View   
     List   
     FAQ   
  Home   /  Molecular biology, microbiology  /  Laboratory of Molecular Genetics  
  Config  
 | 
  Log in (Admin)  
    
     
 
   
Laboratory of Molecular Genetics
   
Mária Sasvári-Székely, PhD, DSc
    Professor

The main research activity of the laboratory is the study of the nature of genetic polymorphisms in the human population. Our specific interest is related to genetic background of human behavior and psychiatric disorders. Numerous polymorphisms of the dopamine and serotonin neurotransmitter system have been studied in the laboratory in respect top their association to various human traits and psychiatric disorders. Molecular biology of the determined promoter polymorphisms have been assessed by reporter gene constructs and by cotransfection of transcription factors in neuronal and astroglial cell lines.
Recently we started to work on the transcriptional effects of hypoxia and its relation to various genes of the dopamine and serotonin system. Moreover, we just started to investigate the expression changes in rat nervous system as the consequence of diabetes. 
The laboratory has numerous ongoing funds for the research, including an EU and an NIH-FIRCA fund, as well as national grants of OTKA and ETT. Our research group also participates in K+F activity.
As our research has a strongly interdisciplinal nature, we have numerous national and international collaborations, including EU member and non-member states, as well as the US.
   
   
        
   
   
KEYWORD(S): molecular genetics, psychogenetics, complex diseases, polymorphism, expression analysis, 
   
  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,  
  Laboratory of Molecular Genetics  Neuromorphological and Neuroendocrine Research Laboratory  Biochemical Pharmacology Unit  Laboratory of Tumor Biology  Laboratory of Molecular Endocrinology   
     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 ::