identification des protéines interagissant avec des facteurs de transcription lis à l'ADN

  Raes, M.

  1/01/04 → 30/06/05

  Project: Research

• Effects of lysophosphatidic acid -or LPA- on the dysfunction of endothelial cells in culture and on gene expression analyzed by proteomic approaches

  Raes, M. & GUSTIN, C.

  1/10/02 → 30/04/08

  Project: PHD

  • endothelial cells 100%
  • proteomics 86%
  • cell culture 77%
  • atherogenesis 67%
  • transcriptomics 43%

• PAI P5/02: Angiogenesis and vessel wall diseases

  Raes, M., Arnould, T., DELATTRE, A., Deneffe, A., DOS SANTOS MENDES, S., GABRIEL, A., GUSTIN, C., MICHIELS, C., Ninane, N. & Piret, J.

  1/01/02 → 31/12/06

  Project: Research

  • angiogenesis 100%
  • gene expression 99%
  • adipocytes 87%
  • endothelial cells 83%
  • apoptosis 74%

• Development and use of a DNA microarray to follow up the gene expression in adipose tissue in murine models of atherosclerosis

  Arnould, T., Raes, M., DELATTRE, A., Deneffe, A., GABRIEL, A., HOUBION, A. & Ninane, N.

  1/01/02 → 31/12/06

  Project: Research

  • Oligonucleotide Array Sequence Analysis 100%
  • Adipose Tissue 80%
  • Atherosclerosis 77%
  • Gene Expression 57%
  • Genes 19%

• Cellular responses to atherogenic and pro-inflammatory stresses in monocytic cells in culture: effects of native and oxidized LDL

  Raes, M., Calay, D. & DOS SANTOS MENDES, S.

  1/10/01 → 31/12/06

  Project: PHD

  • monocytes 100%
  • cholesterol 48%
  • foam cells 44%
  • macrophages 28%
  • cell culture 25%

• POLYPLEX: New polycations and ADN vectorisation in vascular wall cells

  Raes, M., Eliaers, F., Ninane, N. & Van Steenbrugge, M.

  1/04/01 → 4/07/04

  Project: Research

  • confocal microscopy 100%
  • traffic 92%
  • endothelial cells 91%
  • DNA 90%
  • blood vessels 72%

• Apoptosis regulation : effect of hypoxia

  MICHIELS, C., Piret, J. & Raes, M.

  20/12/00 → 20/12/05

  Project: PHD

  • Western Blotting 100%
  • Hypoxia 77%
  • Sepharose 51%
  • Hydrogen Peroxide 49%
  • Confocal Microscopy 46%

• Role of the mitochondrial activity in the differentiation and dedifferentiation of adipocytes and triglyceride accumulation and triglyceride accumulation

  Arnould, T., Raes, M. & HOUBION, A.

  1/10/00 → 1/10/05

  Project: PHD

  • Adipocytes 100%
  • Triglycerides 42%
  • Carbonyl Cyanide p-Trifluoromethoxyphenylhydrazone 40%
  • Organelle Biogenesis 33%
  • 3T3-L1 Cells 31%

• Identification of proteins important in the biology of trypanosomes

  DIEU, M. & Raes, M.

  1/01/00 → 31/12/02

  Project: Research

• Identification of proteins in the field of mychorizial and rhizobial interactions

  DIEU, M. & Raes, M.

  1/01/00 → 31/12/05

  Project: Research

• confocal: Confocal microscopy as a tool for investigating signal transduction and intracellular traffic

  Raes, M., Arnould, T., Demazy, C., MICHIELS, C., Ninane, N., Piret, J., TACHENY, A. & VANKONINGSLOO, S.

  1/05/99 → 31/12/10

  Project: Research

  • confocal microscopy 100%
  • traffic 92%
  • nucleic acids 41%
  • hypoxia 41%
  • signal transduction 39%

• Development of a serum free medium for human diploid fibroblasts

  Raes, M., Eliaers, F. & VERTEZ, M.

  1/04/98 → 31/03/01

  Project: Research

  • bovine spongiform encephalopathy 100%
  • diploidy 93%
  • culture media 81%
  • cryopreservation 74%
  • cells 71%

• Transcriptional regulation in hypoxia : role of HIF-1

  MICHIELS, C., Minet, E. & Raes, M.

  1/09/97 → 20/12/00

  Project: PHD

  • Hypoxia 100%
  • Site-Directed Mutagenesis 67%
  • Gels 51%
  • Phosphotransferases 49%
  • Amino Acids 44%

• Effects of atherogenic factors on the in vitro activation of arterial wall cells and monocytes. Study of the transduction mechanisms

  Raes, M., REMACLE, J. & Van Steenbrugge, M.

  1/01/97 → 31/12/01

  Project: PHD

  • Pathologic Processes 100%
  • Cell Wall 99%
  • Monocytes 81%
  • Isoprostanes 71%
  • Homocysteine 52%

• Activation cells by IL1 and role of antioxidant molecules

  Raes, M. & Renard, P.

  1/01/94 → 31/12/00

  Project: Research

  • Antioxidant Agent 100%
  • Signal Transduction 71%
  • Molecule 45%

• Proteomic approach (mass spectrometry included) of cellular responses to stress

  DIEU, M., Raes, M., REMACLE, J., Renard, P., DELAIVE, E. & Gerard, J.

  1/05/93 → 31/12/02

  Project: Research

  • Proteomics 100%
  • Mass Spectrometry 96%