Protein structures inferred by protein structure prediction algorithms have incredible potential, but can contain errors stemming from incorrect input sequences. Here, we investigate one such case in...

Marine Broth induces extreme morphological transformation in C. smithii: Cells shift from typical ellipsoid shape to amorphous forms with thin wisp-like appendages containing mitochondria, revealing...

New pub! We analyzed protein structures across 36 Drosophila species and found something unexpected: tandem dimers and even trimers lurking in protein structure databases that likely aren't real proteins...

New pub from @ArcadiaScience 🧵 We found that C. smithii — a freshwater green alga — undergoes wild morphological transformations when grown on Marine Broth. Huge cells with mysterious wisp-like...

New pub from @ArcadiaScience 🧵 We found that C. smithii — a freshwater green alga — undergoes wild morphological transformations when grown on Marine Broth. Huge cells with mysterious wisp-like...

We create vector graphics of model organisms and emerging biological research organisms to enhance our publications. We’re sharing these editable graphics under a CC0 license for other scientists to...

We developed AutoOpenRaman, an automated, inexpensive microscope for Raman spectroscopy. We recapitulated many features of expensive commercial Raman spectroscopy systems using economical hardware and...

Comparative analysis of <i>Chlamydomonas </i>strains revealed that a <i>cpc1-1</i> mutant has three unexpected growth phenotypes across different media types, suggesting possible genetic background contributions...

It’s true that no model is perfect, but how can we find ones that are less wrong? We’re excited to announce two research partnerships investigating predicted matches between diseases and research orga...

Developing better ways to predict and test therapeutics.

Discovered some unexpected growth phenotypes in Chlamydomonas flagellar mutants! The cpc1-1 strain (with central pair complex defects) shows surprising metabolic traits that might be independent of its...

Discovered some unexpected growth phenotypes in Chlamydomonas flagellar mutants! The cpc1-1 strain (with central pair complex defects) shows surprising metabolic traits that might be independent of its...

One of our scientists whipped up a lit review terminal program where AI agents with different expertise collaboratively discuss #biorxiv and #arxiv preprints 🤖🧪📚 https://github.com/Arcadia-Science/agent-literature-review...

Contribute to Arcadia-Science/agent-literature-review development by creating an account on GitHub.

Since starting v2 of our publishing model to restore scientist agency, pub “quality” has been similar, and this approach is more efficient overall. The major downside is that pubs take longer. We’re...

We used Chlamydomonas reinhardtii motility mutants with disrupted genes homologous to human SPEF2 or DNALI1 to model spermatogenic failure disorders SPGF43 and SPGF83, respectively. We recovered aspects...

We found that compound 48/80, an MRGPRX2 agonist and commonly used in vitro mast cell activator, is toxic in HMC1.2 (human mast cells) and RBL-2H3 (rat basophils). Researchers should use caution and i...

#PubDrop! We've been experimenting with a more scientist-led approach to open publishing at @arcadiascience.com. After 6 months, here's what we've learned about putting researchers fully in charge of...

🧵 New from @arcadiascience.bsky.social: We used Chlamydomonas mutants to model specific types of spermatogenic failure and found drugs can rescue swimming behavior in mutation-specific ways. Full pub:...

#PubDrop! We've been experimenting with a more scientist-led approach to open publishing at @arcadiascience.com. After 6 months, here's what we've learned about putting researchers fully in charge of...

We used Chlamydomonas reinhardtii motility mutants with disrupted genes homologous to human SPEF2 or DNALI1 to model spermatogenic failure disorders SPGF43 and SPGF83, respectively. We recovered aspec...

🧵 New from @arcadiascience.bsky.social: We used Chlamydomonas mutants to model specific types of spermatogenic failure and found drugs can rescue swimming behavior in mutation-specific ways. Full pub:...

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