Danny Schilling

Science Meets Art! Amazing to see our paper and my little cartoon-style illustration published in the latest issue of @angew_chem. Many thanks to @Vladi76320028 and @RedoxDKFZ.

@Sulfur_Vladi @mpi_polymer @graeter_mbm @STakaaki26424 @RedoxDKFZ @AngeliFriedmann Thanks for the invitation Vladi. Have fun in Mainz! I am looking forward to the great science you will be doing there.

First chalcogen seminar in Mainz was fun! Thanks to @mpi_polymer and @graeter_mbm for the support. Let’s make it a tradition with @STakaaki26424 @RedoxDKFZ @schilling_d12 @AngeliFriedmann, Guenter Schwarz and Masa Morita. Many thanks to audience for discussion.

@Sulfur_Vladi @mpi_polymer @graeter_mbm @STakaaki26424 @RedoxDKFZ @FedorovaLab Huge congrats and all the best!!

My first day at @mpi_polymer as a group leader. Happy to become part of the family. Thanks to Frauke Graeter @graeter_mbm for her support and trust in me. Many thanks to my mentors @STakaaki26424 @RedoxDKFZ @FedorovaLab, Juergen Arnhold and Oleg Shadyro. Stay tuned!

Paper Alert! Our findings on the iron nitrogenase’s ability to reduce #CO2 to feedstock chemicals under physiological conditions are out today @ScienceAdvances. Read the full story here: doi.org/10.1126/sciadv…

Thanks a lot for the invitation. We were happy to explain why catenated sulfur chain species - supersulfides matter in biology! @STakaaki26424 @HozumiMotohashi @TetsuroMat25054 Small summary bellow:

How are hydrogen peroxide messages relayed to affect cell signalling? Delighted to share our latest review with @ElizabethVeal9! Thank you for the opportunity to contribute while on bed rest. Also first publication with my new affiliation @LivUniBCSB!🎉 sciencedirect.com/science/articl…

The science and hospitality were exceptional! I met a lot of great people. Thank you @STakaaki26424 for having me.

Having loads of fun at the first #GReXS conference in #Sendai this week! It brings together the best people from the #Supersulfide and the #Ferroptosis field to foster international collaboration with the Japanese research community. Thank you for the invitation @Sulfur_Vladi!

Can one self-assemble containers the size of cells using a single DNA origami? Well, now we can. Check out our preprint, where we present the underlying Dipid (DNA origami inspired by lipids) framework(biorxiv.org/content/10.110…). (TEM image of a collapsed container)

If you ever felt the need for a thiol-independent chemogenetic H2O2 probe, here is the answer @NatureComms!!🥳 Congratulations Mo, @Sulfur_Vladi and the rest of the @RedoxDKFZ team! nature.com/articles/s4146…

I am excited to share our @NatureCancer review on the role of #lipid and #fattyacid #metabolism in #cancer progression and #metastasis! @MetaboholicsLab @adrianobcfilho @almut_schulze @DKFZ 🥳nature.com/articles/s4301…

Supersulfides contribute to longevity in yeast. The mechanism might be relevant in mammals as well. Check the recent paper from our lab in Redox Biology! Congratulations to all involved. #aging #supersulfides @STakaaki26424 @HozumiMotohashi @VlietAlbert

Hot off the press! Our #cryoEM structure of the Fe #nitrogenase complex has been published today in @NatureSMB! nature.com/articles/s4159… Check out the tweetorial by @schulluc for a summary of our findings!

Delighted to share this work @NatureComms lead by the amazing @SDenolly! Thank you for the opportunity to contribute! @RedoxDKFZ @Sulfur_Vladi Zika virus remodelled ER membranes contain proviral factors involved in redox and methylation pathways nature.com/articles/s4146…

Big thanks to @dkfz for the Richtzenhain Doctoral Prize. Thanks to @RedoxDKFZ for supervision and guidance. dkfz.de/en/phd-program…

My paper is out! 🎉 Proteome-wide tagging with an H2O2 biosensor reveals highly localized and dynamic redox microenvironments | @PNASNews @dkfz @RedoxDKFZ pnas.org/doi/10.1073/pn…

Supersulfides with @STakaaki26424 in Germany. Thanks to @Conrad_Lab and @RedoxDKFZ for hosting us.

Check our fresh review on supersulfide biology and translational medicine for disease control. Many thanks to co-authors. @STakaaki26424 @HozumiMotohashi doi.org/10.1111/bph.16… Find out what are supersulfides in the comments, 1/n

50 shades of oxidative stress: A state-specific cysteine redox pattern hypothesis sciencedirect.com/science/articl…

It is the first report showing that cysteine persulfidation can change the catalytic function of the enzyme. ADH5 can switch between GSNOR and FDH activity by persulfidation. @ScienceAdvances #persulfides #minorcontibution