Today's Science Pulse
Hidden Star Clusters Discovered Deep Inside Nearby Galaxies
A UK‑led study using VLA and ALMA data uncovered previously hidden giant star clusters deep within nearby galaxies, describing them as “ring factories.” The findings highlight how young stellar activity shapes galactic evolution across the universe.
Also developing:
By the numbers: Foundation Alloy raises $22M Series A
Hierarchically Biporous Wick Vapor Chamber With Micro/Nano Condenser for Exceeding 600 W/Cm2 Heat Dissipation
Researchers have unveiled a vapor chamber that pairs a hierarchically biporous copper wick with a micro‑nano‑textured superhydrophobic condenser. The hybrid design creates a self‑sustained liquid‑vapor loop capable of dissipating heat fluxes exceeding 600 W/cm², even when the condenser sits above the heater. By breaking the traditional capillary‑permeability trade‑off, the device achieves a thermal resistance as low as 0.17 °C/W, positioning it as a breakthrough for next‑generation high‑power electronics.
SonoThera Bags $125M Series B to Advance Safer Gene Therapies
San Francisco‑based SonoThera announced a $125 million Series B round to fund its non‑viral gene‑therapy platform. The capital will accelerate lead programs for Duchenne muscular dystrophy and autosomal dominant polycystic kidney disease into clinical trials and expand the pipeline to other organs....
'On the Rise': Study Warns Subsidence Is Putting Millions of UK Properties at Risk
A new British Geological Survey study warns that increasingly warm, dry summers are accelerating ground‑level subsidence across the UK, putting millions of residential properties at heightened risk. The research highlights a growing economic burden for insurers, developers, homeowners, and government...
A*STAR and NUS Establish Joint Lab to Advance Synthetic Biology Applications
Singapore’s Agency for Science, Technology and Research (A*STAR) and the National University of Singapore (NUS) have inaugurated the A*STAR SIFBI‑NUS Synthetic Biology Joint Lab to fast‑track lab discoveries into market‑ready products. The facility blends A*STAR’s bioprocess scale‑up expertise with NUS’s interdisciplinary...
The Most Interesting Number in Tango’s Data Isn’t 92%
Biotech firm Tango reported a striking 92% response rate in its latest pancreatic cancer trial, a figure that dwarfs the single‑digit response rates historically seen in the disease. However, a deeper look at the data reveals that the most compelling...
Electron Matter Waves Gain Ultrafast Torque that Flips Handedness in Femtoseconds
A team at Universität Konstanz has demonstrated electron pulses that carry an ultrafast internal torque, allowing the wavefunction’s handedness to flip from left‑to‑right within femtoseconds. The approach modulates a conventional electron wavepacket with a slowly varying twisted laser field, imprinting...
Live Coverage: SpaceX to Launch 24 Starlink Satellites on Falcon 9 Rocket From Vandenberg
SpaceX will lift off a Falcon 9 from Vandenberg Space Force Base on Thursday, deploying the Starlink 17-44 payload of 24 broadband satellites. The launch adds to a constellation that already exceeds 10,500 operational satellites. The mission uses the B1071...
Big‑Pharma Chemist Turns Expertise Toward Wildlife Conservation
Chemist Tim Cernak is using two decades of experience in Big Pharma to try to save Gila monsters, loggerhead sea turtles, and many more creatures. https://trib.al/Xi7eOyY
Ditching Cigarettes for Vapes May Curb the Cancer Benefits of Quitting
A new analysis of 4.5 million people finds that former smokers who switch to vaping face more than a 50 percent higher risk of dying from lung cancer compared with those who quit without e‑cigarettes. The research confirms that while vaping is...
Biodimension Secures Rs 8 Cr From IAN Angel Fund, Others
Biodimension, a Bengaluru‑based life‑sciences startup, closed an Rs 8 crore (~$960,000) funding round led by IAN Angel Fund, with participation from Campus Angels Network, Dr. Sampath Srisailam and angel Aaryan Baid. The capital will accelerate product development, expand laboratory infrastructure, and strengthen...
Ensembl 116 and Ensembl Genomes 63 Have Been Released
Ensembl 116 and Ensembl Genomes 63 mark the final release on the legacy Ensembl platforms, with all future data migrating to the new beta.ensembl.org site that now houses more than 5,200 animal, plant, bacterial, archaeal and fungal genomes. The update...
3D Brain Simulations Reveal How Learning Is Regulated on a Cellular Level
Scientists at the Salk Institute have used 3D electron‑microscopy reconstructions and computer simulations to measure changes in synaptic vesicle density during long‑term potentiation (LTP). The study, published in PNAS on May 26, 2026, shows that vesicle density decreases and vesicle mobility increases...
