Explorez tous les épisodes du podcast Asimov Press

How computer scientists on the fringes of biology made sense of sequencing data. By Ella Watkins-Dulaney.

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Why scaling AI won’t automatically lead to paradigm shifts. By Alvin Djajadikerta.

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We tend to think of fermented foods as something humans invented and then chose to eat. But the evidence shows the opposite: fermented foods shaped human biology. By Rachel Dutton.

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How a blood-stained surgeon's frock evolved into a pristine symbol of modern science. By Donna Vatnick

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In a recent survey, three-in-four respondents said they would prefer a once‑daily oral pill over a weekly injection of GLP-1s. So why aren't there more oral options? By David S. Kim

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While some bacteriophages play vital roles in laboratory research, others are bent on sabotage. By Antoine Vigouroux.

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Viral capsid structure is a geometric packing problem under genetic constraints. By Ulkar Aghayeva

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Bioarchaeologists recently identified a murdered medieval royal. Now, they are trying to shed light on other ancient deaths. By David Brzostowicki

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How a twisted triangle of glass tubing helped democratize chemistry and build the modern laboratory. By Spencer Wright.

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What happens in a world where AIs make scientific discoveries that humans cannot understand? By Matthew Carter

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First introduced into laboratories in 1881, agar remains indispensable as a culture medium. By Corrado Nai.

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[Fiction] A eulogy to the reference human. By Eliomer H. Kaas.

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Once a primal instinct, olfaction is now being mapped, measured, and modeled by machines. By Taylor Rayne.

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The forgotten story of an invention found in every biology lab. By Ella Watkins-Dulaney.

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From early experiments on fertility and embryonic development to becoming the first cloned eukaryote from an adult cell, Xenopus frogs have had an outsized influence on the life sciences. By Matt Lubin.

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Finding evidence of “sentience” is fraught, whether in a comatose patient, an animal, or a neural net. By Ralph Stefan Weir.

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A roadmap for brain emulation models at the human scale. By Max Schons.

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A biological puzzle that made one researcher and ruined another might never be solved. By Brady Huggett.

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Cultivarium, a focused research organization, has built a custom electroporator to engineer non-model organisms at scale. By Niko McCarty.

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What the evolution of scientific methods says about their future. By Andrew Hunt.

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Despite attempts at variation, many new research organizations are canalized into just a handful of forms. By Sam Arbesman.

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Since launching in 1869, Nature has evolved from a periodical offering commentary on pigeons to the prestige journal in science. But how did Nature build its reputation, and can it last? By Robert Reason.

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Clinical trials are engines for scientific discovery. Better drugs require not just more trials, but also improved data collection, to create therapeutic feedback loops. By Ruxandra Teslo.

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On the 90-year saga of oral phenylephrine. By Michael DePeau-Wilson.

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On the origins of Arabidopsis thaliana, the premier model for plant biology. By Xander Balwit.

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Competing theories seek to explain inconsistencies surrounding Alexander Fleming’s famed discovery. By Kevin Blake.

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A retinal implant designer must decide if translating mourning into light is progress or a refusal to let go. By Spencer Nitkey.

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Advances in cryo-electron microscopy are revealing the molecular intricacies of cell movement. By Niko McCarty.

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A beautiful experiment is not just a reflection of human ingenuity but also efficient science. Written by Ulkar Aghayeva.

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To make things better, first prove how good they can possibly be. By David Jordan.

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A new broad-coverage antivenom, made by mixing eight different nanobodies, protects mice against snakebites from 17 of 18 deadly species in Africa. By Xander Balwit.

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In a little over a century, the electron microscope evolved from a tool barely capable of resolving virus particles into one able to capture atomic detail. By Smrithi Sunil.

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Genetically modified crops are finding a foothold in the Global South, producing some unlikely leaders in agritech. By Dr. Alex Wakeman.

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How aquaporin and potassium channels filter hundreds of millions of water molecules or ions each second, by positioning the correct amino acid in the perfect place. By Niko McCarty.

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How a liver goes from a brain-dead donor to a living recipient. By Donna Vatnick. Read every article from Asimov Press, for free, at press.asimov.com.

There has been a push toward animal-free alternatives in scientific research. But the success of such alternatives hinges upon whether and where they can outperform standard animal models. By Celia Ford.

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Biotechnology needs more and better transducers. A column by Niko McCarty.

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In 4,000 years, cataract surgery went from a crude procedure involving thorn instruments to a 20-minute operation with a 95 percent clinical success rate. The next step is broadening access. By Dr. Sangeetha Aravinda

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A new paper from Arc Institute shows that a generative AI model can be used to design viable bacteriophages. By Niko McCarty.

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Our ancestors once spread their excess effluent on their fields; now we mine it for vital molecules. By Calum Drysdale.

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Seasonal dormancy features in the life cycle of many insects. We can harness it for biological control, insect farming, and disease vector management at scale. By Ulkar Aghayeva.

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A single yeast cell weighs about one million times less than a grain of sand. But how do we know this? By Niko McCarty.

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While we’ve derived useful molecules from the leech, live leech therapy has been largely marginalized in the West. It is time we reevaluate why. By Khushi Mittal & Xander Balwit.

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A plant biologist’s quest to design and create 1,000 unique flowers, mostly in his spare time. By Niko McCarty.

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Sunlight represents a seemingly endless source of largely untapped energy. Just how endless is it? Written by Sam Clamons.

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A look inside Parallel Squared Technology Institute, a focused research organization trying to make analyzing a proteome as easy as DNA sequencing. By Niko McCarty.

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By spinning bacteria in circles, scientists figured out how phage viruses time their escape from an infected cell. By Kamal Nahas.

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How a discovery in a Danish lake changed our understanding of biological communities and energy. By Niko McCarty.

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Mechanism alone cannot make a science credible. It must describe its subject matter in terms of entities, properties, and rules. By SLIME MOLD TIME MOLD.

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