Graphene-Engineered Wood Lowers the Power Barrier for Laser Propulsion
Researchers have engineered a graphene‑delignified wood (GDW) that serves as a low‑intensity laser‑ablation propellant, achieving a specific impulse of 800 s and an ablation threshold of 0.54 MW m⁻². Natural wood, without graphene, delivered an even higher specific impulse of 908 s but required higher laser power. The GDW’s tensile strength rose to 273 MPa, roughly ten times that of untreated wood, while retaining a porous architecture that guides light and ejecta. The work highlights a trade‑off between mass efficiency and low‑power operation for micro‑satellite propulsion.
Effects of tDCS/tACS? Stochastic Resonance? Glymphatic Waste Clearance?
Oxford researchers examined whether transcranial random noise stimulation (tRNS) could accelerate mathematical learning in 72 university students. Participants received five days of prefrontal tRNS while completing calculation and memorisation tasks, with a sham group as control. Students with weaker baseline...
Live Fast Die Immediately – Spinning Black Holes in Collapsars
Researchers used state‑of‑the‑art 3D GRMHD simulations with full neutrino transport to study how black‑hole spin evolves in collapsars. The models compared constant‑density and power‑law density profiles, revealing that slower‑spinning black holes accrete material more rapidly and generate weaker, often unstable...
Ivermectin for Hantavirus: Real Science or Wishful Thinking?
The blog post debunks circulating claims that ivermectin treats hantavirus, noting that no clinical trials or direct studies exist to support such use. It explains that while ivermectin has demonstrated in‑vitro antiviral activity against several RNA viruses, hantavirus has not...
Ultrastructure of Dopaminergic Varicosities Revealed by Cryo-CLEM
A new cryo‑correlative light and electron microscopy (cryo‑CLEM) workflow was developed to visualize dopaminergic varicosities at nanometer resolution. By vitrifying brain tissue and combining fluorescence tagging with cryo‑EM, the method preserves native ultrastructure without chemical fixation. The study maps vesicle...
Blood-Based Proteomics Offers New Window Into Neurodegeneration
Researchers have unveiled a blood‑based proteomic panel that reliably mirrors disease activity and predicts progression in major neurodegenerative disorders such as Alzheimer’s, Parkinson’s and ALS. The study, which analyzed longitudinal samples from over 1,200 patients, identified 12 proteins whose levels...
United Therapeutics Corporation Announces FDA Clearance to Proceed with UHeart Xenotransplantation Clinical Trial
United Therapeutics received FDA clearance to begin the EXPRESS clinical trial of its UHeart xenotransplant, a pig‑derived heart with ten gene edits. The phase‑1/2/3 study will initially enroll up to two end‑stage heart‑failure patients, with safety and efficacy data reviewed...
Agenus Announces Publication of Phase 1b Botensilimab and Balstilimab Data in Post-Immunotherapy Hepatocellular Carcinoma in Liver Cancer
Agenus published Phase 1b data on botensilimab plus balstilimab in 19 patients with treatment‑refractory hepatocellular carcinoma who had progressed after prior immunotherapy. The combination achieved a 17% objective response rate, a 50% clinical benefit rate at 18 weeks, median progression‑free survival...
AI Framework Predicts Hidden Defects that Weaken Metal 3D-Printed Parts
A research team led by POSTECH professor Hyoung Seop Kim has created an AI‑driven framework that predicts the yield strength of laser‑powder‑bed‑fusion AlSi10Mg parts while accounting for microscopic porosity. Using Data‑Selection Machine Learning and symbolic regression, the model isolates key process variables...
Lattice Symmetry Shapes Topological Spin Structures in Two-Dimensional Magnets
Researchers at the Chinese Academy of Sciences demonstrated that the crystal lattice of the van der Waals magnet Cr₂Ge₂Te₆ directly dictates the geometry of its topological spin structures, producing textures ranging from triangles to octagons. By combining low‑temperature magnetic force microscopy, electron...
TRI-611
TRI‑611 is a CNS‑penetrant, CRBN‑mediated molecular‑glue degrader targeting ALK fusion proteins in ALK‑positive non‑small cell lung cancer (NSCLC). By recruiting a non‑G‑loop degron distal to the orthosteric site, it degrades ALK independently of the active site, sidestepping common tyrosine‑kinase inhibitor...
PROVIDENT: NIAID's Andes Virus Research Project Launched in 2024
Project PROVIDENT, a $70 million NIAID‑funded initiative launched in September 2024, aims to build plug‑and‑play vaccine and monoclonal‑antibody platforms for high‑risk RNA viruses. Led by Dr. Kartik Chandran at Albert Einstein College of Medicine, the effort unites 13 academic, government and industry...
