Niemeyer-Lab

We use tools from chemistry, biology and engineering for the development
of the next generation of functional biohybrid material systems.

[Kersten Rabe @RabeKersten]

Imagine you could visualize the stress of microbes using a rainbow of fluorescent proteins! Our RGB-S reporter, a plasmid that monitors different stress types in real-time is now available through addgene: https://t.co/ddBEXsDoFX

The paper: https://t.co/vvlWR7AUzZ

[ChemCatChem @ChemCatChem]

📢Check out Issue 9: https://t.co/Kp8QQcZcen

Featuring cover articles by Emiel Hensen & Chularat Wattanakit and @giustiniano & @Davide_Rv.

Including work by @GroupLese, @RoseGroup1, @Jedrzej_ASCLab, @JoseMPalomo1, @PalkovitsLab, @NiemeyerLab & @RabeKersten, and many more.

[ChemCatChem @ChemCatChem]

An Immobilised Silicon-Carbon Bond-Forming Enzyme for Anaerobic Flow Biocatalysis by Kersten S. Rabe and co-workers (@NiemeyerLab, @RabeKersten). #OpenAccess thanks to #ProjektDEAL. https://t.co/MlfFTZRCiM

[Niemeyer-Lab @NiemeyerLab]

Great novel material for Microbial Dark Matter decoding👇

[Kersten Rabe @RabeKersten]

Enriching species of Microbial Dark Matter from water-based environments but also from air?
Our solution: Macroporous Silicone Chips: https://t.co/6PxpNoVyNs
with @kasterlab @NiemeyerLab as part of the @The_MicroMatrix project.

[ChemEurJ: Chemistry - A European Journal @ChemEurJ]

Intracellular Assembly of Interacting Enzymes Yields Highly-Active Nanoparticles for Flow Biocatalysis (Niemeyer et al.) @NiemeyerLab @RabeKersten #openaccess thanks to #projektDEAL https://t.co/VRkv7llgBl

[Niemeyer-Lab @NiemeyerLab]

Nanoparticles for flow biocatalysis made in cells and exclusively from biocatalytically active enzymes - check out our new publication in @ChemEurJ

[ChemEurJ: Chemistry - A European Journal @ChemEurJ]

Intracellular Assembly of Interacting Enzymes Yields Highly-Active Nanoparticles for Flow Biocatalysis (Niemeyer et al.) @NiemeyerLab @RabeKersten #openaccess thanks to #projektDEAL https://t.co/VRkv7llgBl

[Niemeyer-Lab @NiemeyerLab]

Nice new work from IBG-1 from @RabeKersten and Ahmed Zoheir!

[bioRxiv @biorxivpreprint]

A genetically-encoded three-colour stress biosensor reveals multimodal response at single cell level and spatiotemporal dynamics of biofilms https://t.co/gDKi0bqwH5 #bioRxiv

[Niemeyer-Lab @NiemeyerLab]

Great job Svenja! And well deserved recognition of the great science you are doing at IBG-1 👍🥳

[GBM e.V. @GBM_eV]

🥇Congrats to @alexanderbelyy1 from @mpimoph @Intein, Svenja Moench from @NiemeyerLab @KITKarlsruhe and Jaime Fernandez Sobaberas from BZH/Nickel Group for receiving the GBM Poster Awards at #GBMFallConference @HHU_de🎉

[Niemeyer-Lab @NiemeyerLab]

@GBM_eV @alexanderbelyy1 @mpimoph @Intein @KITKarlsruhe @HHU_de Thanks a lot for awards 🥳Great recognition for such great PhD students like Svenja 👍

[GBM e.V. @GBM_eV]

🥇Congrats to @alexanderbelyy1 from @mpimoph @Intein, Svenja Moench from @NiemeyerLab @KITKarlsruhe and Jaime Fernandez Sobaberas from BZH/Nickel Group for receiving the GBM Poster Awards at #GBMFallConference @HHU_de🎉

[Niemeyer-Lab @NiemeyerLab]

Congratulations to Dr. Gallus from all of IBG-1! Looking forward to what's next 😀

[Kersten Rabe @RabeKersten]

Congratulations Dr. Gallus!

Great finish with complete success and great, exciting, insightful and diverse research!

Two highlights:
https://t.co/U9w49Qr1VR
https://t.co/jS6ML9c8gG
and more to come ;)

It has been a great pleasure to accompany her work so far.
Thanks Sabrina!

[MicroMatrix @The_MicroMatrix]

@The_MicroMatrix tackling cultivation - Interview on Campus Radio KIT with Coordinator @RabeKersten (sorry, only german) 🧪🦠

#microbiology

[ChemBioChem @ChemBioChem]

#OnTheCover: Modeling-Assisted Design of Thermostable Benzaldehyde Lyases from Rhodococcus erythropolis for Continuous Production of alpha-Hydroxy Ketones (Rabe) @NiemeyerLab @RabeKersten https://t.co/nasKNUy2yV

[Niemeyer-Lab @NiemeyerLab]

Starting into the final weeks of the year 🧑‍🎄
@KITKarlsruhe
In the background the wall of fame - the PhD alumni 🧑‍🎓

[Niemeyer-Lab @NiemeyerLab]

You want to install more than one protein on a DNA nanostructure?
Sandra Kröll has developed an orthogonal system, which precisely couples to two chemical handles with high efficiency. Check out her great paper 👇
https://t.co/rfmwvsC7cS
@KITKarlsruhe

[ChemBioChem @ChemBioChem]

A Modular System for the Rapid Comparison of Different Membrane Anchors for Surface Display on Escherichia coli (@RabeKersten) @NiemeyerLab #OpenAccess https://t.co/Bhdoy5gcp4

[Kersten Rabe @RabeKersten]

How do you quickly find out which membrane anchor is suitable for presenting a passenger protein on the cell surface?
Great work from PhD students Sabrina Gallus and Esther Mittmann @KITKarlsruhe now online in @ChemBioChem @ChemEurope
More details below
https://t.co/GWYlOVwcFT

[Wiley Chemistry @Wiley_Chemistry]

Check out this article from ChemBioChem titled "Modeling-Assisted Design of Thermostable Benzaldehyde Lyases from Rhodococcus erythropolis for Continuous Production of α-Hydroxy Ketones."

Read here: https://t.co/piLW1vBjU0

#OpenAccess
(Rabe) @NiemeyerLab, @RabeKersten

[ChemBioChem @ChemBioChem]

Modeling-Assisted Design of Thermostable Benzaldehyde Lyases from Rhodococcus erythropolis for Continuous Production of alpha-Hydroxy Ketones (Rabe) @NiemeyerLab @RabeKersten #OpenAccess https://t.co/uj7x7YKnHT

[Niemeyer-Lab @NiemeyerLab]

Flow into #Biotechnology - our visions on flow reactors and their applications for biocatalysis and beyond. @KITKarlsruhe

Zoom – Microfluidic reactors | The future of biocatalysis https://t.co/imt8pvZhFO