Luke Mackinder (@mackinderlab) 's Twitter Profile
Luke Mackinder

@mackinderlab

Photosynthesis Lab using systems and synthetic biology to research the molecular basis of global carbon fixation #photosynthesis @UniOfYork #UKRIFLF

ID: 784108222932258817

linkhttp://www.mackinderlab.weebly.com calendar_today06-10-2016 19:09:03

366 Tweet

1,1K Followers

256 Following

Luke Mackinder (@mackinderlab) 's Twitter Profile Photo

CsLinker: an algal pyrenoid assembly protein that binds the RbcL, complements across 800 My of evolution and phase separates plant Rubisco. Very excited to share this work by James Barrett, Jamie Blaza, Michael Plevin, Mark Leake, McCormick Lab. Martin Jonikas doi.org/10.1101/2024.0…

CsLinker: an algal pyrenoid assembly protein that binds the RbcL, complements across 800 My of evolution and phase separates plant Rubisco. Very excited to share this work by <a href="/james_r_barrett/">James Barrett</a>, <a href="/JNB_lab/">Jamie Blaza</a>, <a href="/mjplevin/">Michael Plevin</a>, <a href="/BPSIYork/">Mark Leake</a>, <a href="/McCormick_Lab/">McCormick Lab</a>. <a href="/JonikasLab/">Martin Jonikas</a> doi.org/10.1101/2024.0…
Mark Leake (@bpsiyork) 's Twitter Profile Photo

What a super meeting! With creative new ways to do research at the beautiful edges of physical and life sciences you really really can make transformative progress that, frankly, will have global and long-lasting impact… Physics of Life

SYBORG (@erblabs) 's Twitter Profile Photo

Out from our lab: a toolbox for chloroplast engineering . Paving the way towards synbio in chloroplasts. Fantastic work by René Inckemann Tanguy Chotel Cedric K. Brinkmann Michael Burgis and labs of @FWillmund Luke Mackinder James Barrett biorxiv.org/content/10.110…

James Barrett (@james_r_barrett) 's Twitter Profile Photo

Super happy to have contributed in a small way to this monumental effort by René et al.! This is a really amazing piece of work that significantly advances our ability to engineer chloroplasts.

Luke Mackinder (@mackinderlab) 's Twitter Profile Photo

A game changer in chloroplast engineering. We are already hugely benefitting from the tools. Well worth reading the thread to see how it was achieved

Luke Mackinder (@mackinderlab) 's Twitter Profile Photo

Great to be part of this multi-disciplinary project. See the insightful thread by @CharlSchaef explaining how we worked across disciplines to predict phase diagrams that we experimentally validated #pyrenoid

Luke Mackinder (@mackinderlab) 's Twitter Profile Photo

Another major hurdle overcame in plant pyrenoid engineering to enhance CO2 fixation - how to traverse the Rubisco condensate with thylakoid membranes. Congratulations Martin Jonikas McCormick Lab @JHennacy Nicky Atkinson

Florent Waltz (@florentwaltz) 's Twitter Profile Photo

Super excited to share our latest work on the native in-cell organization of the mitochondrial respiratory chain 🥳 Using cryo-electron tomography🔬, we show how the respiratory complexes (and other complexes) are organized inside native mitochondria!  biorxiv.org/content/10.110…

DAO Ousmane (@ousmanebahdao) 's Twitter Profile Photo

Our preprint on the interplay between algal CO2 concentrating mechanism and photorespiration is now available. We have identified LCI20 as a new player in algal photorespiration that delivers amino groups for mitochondrial glycolate metabolism. biorxiv.org/content/10.110… 1/3

Ben Engel (@bengeliscious) 's Twitter Profile Photo

The final version of our PyShell🥧🐚 paper is now online Cell. Check out how diatoms soak up 20% of the Earth's #CO2!🌏 📜 sciencedirect.com/science/articl… Brilliant work by Manon Demulder, @Jorgendottir, Ginga, Aki, Giovanni, Genji, Yusuke, and all the rest of our collabs 🤗

The final version of our PyShell🥧🐚 paper is now online <a href="/CellCellPress/">Cell</a>. Check out how diatoms soak up 20% of the Earth's #CO2!🌏 

📜 sciencedirect.com/science/articl…

Brilliant work by <a href="/DemulderManon/">Manon Demulder</a>, @Jorgendottir, Ginga, Aki, Giovanni, Genji, Yusuke, and all the rest of our collabs 🤗
Dr Richard Kirby (@planktonpundit) 's Twitter Profile Photo

