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Here is a fantastic work Florent Waltz and the P Giegé lab lab! An update on our structure of the plant mitoribosome, at higher resolution (near 2A). it was a pleasure to be part of the team and to see how far this work has gone 🤓

This not-so-humble piece of biological machinery, the mitochondrial ribosome of flowering plants, is where mitochondrially encoded genes in plants get translated into the familiar machinery of protein. One of the most incredible machines in existence. Kudos to the authors!

Our latest #Ichthyosporean #EvoDevo story, led by M. Olivetta Chandni Bhickta nicolas chiaruttini & in co. with @burnsajohn is finally out nature . Link⏩: nature.com/articles/s4158… Preprint⏩: biorxiv.org/content/10.110… 1/5)

Cool stuff there ⬇️

A Dialogue Between Two Images #similarities #protistArt #microscopy #UExM

Our lab at CNRS_IBMP is delighted to announce the Nature Communications publication from a PhD student and postdoc-driven collaboration with ⁩Julie Law and Florent Waltz revealing how CLSY proteins dock with Pol IV to produce siRNAs and silence transposons: nature.com/articles/s4146…

How are mRNAs recruited to the ribosome small subunit in bacteria? Super cool story highlighting the role of bS1. Long standing basic questions answered there 🔬 science.org/doi/10.1126/sc…

We are excited to share our latest work on the cooperation between RNA polymerase and the ribosome in bacteria: science.org/doi/10.1126/sc… The work was supported by IGBMC, Inserm, CNRS 🌍, -, @ERC_research, IMCBio Graduate School, and Instruct-ERIC. 1/7

It's a great pleasure to share our latest collaborative work detailing the composition and structure of the highly rRNA-fragmented mitoribosome from Apicomplexa, such as Plasmodium falciparum and Toxoplasma gondii, now out in Nature Communications rdcu.be/d3R8C

Excited to share our new preprint and 1800+ tomograms with the community! 🎉 This is our first step towards building a visual proteomics dataset for Chlamydomonas reinhardtii. I hope the community will be able to make good use of this data!🔬#CryoET biorxiv.org/content/10.110…

Ben Engel John Briggs Max Planck Institute of Biochemistry (MPIB) Part of this data was also used in preprint from Florent Waltz on the native in-cell organization of the mitochondrial respiratory chain with some impressive sub-nm resolution respirasome structures x.com/FlorentWaltz/s…

技術は「何に使うか」が大事。開発した葉緑体ゲノム編集技術で、光合成/CO2固定の律速酵素RubiscoのL-subunitの改良、植物生育促進に挑戦&成功しました！光合成/Rubicso/生化学/構造科学の先生方（矢守/松村/深山）との超絶共同研究の成果です！biorxiv.org/content/10.110…

The final version of our work on the in-cell architecture of the mitochondrial respiratory chain is now online in Science Magazine 🎉 You can find the full story here science.org/doi/10.1126/sc… Verena Resch did a wonderful job on the cover and animation👩‍🎨

Molecular machines enable efficient energy production in mitochondria. Using cryo-electron tomography Ben Engel and Florent Waltz have gained insight into the architecture of mitochondria at unprecedented resolution. Science Magazine Swiss National Science Foundation ow.ly/irOA50Vm1xK

In-cell architecture of the mitochondrial respiratory chain. @Science Check the #cryoEM #structure of this #membrane #protein in the UniTmp database: pdbtm.unitmp.org/entry/9fy5 doi.org/10.1126/scienc…

You want to start tomography? Solve structures inside cells? Reach Nyquist😳? We have a website for you! tomoguide.github.io You'll find a tutorial on how to reconstruct tomograms, pick particles and do subtomo averaging, using different software! Hope it will be useful !