This article became a major news sensation, amusing to read, and difficult to believe. tinyurl.com/2s4k8z2f Some obvious flaws: 1.No negative control eye drops (e.g., heat-deactivated thylakoids). 2. Unclear whether the NADPH comes from the animal cells or thylakoid derived material.

Hi #plantscience peeps, please check out our revised manuscript version under: www.biorxiv.org/content/10.6...

New preprint 🚀 ❄️ We developed Autogrid-compatible HPF planchettes that enable direct freezing of clipped EM grids and streamline integration with cryo-FIB workflows ✔️ improved grid stability ✔️ reduced handling ✔️ robust vitrification (🦠 🧫 🧠) A step toward routine HPF for complex samples #teamtomo

New paper out from the Synoxys lab! We asked an important question: what if plants sensed oxygen like animals do? what if we swapped the O2 sensing across? We built the system to find out. 🧵 www.nature.com/articles/s41... #plantscience @syno2xis.bsky.social @beagiuntoli.bsky.social @biology.ox.ac.uk

A Recent one on plastid intron splicing from B. Pfister. rdcu.be/e9vKl

At long last, the Chlamy chloroplast ribosome hat 🎩 (now renamed the arm 💪) is here to say hello👋! We first spotted this extended structure in green algae a decade ago, and @florentwaltz.bsky.social did beautiful work bringing it into focus! #CryoEM ❄️ #TeamTomo 🔬 #PlantScience 🌾 #ProtistsOnSky 🧪

Plz read our study by @lmumuenchen.bsky.social PhD cand. Lorenz. He describes chloroplast ionomes for several 🌱species & shows how plastid iron can be massively increased. Terrific help by peers from @ruhr-uni-bochum.de, @mizzouid.bsky.social and @uni-saarland.de academic.oup.com/plcell/artic...

Plz check out our preprint in which we investigate the role of KEA1 in #chlamy, a monoplastid algae. KO mutant vs WT comparison across the green linage reveals conserved but also novel insights in part linked to the mono plastid bottleneck. Thx to many terrific collabs 👇 doi.org/10.64898/202...

Now online in its final version. Plz surf to doi.org/10.1111/tpj....

1/ Preprint alert:
 🌾 The developing leaf of the wild grass Brachypodium distachyon at single-cell resolution
 👉 doi.org/10.1101/2025... A 70k-cell single-cell RNA-seq atlas of the developing grass leaf—from the shoot meristem to mature leaf tissues. @cerealcell.bsky.social @lbmountain.bsky.social

Hi all @plantsciencedbg.bsky.social members and other 🌽community folks, #MBP2026 🌱 is no open for registration. Please 🏄‍♀️ to: www.pflanzen-molekularbiologie.de/en/conferenc...

Hey #TeamTomo …would you like to try some 🍦ICECREAM!? Our @unibas.ch colleagues over at the @ivandokmanic.bsky.social lab have developed a stunningly effective tool to de-noise and de-wedge your tomograms. The contrast and details will give you brain freeze! 🍨❄️🤯 Please try, we need feedback 🧪🧶🧬🔬

ETH Zurich just turned 170 years! Have a look into our past here: www.instagram.com/p/DP6Jr-ACp0...

Concluded the teaching for this semester. 🧑‍🏫 The greatest feeling is to transfer the knowledge. 💡

What else I am offering • My services for transforming PhD theses into Thesis Glossies with Thesis & Zo • And not to forget my blogs about recent plant science articles under Plant & Zo

So, we all know that VIPP1 (the Very Important Protein in Plants) is the "photosynthetic ESCRT-III", required for the biogenesis and maintenance of light-harvesting thylakoids. But what about ESCRT-II, you say? ...Meet VIA1! Congrats @mayankdu.bsky.social on your lab's first paper! #PlantScience 🧪 🌾

Hot off the press, first PI paper 🎉. Reporting a novel protein (VIA1) involved in thylakoid membrane biogenesis. VIA1 (similar to ESCRT-II) and bind to chloroplast ESCRT-III (VIPP1). Showing a direct role of VIPP1 in thylakoid biogenesis. @cp-cellreports.bsky.social tinyurl.com/msrepdna

New work from the Synoxys lab! About how does a plant’s habitat, whether growing in water, drylands, or typical soils, shape the evolution of its oxygen-sensing machinery. Indulge! #plantscience #ISPLORE2025JP

Honoured & excited that ‘Breathing Underground’ has been funded by the ERC! This will let me explore one of the most fundamental questions of plant life: how roots breathe underground? @erc.europa.eu

It is not often that you see shiny flowers but these water-buttercup, Ranunculus lingua, are definitely shiny. They thank this to a unique and rare combination of traits. 🧵1/3

Our new review with Benoit Menand and Jose Crespo on the emerging connections between TOR, chloroplasts and photosynthesis 😎 in plants 🌿and algae 🦠 #PlantScience url: academic.oup.com/jxb/article-...

Starch Enthusiasts can register for Starch Round Table 2025 by 3rd October: Minneapolis USA commerce.cashnet.com/KSUGSI

Webinar : Optimizing Immunoprecipitation of FP-Tagged Proteins in Plant Cell Extracts 📅 Date: August 7th, 2025 🕒 Time: 9AM CDT / 3PM BST / 4PM CEST 🔗 Register here: ptglab.zoom.us/webinar/regi... #PlantBiology #ProteinBiochemistry #Immunoprecipitation #GFPTrap #MolecularBiology

Outstanding work by @anyalb.bsky.social in my lab - she targeted enzymes to synthetic biomolecular condensates in plants and showed increases in metabolic pathway activity, likely due to protection of the introduced enzymes from proteolysis #PlantScience onlinelibrary.wiley.com/doi/10.1111/...

Preprint alert, please share!! With our new study, we engineered an orthogonal hypoxia-responsive system in plants inspired by mammalian HIF protein degradation. We demonstrated that this system could control protein stability and activity, enabling modulation of Oxygen sensing outputs. Here's how: