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Chef d'équipe

Albert WEIXLBAUMER
albert.weixlbaumer@igbmc.fr
Tel. : +33 (0)36948 5103
Tel. : +33 (0)36948 5264

Les chiffres

51 équipes de recherche
138 chercheurs
62 post-doctorants
131 doctorants
191 ingénieurs & techniciens
4 masters
163 administratifs & services généraux 110 personnels ICS

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Recrutement

Structural And Biochemical Studies On Rna Polymerase Bound To Regulatory Factors.

Reference : PhD Albert Weixlbaumer

Publication de l'offre : 26 janvier 2018

Introduction

The first step in gene expression, where DNA is copied into RNA, is called transcription and carried out by a protein enzyme called RNA polymerase (RNAP). The architecture and basic mechanism of RNAP is universally conserved. Because of its fundamental role, transcription affects essentially every aspects of biology and a large number of regulatory processes target RNAP. Misregulation of transcription has severe effects and has been implicated in a growing list of human diseases.

We focus in the team on three questions:

i) How do protein factors regulate transcription;

ii) how do non-coding RNAs regulate transcription; and

iii) how are protein synthesis and transcription coupled in bacteria?

To address those questions, we combine biochemistry and structural biology (mostly single particle cryo-EM) to describe these processes at the molecular level.

 

Projects

We are interested in Protein transcription factors and non-coding RNAs, which regulate gene expression during transcription elongation (when RNA is synthesized) or are influencing transcriptional fidelity (they prevent or correct errors during transcription). We also increasingly focus our attention on protein factors that couple transcription and translation in prokaryotes.

 

Methodology

Prospective students interested in a mechanistic understanding of fundamental biological processes will benefit from joining a young team. They will learn molecular biology and biochemical techniques and structural approaches like X-ray crystallography or single particle cryo-EM on RNAP complexes. This toolset will enable them to interpret the results at the molecular level and prepare them well to address fundamental questions in the life sciences in the future.

Votre candidature

Date limite de candidature : 1 novembre 2018

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Université de Strasbourg
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