Results of the competition:
INFORMATION ON THE RESULTS OF THE COMPETITION FOR THE POSITION OF ACADEMIC TEACHER
AT THE UNIVERSITY OF WARSAW
pursuant to art. 119 of the Act of July 20, 2018 Law on Higher Education and Science
(Journal of Laws of 2022, item 574)
Unit: Centre of New Technologies, University of Warsaw
Competition ID: CeNT-46-2022
Competition for the position of: postdoc (assistant professor) in the group of research workers in the OPUS 19 project “Multiscale spatial reorganization of chromatin in response to replication stress and its role in protection against genomic instability”
Competition announcement: 29.8.2022 r.
Application deadline: 28.09.2022 r.
The date of the competition settlement: 30.09.2022 r.
Number of applications: 1
Candidate recommended for employment: Joanna Borkowska, PhD
Justification: The candidate was the only person to enter the competition and sent full documentation. Moreover, she presented extensive knowledge on the subject of the grant and extensive scientific experience, both theoretical (knowledge in the field of molecular biology with particular emphasis on genomics) and practical (DNA-seq, RNA-seq, Chipseq, and genomic targeted experiments).
The committee unanimously recommended Joanna Borkowska, PhD, to be employed as an assistant professor in the OPUS 19 project.
Head of Competition’s Comitee
Professor Dariusz Plewczyński
Description:
Director of Centre of New Technologies of the University of Warsaw, with the approval from the Rector of the University of Warsaw, announces opening of the position of Postdoc (Adjunct) in the group of researchers in the Laboratory of Functional and Structural Genomics – Centre of New Technologies of the University of Warsaw.
Project title: Multiscale spatial reorganization of chromatin in response to replication stress and its role in cellular protection against genomic instability
Project leader: Professor Dariusz Plewczyński
Competition number: CeNT-46-2022
For more information, please visit the website of the University of Warsaw.
Deadline: 28/09/2022
Tags: the role of 3D chromatin structure in fundamental cellular processes such as transcription, replication and DNA repair ; replication stress (RS), genetic instability, DNA double-strand breaks, DNA fragile sites,, chromatin loops, mammalian 3D genome, chromatin higher order organization, human genome, genomics toolboxes and pipelines; molecular biology,, bioinformatics, next generation sequencing (NGS), experimental work in NGS-based 3D genomics techniques: Hi-C, ChIAPET and HiChIP (chromatin conformation capture), i-BLESS, ChIP-seq, RNA-seq,
