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Astrid Boström, Victoria Allan and colleagues dissect kinesin-1 function in mature neurons using auxin-inducible degradation.
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Brandon Dickson, Tarannum Tasnim, Bryan Heit @bryanheit.bsky.social and colleagues find that MERTK coordinates efferocytosis by regulating integrin localization and activation.
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This article is available under our Read & Publish Open Access initiative.
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Priya Gohel, Ylva Engström and colleagues @stockholm-uni.bsky.social uncover a mitotic role for Oct proteins.
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“Development is one of my favorite journals for the breadth and rigor of studies they publish. I was therefore delighted when I unexpectedly learned that my institution would cover the Open Access fee to make our article accessible to all. It is great to know the University of Southern California supports a scientist-lead, non-profit journal such as Development and participates in their Read & Publish agreement.”
Thank you Gage Crump @crumplab.bsky.social for sharing your experience of fee-free #OA publishing in @dev-journal.bsky.social via our #ReadAndPublish agreement with @usc.edu @usclibraries.bsky.social @keck.usc.edu
Read Gage‘s paper bit.ly/4aY7Zsd
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This article is available under our Read & Publish Open Access initiative.
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Cordula Reuther, Paula Santos-Otte, Stefan Diez and colleagues find that microtubule lattice defects facilitate spastin-mediated severing.
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This article is available under our Read & Publish Open Access initiative.
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A black background with a colourful abstract logo on the left side resembling layered, semi‑transparent petal shapes in green, teal, yellow, orange, and red. To the right, a block of white text presents a testimonial about The Company of Biologists’ Read & Publish agreement. The text reads: “The Université de Sherbrooke’s Read & Publish agreement with The Company of Biologists provided us with a wonderful opportunity to publish our recent work in an open‑access format in a prestigious journal at no cost. Given the high‑quality review process offered by the journals of The Company of Biologists and the unique benefits of the Read & Publish agreement, we will continue submitting our best work to their journals.” Below, in blue text, the name and affiliation appear: Steve Jean, Universite de Sherbrooke, Canada.
Thank you, Steve Jean @jeanlab-uds.bsky.social for sharing your experience of fee-free #OA publishing in @dmmjournal.bsky.social via our #ReadAndPublish agreement with @usherbrooke.bsky.social
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This article is available under our Read & Publish Open Access initiative.
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A graphic with a black background featuring a colourful abstract logo in the top left corner and a large block of white text. The text is a testimonial about publishing an article with The Company of Biologists, discussing the benefits of the Read & Publish initiative and the planting of a tree in the Forest of Biologists. Beneath the text, there is a small portrait photo of a person with curly hair wearing a textured top. At the bottom, bright blue text reads: “Laura Machesky, University of Cambridge, UK.”
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This article is available under our Read & Publish Open Access initiative.
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Figure showing CENP-E intensity and chromosome congression remain intact upon CTCF knockdown.
Erin Walsh, Andrew Stephens @andrewdstephens.bsky.social and colleagues find that CTCF maintains centromere function and mitotic fidelity.
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Today is the 24th birthday of the Budapest Open Access Initiative.
https://www.budapestopenaccessinitiative.org/read/
Though best known for catalyzing the #OpenAccess movement in 2002, the BOAI has been continuously active and formed a nonprofit organization just last year […]
Thank you Emily M Standen for sharing your experience of fee-free #OA publishing in
@jexpbiol.bsky.social
via our #ReadAndPublish agreement with
@uottawa.ca @uottawascience.bsky.social
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for sharing your experience of fee-free #OA publishing in @jexpbiol.bsky.social via our #ReadAndPublish agreement with @uofguelph.bsky.social.
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This article is available under our Read & Publish Open Access initiative.
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This article is available under our Read & Publish Open Access initiative.
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Figure showing that an NT, but not CT, domain replacement of ATP7B with those from ATP7A affects steady-state TGN-localization, but it is reverted by additional substitution of ATP7A NBD.
Sharon Jose, Saptarshi Maji, Aayatti Mallick Gupta, Arnab Gupta and colleagues find that conserved inter-domain interactions drive trans-Golgi network localisation and trafficking of homologous copper-ATPases.
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Model of FLA and FLABP assembly into the FAZ. FLAs (yellow) and FLABPs (green) traffic through the Golgi (1). Vesicle trafficking (2) ensures delivery of FLAs and FLABPS to the flagellar pocket (FP), where an unknown sorting mechanism guides FLAs and FLABPs towards different pathways (3), although it is possible this sorting mechanism occurs before the flagellar pocket, with distinct docking sites for the different proteins. FLAs move towards the cell body membrane (4), while FLABPs cross the transition zone and collarette (5) and move along the flagellum membrane (6). Around the flagellar pocket collar (FP collar; red), FLAs and FLABPs interact (7), enabling integration of the FLA–FLABP pair into the elongating new FAZ (8). BB, basal body. Based on Absalon et al., 2008.
Laryssa de Liz, Jack Sunter and colleagues find that trypanosome bloodstream-specific flagellum attachment proteins can mediate attachment in an insect surface coat environment.
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This article is available under our Read & Publish Open Access initiative.
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This article is available under our Read & Publish Open Access initiative.
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Figure showing that the FRM binds as a helix into the hydrophobic pocket of SHD1.
Lara Bareis, Nils Johnsson and colleagues identify a short linear motif, conserved from yeast to human, that directs proteins to the cell cortex by binding to the Spa2 family of scaffold proteins.
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