Moritz Pfleiderer

Minipreps and sometimes structural biology @UZH_en

[Moritz Pfleiderer @MorPfl]

I am very happy to share the results of my PhD @EMBLGrenoble in the @WojtekGalej lab. Thanks a lot for the support in the past years!
https://t.co/VtWhE57hcq

[Matthew Bowler @moncourvoisier]

Really nice outreach article about our @ScienceMagazine paper 👉 https://t.co/ZWrsH7myqR in @sciencebreaker by @PaulineJYX @igaldadas and @gervasiolab
https://t.co/nwmhBYAA3I @embl @EMBLGrenoble

[Moritz Pfleiderer @MorPfl]

Congratulations Daniel! Impressive work!

[Moritz Pfleiderer @MorPfl]

Great work by my colleagues @l_loeff and @MartinJinek elucidating the mechanism of the phage defense system DdmDE.

[Moritz Pfleiderer @MorPfl]

I am happy that this work is out. @MichalRazew, @WojtekGalej, Angelique Fraudeau and Romain Linares show how the Integrator complex is recruited by specific transcription factors.

[Wojtek Galej @WojtekGalej]

I am delighted to share our latest paper on the Integrator complex assembly and association with transcription factors. Great work by @MichalRazew, Angelique Fraudeau, @MorPfl and Romain Linares @embl @EMBLGrenoble
https://t.co/oanOUeZjkM

[Wojtek Galej @WojtekGalej]

Last few days to apply to our EMBO Practical Course on macromolecular complexes! We have a fantastic lineup of speakers covering broad range of topics. Join us in Grenoble in June!

[Moritz Pfleiderer @MorPfl]

@Fei_Xavier_Chen @ShiekhattarLab @xu_lab @jingdongcheng This is amazing work. I wondered for a long time what the connection between DSS1 and Integrator would be.

[Moritz Pfleiderer @MorPfl]

@AgataMisiaszek @EMBO @FMIscience Congratulations!

[Wojtek Galej @WojtekGalej]

A new automated platform for cryo-EM/ET grids preparation.
Great engineering by @PappTeam and collaborative @embl effort to validate the approach.

https://t.co/JuNB7A6CuG

[Irma Querques @irma_querques]

📢 I have two open @ERC_Research fully funded #postdoc and #PhD positions in my lab at @MaxPerutzLabs on the @viennabiocenter campus. We are looking for structural bio(techno)logists with a passion for nucleic acid binding proteins and genome editing.
Deadline for PhD: Oct 15th

[Dr Eva Frickel @FrickelLab]

💥 Out now @ScienceMagazine. @DanielHFisch solves the mystery of bystander cell protection during infection. An exciting mechanism, cells are so smart! PIM1 controls GBP1 activity to limit self-damage and to guard against pathogen infection | Science https://t.co/shrDXBq53Q

[Moritz Pfleiderer @MorPfl]

@LenaAnastasakou, @DanielHFisch, @WojtekGalej, @FrickelLab and me were brought together by chance during the pandemic and decided over raclette to try a collaboration.

[Moritz Pfleiderer @MorPfl]

I am very happy that this story is finally out.
It was a huge effort mainly by @DanielHFisch and @FrickelLab.

I am very grateful to @EMBLGrenoble and @MartinJinek for providing lab space and computational resources.
https://t.co/bsF5sFuxNl

[Moritz Pfleiderer @MorPfl]

I am very happy to share our newest results characterizing the novel Integrator subunit INTS15 (C7ORF26). It was an exciting collaborative effort of @WojtekGalej and lab with the @GardiniLab and in particular my amazing co-author @offley_sarah!

[Cell Reports @CellReports]

A combinatorial approach to uncover an additional Integrator subunit https://t.co/Soj1Cu1R98

[Moritz Pfleiderer @MorPfl]

@J_A_Alexander @Nature Congratulations Andrew and colleagues! Looks like I will have an exciting morning reading session.

[Moritz Pfleiderer @MorPfl]

@KowaEva Congratulations. Great to finally see this published!

[Moritz Pfleiderer @MorPfl]

@tm_brainscience Congratulations! 🎉🧠

[Moritz Pfleiderer @MorPfl]

@MariaLukarska @LSRFdtn @SavageCatsOnly @dfsavage Congratulations!!!🎉

[Moritz Pfleiderer @MorPfl]

I am very happy that the @snsf_ch decided to fund my project in the @MartinJinek lab with a postdoctoral fellowship for the next two years!

[Moritz Pfleiderer @MorPfl]

@LenaMuckenfuss @MartinJinek Congratulations! 🎉

[Moritz Pfleiderer @MorPfl]

Amazing insights into the activation mechanism of type V CRISPR associated transposons. Apparently, ribosomal proteins are quite versatile.

[MichaelSchmitz @Michael__Sch]

It was a real thrill to present our new data on type V CAST at @crispr2022 in Boston this week in a shared talk with @irma_querques. Thanks to the great support of @OberliSeraina, @ChrisChanez89 and @MartinJinek , we are now able to share a preprint here: https://t.co/RrVTThmhdF