Our new review is out now – well done Ella, Sabina, Nicky and Charlotte – a great collaboration with the @mackinderlab!
From algae to plants: understanding pyrenoid based CO2-concentrating mechanisms. https://t.co/J4wGI7vfGl
Check out this insightful commentary article for an overview of our discovery of the components needed to generate thylakoid membrane traversions through pyrenoids. Many thanks to Jean-David Rochaix. Full paper here: https://t.co/2OSPtxYFMb
https://t.co/wjseyz8Pgd
Want to make thylakoids traverse a pyrenoid matrix? Read here to find out how! Excited that this fantastic collaborative story is now published, congrats and a big thank you to all involved @JonikasLab, @pituvilarnadal, @JinkersonLab and Sam Zeeman’s lab. https://t.co/2OSPtxYFMb
Excited to share our latest preprint!
Proteomic analysis of the pyrenoid-traversing membranes of Chlamydomonas reinhardtii reveals novel components https://t.co/k8w79anycc
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_r_barrett https://t.co/WxJK1mBImD
Postdoc position alert! We are teaming up with colleagues at UEA, Stellenbosch and @CyanoCapture on a @CtrfoundationUk funded project to engineer fast-growing cyanobacteria for growth on flue gas to help reduce CO2 emissions. Please do apply if interested https://t.co/ESuG9z2M0w
Many thanks to the CTRF team, it was a privilege to host you during your recent visit to our lab! It was great to share our progress on this exciting collaborative project to engineer plants for improved carbon capture.
https://t.co/T7fuh7x5Qo
Out now: our new review on the potential role of cyanobacteria in carbon negative emissions technologies. Great work by @gelomerase and @mikeyasci, and thanks to the @CtrfoundationUk and @CyanoCapture for inspiration! https://t.co/n7oRG7Mv5q
Fantastic to see this now online. Congrats again to Angelo, Tiago and our co-authors. A toolbox to engineer the highly productive cyanobacterium Synechococcus sp. PCC 11901 https://t.co/l1ga7hdv2D
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_r_barrett, @JNB_lab, @mjplevin, @BPSIYork, @McCormick_Lab. @JonikasLab https://t.co/8DLApHvle3
We've got an exciting opportunity for a PDRA to join our multi-UK lab Chlamy engineering team! Working with the Edinburgh Genome Foundry, we aim to enhance photosynthesis through a high-throughput plastome engineering strategy. Pls do apply if interested https://t.co/SdRjzA5p2i
Working towards your goals one step at a time: An interview with Plant Physiology monitoring editor Alistair McCormick https://t.co/toEUbX3dQg
@Jiaaawen@McCormick_Lab
Congratulations @PerrinAbi and team for developing this new resource. CyanoTag: Discovery of protein function facilitated by high-throughput endogenous tagging in a photosynthetic prokaryote https://t.co/yAHDzpoANN . Explore the data here: https://t.co/8xMqssQcDN @Algae_UK#algae
Interested in sustainable plastic upcycling? An exciting collaborative project has just been advertised to work with Dr Joanna Sadler's lab and us on plastic upcycling using E. coli and cyanobacteria co-cultures. Please apply if you are interested! https://t.co/D0I8poq885