View   
     List   
     FAQ   
  Home   /  Experimental and clinical oncology  /  Molecular Therapy Laboratory  
  Config  
 | 
  Log in (Admin)  
    
     
 
   
Molecular Therapy Laboratory
   
Istvan Petak, MD, PhD
    Our basic research field is the molecular regulation of apoptosis and novel forms of active cell death in tumors cells. Based on this basic research we investigate the molecular pharmacology of anti-cancer therapeutics directly activating cell death like TRAIL (Tumor Necrosis Factor-related Apoptosis Inducing Ligand) or inhibiting survival pathways, in particular kinase inhibitors. The aim of these studies is to form the preclinical rational of novel drug combinations, explore the mechanisms of drug resistance and identify biomarkers which predict individual tumor response. The research group is in strong collaboration with biotechnology companies to develop new targeted signal transduction therapies, in particular tyrosin kinase inhibitors and novel molecular diagnostic technologies. This laboratory is the largest centrum of predictive diagnostics of targeted therapies of EGFR (Epidermal Growth Factor Receptor) in Hungary, which includes the routine DNA sequence analysis of EGFR and RAS genes in archived lung cancer and colon cancer samples (even small biopsies or cytology smears), EGFR fluorescence in situ hybridation and immunohystochemistry. We have recently published the largest comprehensive study in this subject in the Central-European region. In collaboration with our partners, we are developing multiple target tyrosin kinase inhibitors to overcome resistance to current EGFR inhibitors, and targeted delivery with nanotechnology. Other projects investigate the molecular mechanism of action and predictive diagnostics of proteasome inhibitors, a novel important group of anti-cancer agents. The laboratory has several international collaborations which include: St. Jude Children’s Research Hospital USA; Max Planck Institute, Germany; University of Modena and Reggio Emilia, Italy and Queen's University, UK. The research group has been involved and also coordinated several Hungarian and EU founded large R&D projects.    
   
        
   
   
KEYWORD(S): tumor cell biology, molecular pharmacology, apoptosis , signal transduction therapies, predictive molecular diagnostics, 
   
  1 - 2 (2)     
 
  1 - 2 (2)     
 
  KEYWORD UNIVERSE: CO2-sensitivity, GTPase activating proteins - GAPs, NADPH oxidase - NOX2, NADPH oxidase, Neutrophilic granulocytes, TASK, TRESK, aging, apoptosis, asthma, autonomic neuropathy, autoregulation, avian, bioinformatics, blood-brain barrier, c, calcineurin, calcium, cancer, cell biology, cell fusion, cerebral blood flow, cerebral blood volume, complement, dendritic cells, diabetes, dopamine, duplikation, early restenosis, embryo, embryomanipulation, endoplasmic reticulum, endothelium, enviroment, epidemiology, exercise, gene expression, gene, genetics, hydrogen peroxide, hypothalamus, immunology, in vitro fertilization, inflammation, ischemia-reperfusion, liver, lupus nephritis, lymphoid tissue, medicinal chemistry, metabolic bone disease, mitochondria, molecular biology, neuronal plasticity, neuroprotection, oral biology, oxidative stress, pathology, pathophysiology, peroxidase, phagocytes, pharmacokinetics, physiology, potassium channel, reactive oxygen species, receptors redox homeostasis, regulation, signal transduction, small GTPases, stem cell, stress, stroke, superoxide, tetrasomi, tissue engineering, transplantation,  
  Molecular Therapy Laboratory  Experimental and clinical immunology and genetics  Molecular Oral Biology Research Group  Hemostasis Group  Clinical Psychiatry Research Group  Surgery (operative sciences)  Sport sciences  Reproductive sciences  Physiology, pathophysiology  Pharmaceutical sciences, pharmacology  Neurosciences  Morphological sciences (anatomy, pathology, forensic medicine)  Molecular biology, microbiology  Miscellaneous  Medicine of sensory organs  Internal medicine and pediatrics  Experimental and clinical oncology  Experimental and clinical immunology and genetics  Dental sciences  Biochemistry, cell biology, biophysics  Behavioural sciences   
     Research Areas     

Behavioural sciences

  

Biochemistry, cell biology, biophysics

  

Dental sciences

  

Experimental and clinical immunology and genetics

  

Experimental and clinical oncology

  

Internal medicine and pediatrics

  

Medicine of sensory organs

  

Miscellaneous

  

Molecular biology, microbiology

  

Morphological sciences (anatomy, pathology, forensic medicine)

  

Neurosciences

  

Pharmaceutical sciences, pharmacology

  

Physiology, pathophysiology

  

Reproductive sciences

  

Sport sciences

  

Surgery (operative sciences)

  
    :: © 2009 - Semmelweis University :: Production - DataWeb Systems ::