The PEP group

The protein engineering and proteomics (PEP) group headed by Prof. Vincent Eijsink. PI's @GustavVaaje @MathiesenG and @ThePopeLab @AnikoVarnai @MagnusArntzen

[The PEP group @EijsinkLab]

We have announced three positions in the ERC synergy project CUBE

More info can be found here: https://t.co/5zzf1mHGPT For info about cube please visit https://t.co/nveduy2uue

[Thea Os Andersen @andersen__thea]

New paper out on increasing biomethane production from trickle bed reactors (and first paper from my post-doc)🐛📷 ! Thankful for the opportunity to be a part of this paper and for great collaboration! @BioRef_NMBU @NIBIO_no https://t.co/gkcuP34MXq

[Frances Arnold @francesarnold]

We are thrilled to present a new #enzyme to the world, the first shown to break the man-made carbon-silicon bonds in #siloxanes, which are persistent in the environment.
https://t.co/BJOuWk4WGW

[Magnus Ø. Arntzen @magnusarntzen]

Such a huge honour to receive an @ERC_Research Consolidator Grant #ERCCoG to explore the enigma of oxidative lignocellulose degradation in anaerobic environments.

Big thanks to everyone who has made this success possible!

@UniNMBU @ThePopeLab @EijsinkLab

[Dupree Lab @DupreeLab]

Plant cell wall glycosyltransferases underpin the complex structure of dietary fibre. In our new work https://t.co/cVCGjoO8Y2, we show that β-xylosylated xyloglucan arose from the rapidly evolving GT47 family, while a promiscuous GH43 hydrolase permits its digestion in the gut.

[Magnus Ø. Arntzen @magnusarntzen]

Happy to share our latest work on integrating meta-omics data 📊 Excellent work by @val100420 to make this happen in #usegalaxy. Visit https://t.co/S0ysOFFFpA

[Bastien Bissaro @BastienBissaro]

Happy to share our latest work on peculiar AA9 LPMOs, for which we reveal several intriguing features 🧐. Congrats to @JLReyre for his first PhD thesis paper 👏!
@INRAE_France @IFPENinnovation @PolytechMars @univamu
https://t.co/4kE4JvHKz2

[Kotaro Tsuboyama @KotaroTsuboyama]

Thrilled to share that our manuscript on mega-scale folding stability data has been published in @Nature ! Supervised by @grocklin
https://t.co/qY5WFstWxg
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[Per Ivar Hoevring @PerHoevring]

Two #postdoc & one #PhD position within Experimental and computational #enzymology on #ERC project CUBE, @UniNMBU , Norway 🇳🇴

[Jean-Guy Berrin @jgberrin]

👇Lytic Polysaccharide Monooxygenase Action Increases Fiber Accessibility and Fibrillation by Releasing Tension Stress in Cellulose Fibers | Biomacromolecules https://t.co/hxI0Gc3BKm
A collab @INRAE_BIA @BBF_lab in the frame of @_3BCAR @INRAE_TRANSFORM

[Wade Abbott @sweetmicrobe]

📢Calling all CAZymologists! Looking forward to our first GRC meeting in four years: https://t.co/tESQvgTAQm. Come connect with amazing people and learn about amazing science! #glycotime @CAZyDB 🍬🦠🌱🔬

[Phil b. Pope @ThePopeLab]

Protozoa can be 🔺50% of the microbial biomass in the rumen and have big influence on digestion and H2 production (leading to methane). BUT they are HARD to study, especially in vivo! @andersen__thea adds her PhD piece to the puzzle in @ISMEJournal https://t.co/x9LxAdKmL8… 1/6

[Metaproteomics Initiative @MetaP_Init]

📢We're thrilled to announce that the next IMS will be held in the stunning Norway🏔️🏂⛷️Stay tuned for more details…
#metaproteomics #microbiome #functions

[BioCat - Norwegian National Graduate School @BiocatNorway]

PhD position available in the PEP group at NMBU! A great opportunity to work with green #biotechnology and enzyme discovery 😀 Deadline 11.5. https://t.co/foIddeoYt7

[Metaproteomics Initiative @MetaP_Init]

Don't miss out!

Register now to attend the 5th International Metaproteomics Symposium ✏️https://t.co/j3KAvbEOCe

#metaproteomics #microbiome #IMS23

[Chris Greening @greeninglab]

In @Nature today (open access), we report the structural and mechanistic basis of how bacteria harvest energy from air. We reveal a novel enzyme, Huc, consumes atmospheric levels of hydrogen gas and transfers the derived electrons for aerobic respiration. https://t.co/5J0Pq1mS7l

[The PEP group @EijsinkLab]

Check out our most recent paper on how lignin can be used to harvest sunlight and fuel LPMO reactions @NatureComms https://t.co/x9HgMG50yJ

[The PEP group @EijsinkLab]

We (@BastienBissaro) just published a short review explaining how LPMOs went from being slow monooxygenases to being efficient peroxygenases, harnessing the power of site-specific Fenton chemistry https://t.co/HbUHsALrUN

[Lauren McKee @laurensmckee]

Online now in Early View @FEBSJournal.
Three GH enzymes from different families. All can hydrolyse pustulan (B-1,6-glucan), but only one is really any good at it!
https://t.co/hLYuJiRTTB

[Matthew P. Ostrowski @mattostrowski2]

Applications OPEN for a great conference! Carbohydrate-Active Enzymes for Glycan Conversions
https://t.co/qAAqR1TNfR
Lots of opportunities for talks from grad students and postdocs! Don't forget to apply to the associated GRC as well!