Some of the amazing, microscopic algae and animals that float at the sea surface. (From my plankton net tows) It is shocking that this vital world of life is so overlooked by natural history TV programmes. In fact, I'd say it is a dereliction of duty. ZEISS Microscopy

Ben Engel (@bengeliscious) 's Twitter Profile Photo

Evolution of Thylakoid Structural Diversity!🌱🦠🌍 Annemarie's deep dive🤿 into the wide wild world of photosynthetic complexes and thylakoid architecture and is now available open access Annual Reviews. She also made beautiful figures🎨. Check it out! annualreviews.org/content/journa…

Evolution of Thylakoid Structural Diversity!🌱🦠🌍

Annemarie's deep dive🤿 into the wide wild world of photosynthetic complexes and thylakoid architecture and is now available open access <a href="/AnnualReviews/">Annual Reviews</a>. 

She also made beautiful figures🎨. Check it out!
annualreviews.org/content/journa…
Luke Mackinder (@mackinderlab) 's Twitter Profile Photo

A blueprint of the diatom pyrenoid reveals a Rubisco encapsulating protein Shell is critical for CO2 fixation. Is it essential for global NPP? Congrats to Onyou Nam,James Barrett,Caroline McKenzie,Jamie Blaza + great collab with Manon Demulder,Ben Engel.doi.org/10.1016/j.cell…

A blueprint of the diatom pyrenoid reveals a Rubisco encapsulating protein Shell is critical for CO2 fixation. Is it essential for global NPP? Congrats to <a href="/OnyouNam/">Onyou Nam</a>,<a href="/james_r_barrett/">James Barrett</a>,<a href="/ItsCarolineMck/">Caroline McKenzie</a>,<a href="/JNB_lab/">Jamie Blaza</a> + great collab with <a href="/DemulderManon/">Manon Demulder</a>,<a href="/bengeliscious/">Ben Engel</a>.doi.org/10.1016/j.cell…
Ben Engel (@bengeliscious) 's Twitter Profile Photo

Diatom PyShells help fix 20% of the Earth's #CO2🌍. Luke, Onyou, & team -- It was a great pleasure collaborating with you on this very exciting project. So much to explore in the diverse world of marine algae!🌊🦠🪸

Diatom PyShells help fix 20% of the Earth's #CO2🌍. Luke, Onyou, &amp; team -- It was a great pleasure collaborating with you on this very exciting project. So much to explore in the diverse world of marine algae!🌊🦠🪸
Luke Mackinder (@mackinderlab) 's Twitter Profile Photo

A promiscuous algal Rubisco binding protein that binds to the large subunit, can condense plant Rubiscos and functionally complement an epyc1 mutant. Congrats James Barrett + great team effort Mihris Ibnu Saleem,Michael Plevin,McCormick Lab,Jamie Blaza,Peter O'Toole. doi.org/10.1038/s41477…

A promiscuous algal Rubisco binding protein that binds to the large subunit, can condense plant Rubiscos and functionally complement an epyc1 mutant. Congrats <a href="/james_r_barrett/">James Barrett</a> + great team effort <a href="/Mihris_N/">Mihris Ibnu Saleem</a>,<a href="/mjplevin/">Michael Plevin</a>,<a href="/McCormick_Lab/">McCormick Lab</a>,<a href="/JNB_lab/">Jamie Blaza</a>,<a href="/YorkBioimaging/">Peter O'Toole</a>. doi.org/10.1038/s41477…
Luke Mackinder (@mackinderlab) 's Twitter Profile Photo

Check out this Research Briefing for a quick overview of our work exploring Rubisco condensation by CsLinker, an intrinsically disordered protein from Chlorella. All driven by James Barrett doi.org/10.1038/s41477…

Check out this Research Briefing for a quick overview of our work exploring Rubisco condensation by CsLinker, an intrinsically disordered protein from Chlorella.  All driven by <a href="/james_r_barrett/">James Barrett</a>  doi.org/10.1038/s41477…
McCormick Lab (@mccormick_lab) 's Twitter Profile Photo

Our new review is out now – well done Ella, Sabina, Nicky and Charlotte – a great collaboration with the Luke Mackinder! From algae to plants: understanding pyrenoid based CO2-concentrating mechanisms. sciencedirect.com/science/articl…

Our new review is out now – well done Ella, Sabina, Nicky and Charlotte – a great collaboration with the <a href="/mackinderlab/">Luke Mackinder</a>!

From algae to plants: understanding pyrenoid based CO2-concentrating mechanisms. sciencedirect.com/science/articl…