Carbon Nanotube Coating Creates On-Chip Terahertz Waveguides
Researchers at Skolkovo Institute and KTH have demonstrated an ultrathin single‑walled carbon nanotube (SWCNT) coating that acts as a highly absorptive termination for silicon terahertz dielectric waveguides. The coating, ranging from 2 to 53 nm thick, delivers up to 47 dB attenuation...
Portugal, Spain and the New Biotech Frontier
BioSpace’s Denatured podcast released an episode focusing on the burgeoning biotech ecosystem in Portugal and Spain. Guests Hannah Franklin of Biovance Capital and Pablo Gabriel Cironi Lopez of Caixa Capital Risc highlighted Portugal’s push to translate strong scientific research into...
Climate Scientists Warn of Record Rate of Global Warming, Carbon Budget to Be Exhausted in 3 Years
Leading climate scientists report that global warming accelerated to 1.37 °C in 2025, with the Earth gaining heat at a record 0.27 °C per decade. Their latest indicators show the 1.5 °C carbon budget could be depleted within three years, and the 1.7 °C...
473-Fostering Forest Renewal and Resilience, with Dr. Suzanne Simard
In this episode, Dr. Suzanne Simard discusses her new book *When the Forest Breathes*, expanding on her groundbreaking research that trees communicate and cooperate through underground fungal networks. She explains how forests can heal themselves if given the chance, describing...
Viewpoint: Why Gene-Editing Babies Is Moral and Certain to Happen
The article argues that editing embryos to remove severe single‑gene diseases is both moral and inevitable. Origin Genomics founder Cathy Tie emphasizes a disease‑only focus while acknowledging the technology isn’t yet ready for enhancement. A public debate with Harvard bioethicist...
How Did the Cruise Ship Hantavirus Outbreak Start? Scientists Are Investigating New Scenarios
Scientists are probing the origins of a deadly Andes hantavirus outbreak that struck the cruise ship MV Hondius in April 2026, killing a 70‑year‑old Dutch passenger. Initial theories linking the infection to a landfill in Ushuaia, Argentina, have weakened after...
Reuters Climate Monitor
The Reuters Climate Monitor dashboard delivers real‑time temperature anomaly maps by comparing today’s forecasted highs with historical normals derived from the ERA5 reanalysis dataset (1961‑1990). Normals are calculated using a 31‑day rolling window for roughly one million global grid squares,...
The Ocean Current that Warms Europe May Be More Resilient than Feared
New measurements from the Atlantic’s RAPID and OSNAP mooring arrays indicate the Atlantic Meridional Overturning Circulation (AMOC) remains robust despite decades of climate‑change warnings. While the AMOC’s flow continues to swing year‑to‑year, the data show no clear long‑term weakening and...
Machine Learning Reveals Hidden Nanophotonic Resonances In Silicon-Gold Nanopillars
Researchers have introduced a machine‑learning workflow that transforms noisy low‑loss EELS spectrum images into spatial maps of nanophotonic resonances in silicon‑gold nanopillars. The pipeline combines UMAP for dimensionality reduction, HDBSCAN for unsupervised clustering, and a supervised SVM step to reclassify...
Silver Nanoparticles Pave the Way for Precise DNA Cutting and Joining
A Japanese research team led by Hiroshi Abe and Masahito Inagaki introduced a silver‑nanoparticle‑based platform that precisely cuts and joins DNA, delivering up to five‑fold higher assembly efficiency than conventional restriction enzymes. By coating the nanoparticles with polyethylene glycol, they...
National Academies Space Science Reports: A Resource Guide for NASA Research, Exploration, and Policy
National Academies has released a curated library of its space science reports, spanning decadal surveys, strategic studies, and technical reviews across planetary science, astrobiology, Earth observation, and more. The collection aggregates over 60 publications that outline NASA’s research priorities, technology...
Programmable RNA Nanostar Condensates in Cells
Researchers at Baylor College of Medicine have engineered highly tunable RNA‑based nanostar condensates that self‑assemble inside mammalian cells. By varying stem‑loop sequences, they can precisely control condensate size, viscosity, and dissolution kinetics, demonstrating reversible phase separation on demand. The study...
Connecting Transcriptional Control to RNA Velocity and Cell Fate
In a recent Cell paper, Wang et al. unveil RegVelo, a computational framework that fuses gene‑regulatory‑network inference with RNA‑velocity analysis. By embedding transcriptional control information, RegVelo can pinpoint candidate regulators that bias the direction of cell‑state transitions. The method outperforms conventional...
