Science Β· category
Biology
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Experts and commentators are debating whether advanced AI systems could meaningfully help someone design or acquire biological weapons. The discussion weighs worries that AI models could lower barriers to dangerous bioweapon knowledge against evidence that such capabilities remain limited and safeguarded. No specific incident has been reported; the debate centres on assessing and regulating potential future risks from powerful AI tools in biology.
- 2Harvard tops world rankings in 16 STEM subjectsβHarvard University named world's best in 16 STEM subjects
Harvard University has been ranked the world's best in 16 STEM subjects, according to a new subject-by-subject assessment. The result underlines the university's dominance in science, technology, engineering and mathematics education, though rankings like this always prompt debate among academics and rival institutions about methodology.
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Anthropic, the AI company behind Claude, is publicising a biology discovery made with the help of its AI systems. The claim, reported in international media, is being read as a sign that artificial intelligence is beginning to contribute to genuine scientific research rather than just assist with routine tasks. Details of the discovery and its validation remain limited, so experts are watching closely for independent confirmation.
- 4Did Anthropic's AI Really Make a Scientific Discovery on Its Own?βDid Anthropic's A.I. Really Make a Scientific Discovery on Its Own?
The New York Times reports on claims that Anthropic's AI helped produce a genuine scientific discovery in biology, reportedly involving an enzyme. The report weighs whether the system truly generated new scientific knowledge independently or whether human researchers drove the work. Observers are debating how much credit AI systems deserve for such findings and what this would mean for the future of scientific research.
- 5Clinical Trial Data Exposed in Academic Database BreachesβClinical trial data including genetic and medical history information has been exposed in academic research database bre
Breaches of academic research databases have exposed clinical trial data, including genetic and medical history information, affecting thousands of trial participants. Privacy advocates are urging people to exercise their rights under HIPAA, which allows patients to obtain their medical records and a list of everyone those records were shared with, and to request corrections where needed.
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A new examination of evolutionary biology asks whether animals and plants can adapt quickly enough to keep pace with rapidly warming temperatures and shifting habitats. The piece highlights the mismatch between the slow pace of genetic adaptation and the speed of current climate change, raising concerns that many species may be unable to evolve in time to survive.
- 7Engineered mini CRISPR enzyme gets 60-fold power boostβEngineered mini CRISPR enzyme gets a 60-fold power boost for gene editing
Scientists report engineering a miniature CRISPR enzyme that is 60 times more powerful at gene editing than before. The boost in efficiency could make compact gene-editing tools more effective for therapies and research, especially where delivery space is limited. The advance highlights ongoing efforts to shrink and strengthen CRISPR systems for medical use.
- 8Elon Musk Highlights Biological Enhancement and AIβElon Musk highlights biological enhancement on AI
Elon Musk has drawn attention to the topic of biological enhancement in connection with artificial intelligence, according to coverage carried by Myanmar International TV. The remarks touch on the intersection of human biology and AI, a subject Musk has raised repeatedly in discussions about humanity's technological future.
- 9Epigenetic Editing Moves Closer to Clinical UseβEpigenetic Editing Steps Closer to the Clinic as Bioengineering Tools Mature
Epigenetic editing, which alters gene activity without changing DNA sequence, is reportedly approaching clinical application as bioengineering tools mature. Advances in gene-regulation technologies are making it feasible to target epigenetic marks precisely, opening the door to therapies for diseases rooted in gene expression rather than genetic mutations. The development signals a shift from laboratory research toward translational medicine, with researchers watching how safety and delivery challenges are addressed.
- 10Molecular biologist claims one pill could reverse agingβMolecular biologist says one pill could reverse aging, but is it too good to be true?
A molecular biologist says a single pill could reverse aging, a claim that has sparked skepticism about whether it is too good to be true. Anti-aging research has long promised interventions that slow or undo cellular decline, but bold claims of a simple pill raising real doubts about the science behind them. Commenters and health writers are weighing excitement about potential longevity breakthroughs against caution over overstated results and unproven treatments.
- 11Anthropic says its biology lab has found something bigβAnthropic says it's bio lab has found something big
Anthropic says its biology lab has already made a significant discovery, according to a report published on September 23, 2026. The company has not detailed what the finding is, but the announcement has prompted speculation about the role of AI in accelerating biological research and what a major breakthrough from an AI lab's in-house biology team could mean for science and drug development.
- 12The lab-grown meat revolution that failed to arriveβWhere's the Beef?: The lab-grown-meat revolution that wasn't
A new Harper's Magazine essay examines why lab-grown meat, once touted as the future of food, has not delivered on its promises. Despite major investment and bold predictions of replacing conventional livestock farming, cultivated meat remains expensive, production has struggled to scale, and several startups have faltered, prompting renewed debate over whether the technology can ever compete with real meat.
