Uffe H. Mortensen's Lab

The Eukaryotic Molecular Cell Biology Lab @DTUbioengineer @DTUtweet led by Prof. UH Mortensen.

[Uffe H. Mortensen's Lab @UHMortensenLab]

Our #OpenAccess "CRI-SPA: a high-throughput method for systematic genetic editing of yeast libraries" paper is now available at @NAR_Open. 👇
https://t.co/T4gquwxo5A

[Tomas Strucko @tomas_strucko]

New tool for filamentous fungi by @UHMortensenLab
https://t.co/PdeVhD4dgI
"RoCi—a single-step multi-copy integration system based on rolling-circle replication"
👇🍄🔧⚙️

[Tomas Strucko @tomas_strucko]

Latest from @UHMortensenLab
https://t.co/GdfvusmvnI

[Tomas Strucko @tomas_strucko]

The key plasmids from our Pichia tools paper https://t.co/haz7cfND5l are now available @Addgene https://t.co/zpcoNAAWbX please share the news 🧑‍🔬🧬

[Uffe H. Mortensen's Lab @UHMortensenLab]

Our preprint "RoCi - A Single Step Multi-Copy Integration System Based on Rolling-Circle Replication" is online at @bioRxiv_synbio @biorxivpreprint https://t.co/Wi1YKmXczH

[Uffe H. Mortensen's Lab @UHMortensenLab]

Our #OpenAccess oligonucleotide-based gene engineering toolbox for Pichia is now published in @FEMSmicro Yeast Research 👇https://t.co/VoGV11NONR

[Uffe H. Mortensen's Lab @UHMortensenLab]

"Oligonucleotide-based CRISPR-Cas9 toolbox for efficient engineering of Komagataella phaffii" is now online @biorxivpreprint 👇

[Tomas Strucko @tomas_strucko]

Our pre-print introducing some useful tools for Pichia pastoris engineering is online. Take a look and spread to the relevant peers 👨‍🔬👩‍🔬🧫 https://t.co/8aUSPraNvw
@DTUbioengineer

[Nathan Lewis @Nathan_E_Lewis]

I'll be giving a seminar tomorrow at @DTUtweet as part of their Biotech Lifelong learning series. I'll be talking about 'Rethinking omics in cell line design and engineering'. Join in person or online if you're interested
https://t.co/l9w7nkoggj

[Uffe H. Mortensen's Lab @UHMortensenLab]

CRI-SPA tool in combination with biosensor allows high-throughput genome-wide identification of targets that improve cis-cis-muconic acid production in yeast https://t.co/vUzUfQWDQN

[Akos T. Kovacs @EvolvedBiofilm]

Whole genome sequence characterization of Aspergillus terreus ATCC 20541 and genome comparison of the fungi A. terreus

-in @SciReports
-with @UHMortensenLab

https://t.co/f4Wv9Wli2k

[Jens Preben Morth 🇪🇺 🇩🇰 🐾 🌍 @Jpmorth]

Check out this cool job in Denmark. Join us on the hunt for plastic degrading enzymes at @DTUbioengineer together with fellow Boy band members at Enzync @UHMortensenLab and Peter Westh.https://t.co/Y8xyVdduNT

[Uffe H. Mortensen's Lab @UHMortensenLab]

Check our in vivo DNA assembly toolbox for simple genetic engineering of filamentous fungi. We show construction of vectors, complex multipurpose gene-targeting substrates and constructs for #CRISPR based marker-free gene editing directly in fungi 👇
https://t.co/gAiltVvq7e

[Uffe H. Mortensen's Lab @UHMortensenLab]

Happy to share our latest work, CRI-SPA – a mating based method for high-throughput genetic modification of yeast strain libraries! Many possible applications for #sysbio and #biotech. Thanks to all involved @DTUbioengineer @DTUBiosustain. See👇 https://t.co/1rEj1Lmvaz

[Uffe H. Mortensen's Lab @UHMortensenLab]

Really looking forward to this exciting collaboration!

[Jens Preben Morth 🇪🇺 🇩🇰 🐾 🌍 @Jpmorth]

Super excited to get started with this new project together with @daniel_otzen, @TeknologiskInst, @UPorto and my amazing colleagues Peter West and Uffe Hasbro @UHMortensenLab at @DTUbioengineer, @DTUtweet

[Uffe H. Mortensen's Lab @UHMortensenLab]

Our #CRISPR plasmid collection in @Addgene just got updated, see https://t.co/RyOgYmFPyD
#cellfactories #yeast #Synbio

[Tomas Strucko @tomas_strucko]

Plasmids from our #CRISPR/Cas9 toolkit for CTG-clade yeasts (#Debaryomyces #hansenii) published in @OUPSynBio https://t.co/diuWWgUWn8 is now available in @Addgene! 👇https://t.co/jSOKGotMZ4
@UHMortensenLab @JLMart81

[Ostenfeld Larsen Lab @LarsenOstenfeld]

A great day in the lab with two papers driven by former PhD student Yaojie Gou out in ACS Journals :-)
https://t.co/4JcLHfDPrV,
https://t.co/0EhrpPKXE0

[Uffe H. Mortensen's Lab @UHMortensenLab]

Check out an addition to our #CRISPR toolset https://t.co/5nSyS0FqNj
An interesting non-conventional yeast from CTG-clade Debaryomyces hansenii can now be efficiently engineered. Published in @OUPSynBio #Synbio #OA #Biotechnology.

[Tomas Strucko @tomas_strucko]

and the link: https://t.co/diuWWgUWn8

[Uffe H. Mortensen's Lab @UHMortensenLab]

Today I am presenting the latest developments from our lab @ICY15_Vienna. Tune in!

[Tomas Strucko @tomas_strucko]

Nice collaboration between @DTUtweet Food and @DTUbioengineer just got published. Take a look!
"Authentication of vanillin ex glucose – A first study on the influence of the glucose-source on the δ13C and δ2H value"
https://t.co/vWmadsLPKf
#Cellfactories #Vanillin