Transposable Element DNA and RNA: Drivers of Gene Expression, Evolution, and Disease
Transposable elements (TEs) occupy roughly half of mammalian genomes and have transitioned from being labeled "junk" DNA to central regulators of genome architecture. Advances in long‑read sequencing and epigenomic profiling now allow researchers to study individual TE loci, revealing that...
Plasma Proteomics of Sleep Traits Reveals Systemic Immune-Metabolic Pathways and Genetically Prioritized Proteins
A new plasma proteomics study of over 400,000 UK Biobank participants links habitual sleep traits to systemic immune‑metabolic pathways. By integrating accelerometer‑derived sleep measures with genome‑wide association data, researchers identified dozens of proteins whose circulating levels vary with sleep duration,...
Cysteine’s Metabolic Fork: Sulfur Partitioning Shapes T Cell Function
A new Cell study reveals that cysteine’s sulfur is divided between glutathione synthesis and iron‑sulfur cluster formation, a metabolic fork that directly controls CD8⁺ T‑cell proliferation, effector function, and anti‑tumor immunity. The researchers showed that shifting sulfur toward iron‑sulfur clusters...
Advancing Mechanobiology From Single Molecules to Complex Cellular Systems
Mechanobiology is rapidly expanding from nanoscopic force measurements to engineered tissue models. Advances in single‑molecule force spectroscopy, optical tweezers, and atomic force microscopy now quantify protein‑level mechanics with piconewton precision. Parallel breakthroughs in 3D organoid culture and high‑throughput deformability cytometry...
Charting Human Cellular Senescence in Aging and Disease
The NIH‑backed SenNet consortium is building a high‑resolution, multi‑omics atlas that maps cellular senescence across more than 20 human tissues throughout the lifespan. By integrating single‑cell, spatial transcriptomics, proteomics and AI‑driven analytics, researchers have identified distinct senotypes, tissue‑specific SASP programs,...
Cannabinoid Use Generalizes Stress Responses: Involvement of Astrocyte Plasticity and Activation of Matrix Metalloproteinases in the Nucleus Accumbens Core
The study shows that a single acute stress event amplifies THC + CBD self‑administration in male rats and triggers PTSD‑like behaviors, including generalized stress responses and avoidant coping. Cannabinoid abstinence disrupts astrocyte‑synapse interactions in the nucleus accumbens core and elevates matrix metalloproteinase‑2/9...
Catching Waves of Polyploids
Chen et al. examined hundreds of angiosperm genomes and mapped whole‑genome duplication (WGD) events, uncovering distinct, non‑random waves of polyploidy. These duplication bursts line up with major climatic upheavals and intervals of reduced plant diversity. The authors argue that environmental stress...
Once-Weekly Survodutide Linked to Drop in Body Weight in Obesity
A phase‑III trial published in the New England Journal of Medicine found that once‑weekly survodutide, a dual glucagon‑receptor/GLP‑1‑receptor agonist, produced substantial weight loss in adults with obesity and no diabetes. Over 76 weeks, participants receiving 3.6 mg lost 12.2% of body...
Earth’s Energy Imbalance Has Doubled – Here’s Why that Matters
A global team of climate scientists reports that Earth’s energy imbalance has doubled in recent decades, reaching record levels. Roughly 90% of the excess heat is stored in the oceans, accelerating sea‑level rise, boosting marine heatwaves, and intensifying extreme weather....
Study: Cave Lions Were Distinct Species that Occasionally Bred with Ancestors of Today’s Lions
A new study published in Cell shows that the extinct Eurasian cave lion (Panthera spelaea) diverged from today’s African and Asian lions about 1.7 million years ago, far earlier than earlier estimates. Researchers sequenced 12 cave‑lion genomes covering more than 100,000 years...
Antibody-Guided Nanoparticles Target Blood Cancer Cells in Bone Marrow
Researchers at Indiana University School of Medicine and Purdue University have engineered lipid nanoparticles conjugated with a BCMA‑specific antibody to deliver therapeutics directly to multiple myeloma cells in the bone marrow. In mouse models, the antibody‑guided nanoparticles achieved precise targeting...
Custom Protein Binders Zero in on Near-Identical Disease Targets with Unprecedented Selectivity
Researchers at the University of Chicago unveiled PANCS‑spec‑Binders, a platform that can engineer protein binders with single‑amino‑acid precision in weeks instead of months. By screening a synthetic library of over 10 billion candidates via phage‑assisted continuous evolution, the team produced binders...