A View of the Changing Field of Research Into Cellular Senescence in Aging
Researchers are shifting from broad senolytic clearance toward precision targeting of harmful senescent cell subpopulations. Early clinical trials of dasatinib‑quercetin showed modest success, but most efforts now focus on mapping senescent heterogeneity and functional pathogenicity. New strategies aim to act...
University of British Columbia (UBC) Researchers Discover Microbes Turning Food Waste Into Energy
University of British Columbia researchers have identified a previously unknown bacterium in the Natronincolaceae family that drives methane production in anaerobic digesters converting food waste into renewable natural gas (RNG). The microbe thrives in high‑ammonia environments, keeping the Surrey, BC...
DNA Barcodes Help Nanopores Detect Multiple Heavy Metals
Researchers unveiled a DNA‑barcoded nanopore platform that multiplexes detection of six heavy metals—lead, mercury, uranyl, calcium, manganese and zinc—in water and soil extracts. Each probe integrates a metal‑specific DNAzyme nanoswitch with a short DNA barcode, allowing the nanopore to read...
Fujitsu and Science Tokyo Launch Research Hub for Quantum Hardware Advancement and Talent Development
Fujitsu Limited and the Institute of Science Tokyo have inaugurated the Fujitsu Quantum and HPC Infrastructure Collaborative Research Cluster, a joint research hub that blends quantum hardware development with high‑performance computing. The cluster, operating from April 2026 to March 2027,...
Recyclable Protein Fibers Could Cut Textile Waste and Microplastic Pollution
Engineers at Washington University in St. Louis have created a protein‑based fiber called SAM that can be dissolved in formic acid and re‑spun into new textiles without loss of strength. The fibers are produced by genetically engineered microbes in bioreactors...
Lipopolysaccharide Exposure Before Injury Improves Regeneration in Aged Skin
Researchers discovered that a brief pre‑exposure to bacterial lipopolysaccharide (LPS) dramatically improves wound healing in aged mouse skin. The LPS pulse triggers innate immune cells to form neutrophil extracellular traps and macrophage protrusions, creating a rapid physical barrier. This barrier...
Study Maps Reuse Paths For SLS Waste Powder
Researchers published a study in Physchem outlining practical pathways to valorize waste powder from Selective Laser Sintering (SLS). The paper details two main routes: restoring the powder for further additive manufacturing through sieving, blending or reactive extrusion, and diverting aged...
Weekly Neuroscience Update
The latest neuroscience roundup delivers a suite of breakthroughs, starting with the first brain‑wide map of the histamine system that ties neurotransmitter activity to genetics, behavior and mental‑health disorders. A pilot trial shows transcranial temporal interference stimulation (tTIS) can safely...
Olive Oil’s "Dark Horse" Metabolite Triggers Autophagy and Reverses Senescence in Human Muscle
Researchers at the University of Udine and Sorbonne Université identified Oleuropein Aglycone (OLE), a polyphenol in extra‑virgin olive oil, as a potent activator of the AMPK‑FOXO3a‑Sestrin pathway in human skeletal‑muscle cells. In vitro experiments showed a 43% reduction in reactive oxygen...
Researchers Uncover Chemical Origins of the Perseus Cluster of Galaxies
An international team has built new stellar and supernova models that finally reproduce the puzzling silicon, sulfur, argon and calcium ratios observed in the Perseus Cluster’s intracluster medium by the HITOMI X‑ray telescope. The research, published in three linked papers...
Cyclarity Unveils Oxidized Cholesterol Excretion Data
Cyclarity Therapeutics presented Phase 1 data for UDP-003, its cyclodextrin drug that binds and removes oxidized cholesterol (7‑ketocholesterol) from humans. The Monash Victorian Heart Institute trial showed dose‑dependent urinary excretion of 7KC, with no serious adverse events and a short...
Microplastics May Be an Even Bigger Problem Than We Thought
New research highlighted by the Washington Post links microplastics to climate warming, adding a global dimension to 3D‑printing waste. Desktop and industrial printers generate a variety of plastic scraps—failed prints, support structures, purge towers, and resin residues—that eventually become microplastics....
Building Rhea's Factory: How AI-Designed Enzymes Could Finally Solve Plastic Recycling
Rhea's Factory, a startup founded by molecular biologist Arzu Sandıkçı and ex‑Google product manager Mert Topcu, is leveraging AI‑driven protein language models to engineer enzymes that can break common plastics back to their original monomers. Their platform evolved from a...
