Zaměstnanci

projekty

Jansova Denisa , Mgr.


Funkce:
Profesní zaměření:PhD. student
E-mail:
Pevná linka:
Mobil:
Oddělení: Laboratoř biochemie a molekulární biologie zárodečných buněk
Budova: /
Linka:
Web:

Education/Qualifications

Present position    Charles University in Prague, Czech republic; Faculty of Science
                              A PhD student at the Developmental Biology Program
                              Research interest: Tanscriptome of the mammalian germ cells

 

2011-2013            Charles University in Prague, Czech Republic; Faculty of Science
                              Department of Cell Biology, Master´s study program
                              
Diploma Thesis: Transcriptional activity of the genes characterizing developmentally competent
                              cytoplasm in bovine oocytes

 

2008-2011           Charles University in Prague, Czech Republic; Faculty of Science
                             Department of Cell Biology, Bachelor´s study program
                          
  Bachelor´s thesis: Actin and  its regulation in clathrin endocytosis

Employment to Date/Work Experience

6/2013-10/2013    Institute  of Animal Physiology and genetic AS CR v.v.i.
                              Post:  research assistant V1

 Other Experience/Presentation and conferences

September 2014   18th International Microscopy congress (Prague), participant poster session Phosphorylation of 4E-BP1
                             
promotes translation at the oocyte spindle

May 2014              Summer school of microinjection and advance microscopy technique (CEITEC, Brno)

2010-2011            Charles University in Prague, Czech Republic; Faculty of Science
                              Department of Cell Biology
                              Searching of candidate genes by RNAi in Wnt signaling on C. elegans

Publications

Susor A, Jansova D, Cerna R, Danylevska A, Anger M, Toralova T, Malik R, Supolikova J, Cook MJ, Oh JS, Kubelka M. (2015).Temporal and Spatial Regulation of Translation in the Mammalian Oocyte via the mTOR/4F Pathway. Nature Communications. link

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Veveří 97
602 00 Brno 2
tel.: 532 290 136
fax: 541 212 988
matousova@iach.cz