Department of genetic engineering

From ICBGE
(Difference between revisions)
Jump to: navigation, search
(New page: <div style='margin-right:10px;float:left;align:center;width:450px;height:450px;'> ==Main lines of research are:== * studying molecular&biological and molecular&genetical mechanisms of pla...)
 
 
(16 intermediate revisions by one user not shown)
Line 1: Line 1:
<div style='margin-right:10px;float:left;align:center;width:450px;height:450px;'>
+
[[Staff of the Department of genetic engineering]]
 +
 
 
==Main lines of research are:==
 
==Main lines of research are:==
  
 +
* molecular farming of biologically active proteins in plants (colicins, interferon etc.)
 
* studying molecular&biological and molecular&genetical mechanisms of plant cell functions with biotechnology methods;  
 
* studying molecular&biological and molecular&genetical mechanisms of plant cell functions with biotechnology methods;  
 
* developing novel technologies in cell and genetic engineering;  
 
* developing novel technologies in cell and genetic engineering;  
Line 8: Line 10:
 
* studying genome functioning in genetically modified plants;
 
* studying genome functioning in genetically modified plants;
 
* investigating adaptive response of plants to biotic and abiotic stresses.
 
* investigating adaptive response of plants to biotic and abiotic stresses.
 +
* production of secondary metabolites in aseptic plants and cultures
  
  
Line 14: Line 17:
  
 
In the area of plant biodiversity conservation, plant gene bank of the world flora has been created, which has won the National Scientific Asset status.
 
In the area of plant biodiversity conservation, plant gene bank of the world flora has been created, which has won the National Scientific Asset status.
 +
http://germplasm.icbge.org.ua
 +
 +
the laboratory are incorporated into Department:
 +
**[[Laboratory of Adaptative Biotechnology]]

Latest revision as of 08:36, 2 August 2022

Staff of the Department of genetic engineering

[edit] Main lines of research are:

  • molecular farming of biologically active proteins in plants (colicins, interferon etc.)
  • studying molecular&biological and molecular&genetical mechanisms of plant cell functions with biotechnology methods;
  • developing novel technologies in cell and genetic engineering;
  • creating genetically modified plants with useful properties;
  • developing methods of plant biodiversity conservation;
  • studying genome functioning in genetically modified plants;
  • investigating adaptive response of plants to biotic and abiotic stresses.
  • production of secondary metabolites in aseptic plants and cultures


Results of international significance were obtained in plant cell engineering: biparental inheritance of cytoplasmic genes in plant somatic hybridization was proved. In biotechnology, methods of plant genetic transformation are improved; techniques of plastome transformation are elaborated as well as technologies for constructing transgenic plants with important traits. Research into chloroplast genome transformation is carried on. Transgenic plants of some agricultural species have been produced, with a view to practical breeding. A novel study area has been started – technologies of pharmacological protein production via their transient expression in plant systems. First edible plants producing recombinant vaccine antituberculousproteins were created.

In the area of plant biodiversity conservation, plant gene bank of the world flora has been created, which has won the National Scientific Asset status. http://germplasm.icbge.org.ua

the laboratory are incorporated into Department:

Personal tools