Blood Test Help Personalise Depression Treatment
NeuroKaire, an Israeli startup, has launched BrightKaire—a blood‑based test that uses patient‑derived stem cells to create frontal brain neurons and assess how 70 different antidepressants affect neural connectivity. The test, now approved in Israel and the United States, promises to...
What’s Coming up at SLAS Europe 2026?
The Society for Laboratory Automation and Screening (SLAS) will host its 2026 European Conference and Exhibition in Vienna from May 19‑21, featuring a technology provider showcase at the Vienna BioCenter and a packed scientific program. Highlights include keynote and breakout...
Physical Fitness Does Not Strongly Influence Mainstream Epigenetic Clocks
Epigenetic clocks, built from DNA‑methylation patterns in blood, are widely used to estimate chronological age and mortality risk. A new systematic review and meta‑analysis of 44 studies involving 145,465 participants examined whether physical fitness influences these clocks. The analysis found...
De-CIPHER-Ing Transcriptomes and Proteins Together with New RNA-Seq Technology
Scientists at the Sylvester Comprehensive Cancer Center and UCSF unveiled CIPHER‑seq, a single‑cell platform that simultaneously measures whole‑transcriptome RNA and intracellular proteins. By optimizing fixation, permeabilization and antibody incubation, the method avoids the RNA degradation and stress artifacts that plague...
Why E5 Was the Target Nobody Went After
Toragen CEO Sandra Coufal highlighted that the HPV E5 protein has been largely ignored in favor of the better‑studied E6 and E7 oncogenes. She explained that E5 assembles six copies into a viral ion channel that cloaks infected cells from immune...
ESA Opens €16 Million Call for Suborbital Launch Campaign
The European Space Agency has opened a €16 million (≈ $17.4 million) call for proposals to design, build, launch and recover up to five sounding‑rocket experiments in 2027‑28. Five experiments—CHIP‑II, LifeACTImm, FERMISE, P‑REX and LAMDA‑g—were selected, covering planetary formation, microgravity immunology, fire safety,...
Protein Industries Canada Commits $5.1M to AI-Enabled Crop Insurance Framework Led by Agi3 and Aon
Protein Industries Canada has pledged roughly $1.0 million USD toward a two‑year, $1.33 million‑USD pea genomic‑selection initiative. The project will build a national database that integrates genetic, phenotypic, environmental and pedigree information for Canadian pulse breeders. Led by GIFS Ag Tech Enterprise with partners...
Inflammation's Causal Role: New Mendelian Randomization Evidence Emerges
A new multivariable Mendelian randomization (MVMR) study delivers refined estimates of C‑reactive protein’s (CRP) causal influence on a spectrum of health outcomes. By leveraging genetic instruments for CRP alongside other inflammatory markers, the analysis isolates CRP’s independent effect, confirming a...
The Magic of Mushrooms: Psilocybin Makes Aggressive Fish More Chill
Researchers at Acadia University and UBC demonstrated that a low dose of water‑soluble psilocybin reduces aggressive swimming bursts and overall activity in the naturally combative mangrove rivulus fish. The compound selectively dampened high‑energy attack behaviors while leaving low‑energy social displays...
Millions Take Omega-3 Fish Oil for Brain Health. New Research Suggests It May Do the Opposite.
A new longitudinal analysis of the Alzheimer’s Disease Neuroimaging Initiative (ADNI) found that older adults who regularly take omega‑3 fish oil experienced faster cognitive decline than non‑users. The study employed linear mixed‑effects models over a decade‑long follow‑up, revealing no reduction...
New Blood Test for Early Alzheimer’s Detection with FNIH’s Dr. Alessio Travaglia — Episode 255
A new blood test developed by the Foundation for the National Institutes of Health (FNIH) can predict Alzheimer’s symptom onset three to four years in advance, according to a study published in Nature Medicine. The test leverages a clock‑model biomarker...
The Ionic Path to All-Solid-State Batteries
All‑solid‑state batteries (ASSBs) are emerging as safer alternatives to liquid‑electrolyte cells, but ion‑transport resistance remains a bottleneck. A team at Osaka Metropolitan University showed that mixing solid‑electrolyte particles of varied sizes reduces electrode tortuosity, creating shorter ion pathways. Using lithium...
BREAKING: Landmark Peer-Reviewed Study Finds Vaccination Is a Major Risk Factor for Autism
{"summary":"The post claims a new peer‑reviewed study links routine childhood vaccination to a higher risk of autism, citing that 107 of 136 vaccine‑related studies allegedly support this connection. It frames autism as a multifactorial disorder but argues that vaccines are...