A Hidden DNA Genome Protector May Explain Why Health and Aging Differ Between Men and Women
Researchers led by Jeannie Lee and Alejandro Vaquero identified the protein SIRT7 as a critical safeguard for the X chromosome. In female cells, SIRT7 maintains proper dosage compensation, preventing excessive silencing of the inactive X and hyper‑activation of the active...
Degradable Sensors Reveal Hidden Soil Secrets After Microbes Nibble on Them
Researchers at Lancaster University, the University of Colorado Boulder, and the University of Manchester have unveiled a printable, partially degradable soil sensor built from the biopolymer PHBV. The sensor’s resistance changes as microbes nibble away at the substrate, providing a...
LRRK2 Inhibitor Failure Pushes Parkinson’s Field Toward Genetic Enrichment
BioCentury’s website outlines a comprehensive cookie policy that classifies cookies into strictly necessary, functional, marketing, advertising, and analytics categories. Strictly necessary cookies support authentication, registration, and core site functions and cannot be disabled. Functional cookies enhance personalization, while marketing and...
Pregnant Women May Reduce Key Health Risk Through Less Sitting, More Light Exercise
A University of Iowa‑led Pregnancy 24/7 cohort study of 470 pregnant women found that a daily mix of less than eight hours of sitting, at least seven hours of light activity, about 22 minutes of moderate‑vigorous exercise and roughly nine hours...
Diet Remodels Chromatin Structure and Extends Survival in Models of Glioma
Researchers at Baylor College of Medicine found that restricting the essential amino acid methionine in the diet of mice with high‑grade glioma slows tumor growth and extends survival. The low‑methionine diet caused chromatin to become less compact, disrupting gene regulation....
ClearSpace Develops Robots to Clear Orbital Debris
ClearSpace Builds #Robotic Spacecraft to Remove Dead Satellites from Orbit by @spaceandtech_ #Robotics #EmergingTech #Technology #Innovation https://t.co/eGxnXVuV0C
How Far Away Is the "Affordable Era" For All-Solid-State Batteries?
All‑solid‑state batteries remain 3‑5 times pricier than conventional lithium‑ion cells, costing roughly $0.22‑$0.31 per Wh versus $0.06‑$0.07 for LFP packs. Industry leaders CATL, BYD and Gotion target small‑scale production by 2027 and limited mass production by 2028, but high material costs—especially...
Rare IL‑10 Autoantibody Subset May Respond to CAR‑T
Not every day you see an odds ratio of 50 (for interleukin-10 autoantibodies and a common HLA allele). ~80% of patients with inflammatory bowel disease (IBD) have this HLA allele These individuals (~3.5% of IBD) may benefit from B cell depletion...
New Combined Spore Trapping and DNA Sequencing Technology Tracks Fungicide Resistance in Grain Crops
Researchers at Australia’s Center for Crop and Disease Management have unveiled a portable system that merges spore trapping with real‑time DNA sequencing using a MinION device. The technology reads entire fungicide target genes from airborne spores, identifying complex mutation patterns...
Biopolymer Beads Extend Fungus Bioinsecticide Shelf Life and Release
Researchers at Brazil's CEMASU have encapsulated the bioinsecticidal fungus Beauveria bassiana in carboxymethylcellulose beads cross‑linked with aluminum, extending its viability from 69% to 85% over five months. The ionotropic gelation process creates uniform, thermally stable spheres that release the fungus...
Cerebellum Linked to Cognitive Resilience and Alzheimer’s
The cerebellum has long been considered spared from being tied to cognitive resilience and Alzheimer's disease. That turned out to be wrong @NatureNeuro https://t.co/ASXhQlJoaH
European Space Agency Adopts Galactic Archaeology Mission Arrakihs
The European Space Agency (ESA) has formally adopted the Arrakihs mission, a new galactic archaeology project aimed at unraveling the Milky Way’s formation history. Arrakihs will deploy a space‑based spectrograph to collect high‑resolution spectra from billions of stars, delivering unprecedented...
WGS Uncovers Missed Clinically Relevant MDS Biomarkers
Whole Genome Sequencing [WGS] Reveals Novel, Clinically Relevant Biomarkers Missed by Standards of Care for Pts w/ Myelodysplastic Syndrome [MDS] [Jun 11, 2026] @AlexBataller et al. #EHA2026 EHA-4897 https://t.co/Je6wyHzypT #MDSsm #leusm #cagenome @UTMDAnderson @TempusAI