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Very proud of our Cryo-EM structure of the spinach cytochrome b6f  complex at 3.6Å resolution in nature Fantastic work by Lorna Malone and Guy Mayneord disq.us/t/3jmfdgm with special thanks to Rebecca Thompson Neil Ranson and the Understanding Life in Molecular Detail (1/5)

Wonderful refreshing honest and very probably healing discussion from Ottoline Leyser on the messy reality that is doing science, and the harm we do pretending it’s a linear march to a well-defined prize Physics of Life meeting The Royal Society

Ever failed to clone your gene of interest? Spent 100s of hours optimising PCR? Amplified and stitched multiple fragments together? Dashed hopes as your gene synthesis failed? We did, then we develop a rapid gene size and sequence independent cloning method for #Chlamydomonas

The #pyrenoid mediates a substantial portion of global CO2 fixation, but its assembly is poorly understood. We discovered a ubiquitous protein motif that targets proteins to the pyrenoid and appears to link together the pyrenoid’s three sub-compartments! biorxiv.org/content/10.110…

Great paper out now in ScienceAdvances making significant strides in our understanding of pyrenoid assembly. Featuring the products of some pioneering recombineering work from Luke Mackinder that I was lucky enough to be a part of.

Our latest @Leverhulme funded research on the role dynamic thylakoid stacking in protecting photosystem I from photoinhibition Nature Plants. Fantastic and meticulous work by Christopher Hepworth Tom Emrich-Mills @whjwood Stuart Casson @facultyscience @SheffieldMBB nature.com/articles/s4147…

A recombineering pipeline to clone large and complex genes in Chlamydomonas #Chlamydomonas #PlantSci Luke Mackinder T Z Emrich-Mills @DrCEWalker Matt Johnson buff.ly/36AnMf2

Big thanks to Robert Augustine for summarising our new paper so well in this In Brief article The Plant Cell

Carotenoids in Photosynthesis – Structure and Biosynthesis sciencedirect.com/science/articl… Dan Canniffe☀️🧬🦠🧫🔬🌱

POSTDOC position. Working on the molecular basis of efficient CO2 fixation in algae and its transfer to plants. Please RT: tinyurl.com/mf1glx8h #pyrenoid #photosynthesis #LLPS #CCM Algae-UK Chlamy Meeting @plantbiology Plant Biology Martin Jonikas McCormick Lab Biology at York

Recognizing The Plant Cell co-first author Tom Emrich-Mills plantae.org/recognizing-th… T Z Emrich-Mills Luke Mackinder Matt Johnson author of A recombineering pipeline to clone large and complex genes in Chlamydomonas

Excited to share our latest work on the energization of the algal CCM by photosynthesis ! doi.org/10.1101/2021.0…

POSTDOC position on algal CO2 fixation. Deadline coming up: 22nd March. Please RT.

Come and do a PhD with John Heap and me using synthetic biology platforms to engineer stable metabolic pathways in cyanobacteria. findaphd.com/phds/project/s…. Sheffield Bulldogs Boys Basketball

The Plant Cell in a Nutshell: Size no longer matters: Cloning algal genes just became easier T Z Emrich-Mills Luke Mackinder @DrCEWalker Matt Johnson plantae.org/size-no-longer…

Mirror image DNA polymerase has been engineered 🤯

Two researchers. Three years. One pandemic. Nature reporters spent the last three years following scientists Alison Twelvetrees and Daniel Bose on their quest to establish their own labs, and win million-pound funding grants go.nature.com/3md2KKm

Hello! This is the Article Finder Network. We recognize that many academics don't have access to the digital resources they need, so this account serves to put academics who need resources in touch with academics who have resources.

Today we publish a paper in Science Magazine that expands nanopore readings to the proteome: a nanopore-based scanner to read off PROTEINS at the single-molecule level! 🤩 Awesome experiments by postdoc Henry Brinkerhoff of our #CDlab, with MD simulations of AksimentievLab 1/x