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Anthropic, the AI company behind the Claude chatbot, has drawn attention for operating a biology laboratory, an unusual move for a software firm. The lab is understood to be connected to safety testing, examining whether AI models can assist with dangerous biological work. The story raises questions about how AI developers evaluate biological risks posed by advanced models.
- 14Nobel Laureate Backs $94.6 Million Bet on AI Protein DesignβNobel Laureate Bets $94.6 Million on AI-Driven Protein Design Beyond Nature
A Nobel laureate is investing $94.6 million in AI-driven protein design aimed at creating proteins that go beyond what exists in nature. The move signals growing confidence that artificial intelligence can engineer novel biological molecules for medicine and research, and it underscores how protein design has become one of the most closely watched frontiers in biotechnology.
- 15New cryo-microscope reveals how Antarctic fish cells survive the coldβResearchers engineered a novel microscope capable of operating near 0 degrees Celsius, enabling the first-ever high-reso
Researchers have built a microscope that can operate near 0 degrees Celsius, allowing the first high-resolution observations of living cells in Antarctic fish. The work aims to uncover the mechanisms these fish use to survive in extreme cold, with potential relevance to cell biology and cryobiology. It offers scientists a rare direct look at life functioning at near-freezing temperatures.
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Scientists have resolved a long-standing mystery concerning stick insects, according to a new report. The finding, covered by science news outlet SciTechDaily, brings closure to a biological puzzle that researchers have pursued for decades, though details of the discovery and its implications have not yet been widely reported.
- 17Ancient 47,000-year-old gene may explain human muscle strengthβAre your muscles thanks to a 47,000-year-old gene? Scientists stunned by discovery
Scientists report the discovery of a gene variant dating back roughly 47,000 years that may influence muscle development in modern humans. The finding suggests an ancient genetic inheritance could partly shape muscle traits today, and researchers describe themselves as surprised by the results, sparking wide interest in human evolutionary biology.
- 18Machine Learning Boosts Production of Licorice-Derived Drug MoleculeβMachine Learning and Molecular Scaffolds Supercharge Production of a Licorice-Derived Drug Molecule
Researchers report that combining machine learning with molecular scaffold engineering has sharply improved production of a drug molecule originally derived from licorice. The approach suggests engineered biosynthesis could make plant-based pharmaceutical compounds cheaper and more scalable, and it is drawing attention in biotech and synthetic biology circles as an example of AI accelerating drug manufacturing.
- 19Scientists Decode Moth Sex Pheromones via Insect Smell ReceptorsβScientists Reverse-Engineer Insect Smell Receptors to Identify Moth Sex Pheromones
Researchers have reverse-engineered insect smell receptors to identify the sex pheromones moths use to communicate. By working out how these olfactory receptors detect specific chemical signals, scientists can pinpoint the exact compounds involved. The finding could aid pest control, since synthetic pheromones are widely used to disrupt moth mating and protect crops without heavy insecticide use.
- 20Scientists map complete pumpkin genomeβA complete pumpkin genome opens door to better breeding | Newswise
Researchers have assembled a complete pumpkin genome, a milestone announced via Newswise. With the full genetic sequence available, breeders can more precisely develop pumpkin varieties with improved traits such as disease resistance, yield and fruit quality. The breakthrough is expected to speed up breeding programs and support research across the squash and gourd family.
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A newly reported artificial intelligence tool is designed to combine different types of biological data into a single analytical framework, helping researchers draw connections across genomics, proteomics and other datasets. The development is being discussed as part of broader excitement about AI's growing role in biology and biomedical research, where integrating scattered data sources has long been a major challenge for scientists.
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BioTech New Zealand has announced the creation of a new engineering biology group. The initiative is aimed at building capacity in the emerging field of engineering biology within New Zealand's biotechnology sector. Details on the group's specific programmes, funding and membership have not yet been made public.
- 23Cal State Fullerton researchers test Ladera Ranch soil for contaminantsβCal State Fullerton researchers testing Ladera Ranch soil for contaminants
Researchers at Cal State Fullerton are collecting and analyzing soil samples from Ladera Ranch, an Orange County community, to check for contaminants. Local outlets including the Orange County Register and Press Telegram are covering the testing effort. The findings could matter for residents concerned about environmental safety in the area.
- 24Biologists track Connecticut's hidden rattlesnakes, reveal findingsβBiologists tracked CT's hidden rattlesnakes. Hereβs what they learned
Biologists in Connecticut have been tracking the state's secretive rattlesnake populations, and new findings from the research have now been reported. The study sheds light on where the snakes live and how they behave, information that is rarely available for such a reclusive species. The report is drawing attention from readers interested in local wildlife and conservation.