Thomas Welte

Clinician scientist @unispital_usz, @UZH_en, @SFB1453_NephGen @NCCR_RNADisease. RNA + dev. biology.

[Marc Bühler @MarcBhler4]

Novel insights into the silencing of an understudied transposable element - check out our latest preprint by Jakob Schnabl-Baumgartner and colleagues https://t.co/sQUYsJQjK1 https://t.co/BBh8XtFXZz

[realArnoldLab @realArnoldLab]

https://t.co/cohVywYo8a

[NCCR RNA & Disease @NCCR_RNADisease]

Welcome to @WelteThomas as a new Associate Member of the NCCR RNA & Disease! Clinician Scientist at University Hospital Freiburg and @FMIscience . Soon establishing a research lab on post-transcriptional gene regulation in organ development and repair at the @UZH_Science.

[Benjamin Towbin @betowbin]

Glad you are still here. Let others know and RT:

https://t.co/6Ayq56C9oC

[Grosshans Lab @LabGrosshans]

Excellent choice - congratulations, Victor and Gary, for this deserved recognition of your breakthrough work!

[Thomas Welte @WelteThomas]

Tissue-resident memory T cells break tolerance to renal autoantigens and orchestrate immune-mediated nephritis https://t.co/pe7ImfWn0V

[Genes & Development @GenesDev]

A novel protein complex, ChAHP2, is involved in silencing of ERVs and LINE1 elements, complementing the SINE-targeting ChAHP complex, to bring about efficient retrotransposon repression.
@MarcBhler4 @JosipAhel

Learn more here:
➡️ https://t.co/ekqtQL0l14

[NCCR RNA & Disease @NCCR_RNADisease]

Preprint by @LabGrosshans (@FMIscience) & @ward_lab (@ucsc) w/ 1st authors Rebecca Spangler, @GuinevereAshley, @KathrinBraun16 "A conserved chronobiological complex times C. elegans development" @biorxivpreprint
https://t.co/VjGUTJRVs7

[Benjamin Towbin @betowbin]

Two more weeks to apply for #PhD position in #Quantitative #Developmental #Biology using #Celegans. Join us to study how growth signals control development and aging in space and time. GIF is shows bursts of FoxO/DAF-16 activity. https://t.co/aKEAxSaXEj

[Grosshans Lab @LabGrosshans]

What's better than publishing a paper? Publishing it next to another paper from your former postdoc's lab. Congratulations, @mdlmata & Team! Full stories on how miRNAs get degraded at https://t.co/nzkiIkz7aq & https://t.co/aUO9MoBibw @NAR_Open @FMIscience

[Schraga Schwartz @SchragaSchwartz]

What are the forces shaping m6A evolution? Using interspecies hybrids in yeast and mammalian systems, we find that changes in m6A levels are nearly exclusively driven in cis. https://t.co/cajn570Ukh

[Grosshans Lab @LabGrosshans]

Ever wondered how biological clocks time developmental events? @LabGrosshans @FMIscience we do - and use experiments and theory to find out. Join us – FMI's PhD program is now accepting applications 👇, and we offer #phdpositions.

[Thomas Welte @WelteThomas]

@LukeIsbel I'll let you know 😎

[Thomas Welte @WelteThomas]

Congratulations Luke!

[Alexander Szabo @AlexSzaboBiotec]

@mscienceaustnz is proud to once again sponsor the Mid-Career Awards at @GenomeConf. Congratulations to @LukeIsbel and @HaloomRafehi. Impressive research and excellent communication.

[Peters Lab @PetersLabFMI]

@PetersLabFMI: Excited to share our latest preprint lead by Greg Fanourgakis (@Grigo_Fanou). Key findings are that DNA methylation modulates nucleosome retention in sperm and H3K4 methylation deposition in early mouse embryos. https://t.co/IZ0gRWUncv

[Marc Bühler @MarcBhler4]

We’re thrilled to report the discovery of ChAHP2! Its chromatin binding specificity is distinct from ChAHP, predominantly associating with ERV and LINE1 retrotransposons via HP1beta-mediated binding of H3K9me3. https://t.co/qK5rJnMlW9

[Itai Yanai @ItaiYanai]

Our paper is out today in @Nature! Imagine getting this plot when studying single-cell data of growing bacteria! Could it be the cell cycle?! We found that a gene’s response to its replication reveals gene regulation on a genomic scale.
https://t.co/KQidVr6WKZ @AndrewPountain

[Thomas Welte @WelteThomas]

@betowbin @EMBO_YIP @snsf_ch @IZB_unibern @unibern @LabGrosshans @UriAlonWeizmann Congratulations 🎉

[Benjamin Towbin @betowbin]

In our new paper in @NatureComms (https://t.co/ie7C58WFKr) we show #robustness of pharynx-to-body #scaling to tissue-specific growth inhibition involving the mechanotransducer #YAP-1 https://t.co/ie7C58WFKr. 👇for 🧵. PhD positions available for follow-up (Pls RT). @IZB_unibern

[Thomas Welte @WelteThomas]

Massively parallel mapping of substrate cleavage sites defines dipeptidyl peptidase four subsite cooperativity https://t.co/Ih28ubwcC1