AMX-883
Amphista Therapeutics announced AMX-883, an oral degrader that recruits the DCAF16 E3 ligase to eliminate the epigenetic reader BRD9. The preclinical program demonstrates selective BRD9 degradation in acute myeloid leukemia (AML) cell models, leveraging a previously identified BRD9 binder for...
Enveric Biosciences Expands IP Portfolio with New U.S. Patent Issued for Methods of Treating Psychiatric Disorders
Enveric Biosciences announced the issuance of U.S. Patent No. 12,605,361 covering its carboxylated psilocybin‑derived EVM301 series for treating psychiatric disorders. The new patent expands the company’s intellectual‑property moat by protecting method claims that build on its earlier patent (No. 11,752,130). Enveric is...
Casimir Microsparc Target Is 40 Microwatts of Continuous Vacuum Energy- One Way Electron Flow
The Casimir team unveiled a prototype MicroSparc chip that harvests vacuum energy via a one‑way electron flow created by the Casimir effect. Laboratory tests showed millivolt‑to‑volt outputs at picoamp currents, and the team measured polarization fields with atomic‑force microscopy. Their...
An Accumulative Vesicle Load Hypothesis of Neurodegenerative Disease
Researchers introduce the Accumulative Vesicle Load Hypothesis, suggesting that bacterial extracellular vesicles from oral, nasal and airway niches can infiltrate the brain and contribute to Alzheimer’s disease pathology. The review maps vascular and neural pathways—such as the olfactory and trigeminal...
Magnesium-Acetyl-Taurate Superior to Magnesium L-Threonate? Recent Study Poinst to This Being True
A recent pre‑clinical rat study compared magnesium‑acetyl‑taurate (MAT) with magnesium L‑threonate (MLT) and found MAT superior in raising magnesium concentrations in brain tissue, blood plasma, cerebrospinal fluid, and muscle. MAT also delivered greater gains in spatial learning, memory, anxiety‑related behavior,...
Physionic Podcast Videos and Summaries / Transcripts
A 2023 meta‑analysis of 29,913 patients shows that pure EPA, administered as icosapent ethyl, significantly reduces myocardial infarction, cardiovascular death and all‑cause mortality. The REDUCE‑IT trial, using 4 g daily of prescription EPA, delivered a 25 % relative risk reduction and a...
A Look Back at ‘An Inconvenient Truth,’ 20 Years Later
Al Gore’s 2006 documentary An Inconvenient Truth marked a watershed moment for climate awareness, and a new 20‑year retrospective finds its core science still largely correct. Atmospheric CO2 has risen from about 380 ppm to roughly 430 ppm, on track for 500 ppm...
How Dried mRNA Vaccines Could Bypass Cold Chain Storage Requirements
Researchers have demonstrated that drying mRNA‑lipid nanoparticle vaccines in a polymer matrix can retain potency without refrigeration. By optimizing the polymer‑to‑mRNA ratio (≥320:1) and the ionizable lipid N/P ratio, the lipid particles maintain a partial inverse hexagonal phase, preventing aggregation...
Atoms Vibrate on Circular Paths - with an Unexpected Twist
Researchers from HZDR, the Fritz Haber Institute and European partners have, for the first time, directly observed angular momentum transfer between vibrational modes of a crystal lattice using intense terahertz laser pulses. The experiment revealed that the rotation direction of...
Giving Nanoscale X-Ray Vision a Sense of Direction
A team led by Helmholtz Centre Hereon has added a directional component to dark‑field X‑ray microscopy, allowing nanostructure orientation to be visualized pixel‑by‑pixel even when the features are below the resolution limit. The method uses simple additional apertures to illuminate...
GLP-1 Drugs’ Muscle Effects Similar to Ordinary Weight Loss
A recent study published in Cell Reports Medicine examined whether GLP-1 receptor agonists such as semaglutide and tirzepatide cause disproportionate muscle loss compared with ordinary calorie‑restricted weight loss. In both obese mice and a small human cohort, the drugs led...
Quantum Computation Gains Flexibility with New Three-Dimensional Entanglement Design
Researchers at the University of Science and Technology of China have demonstrated a fault‑tolerant quantum computing architecture that embeds Gottesman‑Kitaev‑Preskill (GKP) states in three‑dimensional photonic cluster states. By leveraging photon polarisation, frequency and orbital angular momentum, the design reaches a...