Difference between revisions of "Jörg Stülke"
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(→The most recent publications on B. subtilis) |
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* [[Regulation of metabolism]] | * [[Regulation of metabolism]] | ||
* [[RNA-binding transcription factors]] | * [[RNA-binding transcription factors]] | ||
| + | * [[Essential genes and genome reduction]] | ||
* [[RNA degradation]] | * [[RNA degradation]] | ||
* [[Control of bistable gene expression]] | * [[Control of bistable gene expression]] | ||
* [[Second messengers]] | * [[Second messengers]] | ||
| + | * [[Metal ion homeostasis]] | ||
* [[Databases and bioinformatic tools]] | * [[Databases and bioinformatic tools]] | ||
* ''[[Mycoplasma]]'' | * ''[[Mycoplasma]]'' | ||
==The most recent publications on ''B. subtilis''== | ==The most recent publications on ''B. subtilis''== | ||
| − | + | <pubmed>35714772,35164567,35130724</pubmed> | |
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= Main research interests = | = Main research interests = | ||
| − | central [[metabolism]] in ''B. subtilis'', systems biology, RNA-protein interaction, [[protein-protein interactions]], the [[RNA degradosome]], [[biofilm formation]] | + | * [http://minibacillus.org the minimal genome], central [[metabolism]] in ''B. subtilis'', systems biology, RNA-protein interaction, [[protein-protein interactions]], the [[RNA degradosome]], [[biofilm formation]], signal transduction by cyclic di-AMP |
= '''Back to [[Labs working on Bacillus]]''' = | = '''Back to [[Labs working on Bacillus]]''' = | ||
Latest revision as of 16:44, 24 August 2022
Contents
Lab head: Jörg Stülke
Additional information
Publications
- Regulation of metabolism
- RNA-binding transcription factors
- Essential genes and genome reduction
- RNA degradation
- Control of bistable gene expression
- Second messengers
- Metal ion homeostasis
- Databases and bioinformatic tools
- Mycoplasma
The most recent publications on B. subtilis
Main research interests
- the minimal genome, central metabolism in B. subtilis, systems biology, RNA-protein interaction, protein-protein interactions, the RNA degradosome, biofilm formation, signal transduction by cyclic di-AMP
