Αlpha¹

Issue 12

June 3, 20265 ArticlesΑlpha¹ Editorial

Microcopy, synthetic cell adhesion, protein folding, preprint platform, and fitness, what else can you ask for?

Thousandfold Expansion Microscopy

Summary

In a mind-bending microscopic makeover, scientists crank expansion microscopy to a ridiculous 1,000x (that's billion-fold by volume!), turning tiny cell bits into Olympic-pool-sized wonders so even basic light microscopes can spy on amino-acid distances like nosy neighbors with super binoculars.

Community Discussion

Posted by Group Leader Ali H. Shaib (@AliHShaib), it exploded with excitement from neuroscientists and imaging experts praising the democratization of super-res microscopy

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Synthetic cell-cell adhesion provides benefits of proximity without diffusion-related costs

Summary

When synthetic biologists glue cells into multicellular clumps, it's like forcing introverts into a never-ending group project—this preprint hilariously probes how "sticking together" messes with their individual fitness and quirky group behaviors via reformable bonds and nutrient sharing.

Community Discussion

Shared by researcher Heidi Klumpe (@HeidiKlumpe) from her work at Mo Khalil and Dunlop labs, sparking chats among synbio folks on engineering implications

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Revisiting CPUs for Protein Folding: Xeon-Based Acceleration of AlphaFold2

Summary

In a cheeky tech rebellion, Intel researchers show humble Xeon CPUs can outpace fancy H100 GPUs at AlphaFold2 protein folding with a 1.76x speedup, flipping the "GPUs rule everything" script like an underdog CPU victory dance.

Community Discussion

Thrilled announcement by Sanchit Misra (@sanchit_misra) drew HPC and computational biology interest for cost-effective alternatives

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A platform for the systematic tracking of preprint trends and impact

Summary

Like herding 350k wild preprints into one searchable online rodeo, this new Preprint Commons platform unifies bioRxiv/medRxiv data for meta-researchers with quirky analytics tools that make tracking science trends feel like a delightful data playground.

Community Discussion

Excited launch by Bibhu Prasad Behera (@Bibhu_prasad_01) and team, welcomed by open science enthusiasts for its utility

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Do plasmid-dependent phages enable the survival of costly plasmids?

Summary

These phages play the ultimate microbial sugar daddy, helping pricey plasmids survive by crashing bacterial parties in a quirky evolutionary bargain that blurs parasite and pet lines.

Community Discussion

Highlighted by marine microbiologist Tominaga K. (@pacyc1841) with quick shares in phage/plasmid circles

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