The page you were trying to view does not exists or may have expired. Below are the list of similar positions in our database.
Similar Posts
-
our team to unravel the molecular mechanisms that regulate gene expression. You will work closely together with wet lab scientists in the analysis of a broad range of NGS datasets. You will contribute
-
translated or interpreted to regulate specific patterns of gene expression. This project will reveal new fundamental principles of gene regulation that include elucidating the precise order of epigenetic and
-
creative research program in the general areas of Molecular Biology or Biochemistry. Applicants who study chromatin remodeling via genomics approaches are especially encouraged to apply. The research program
-
of tumours. Changes in epigenetic modifications and protein associations are very influential in regulation of chromatin structure and thereby gene expression. However, the understanding of which epigenetic
-
of the genome in the nucleus and the regulation of gene expression. Our research aims to define the 3D structures into which the genome is organized in detail; to identify the mechanisms by which these structures
-
expression to understand genome reprogramming and transcriptional regulation during development. Working language is English. We offer a well-equipped, international and scientifically stimulating environment
-
mechanism by which RNAs (i.e. long noncoding, transfer and small RNA) regulate genes and genome structure in both health and diseases (Geng et al. LSA 2024, Geng et al. Genome Research 2022, Søndergaard et al
-
development for transposon regulation (Xie et al., Genes Dev 2022). The Vaquerizas lab studies how chromatin, 3D genome organisation, and repetitive elements influence development and disease (Kruse et al
-
development for transposon regulation (Xie et al., Genes Dev 2022). The Vaquerizas lab studies how chromatin, 3D genome organisation, and repetitive elements influence development and disease (Kruse et al
-
-dependent chromatin remodeling and unraveling the intricate interplay between chromatin remodelers and transcription factors in regulating chromatin structure and gene expression. We have several ongoing