Macrophage Gsα Deficiency Accelerates Tumor Progression Through MAPK Signaling
Tumors do not grow in isolation. They develop within a complex ecosystem of blood vessels, connective tissue, signaling molecules and immune cells that can either...
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Long COVID antibodies trigger sensory, but not cognitive, deficits in mice
Long COVID may involve more than lingering inflammation or viral persistence. A new study in Acta Neuropathologica reports evidence that antibodies circulating in some patients...
Nano-Silica Reduces Surfactant Adsorption in Oil Recovery: A Review
A new review published in Environmental Chemistry Letters highlights nano-silica as one of the most promising tools for solving a long-standing problem in enhanced oil...
Study Evaluates Electronic Noise in Double-Gate Ferroelectric p-n-i-n Tunnel Transistors
Electronic noise is often the hidden limit in advanced transistor technologies. A device may switch rapidly, consume very little power, and offer an exceptionally steep...
New Cobalt Prussian Blue Catalysts Boost Carbon Monoxide Oxidation
A new study reports a low-cost, noble-metal-free catalyst that can convert toxic carbon monoxide into carbon dioxide at remarkably low temperatures, while retaining useful activity...
Lignin and Silica Boost Rice Straw Cellulose Aerogels’ Insulation and Stability
Rice straw, one of agriculture’s most abundant residues, has been transformed into a lightweight insulation material with a surprising combination of low heat transfer and...
Polymer-Derived TiC/SiC Heterostructures Enhance Electromagnetic Wave Absorption
Electromagnetic pollution is becoming an increasingly difficult problem to ignore. As wireless communication networks, radar systems, satellites, electric vehicles, wearable electronics, and densely packed computing...
Decentralized AI and Cardano Blockchain Tackle IoT Traffic Congestion in Smart Cities
Urban traffic congestion is about to get a technological makeover—at least on paper. A new research study proposes a decentralized system that combines artificial intelligence,...
New Review Examines Noninvasive 3D Reconstruction Methods for Transparent Objects
Transparent objects are exposing one of the deepest weaknesses in conventional computer vision: the assumption that what a camera sees is a reliable map of...
Researchers Develop Collaborative Optimization Method for Activity-Density-Based RBF Neural Networks
A new artificial-intelligence method designed to make radial basis function neural networks more accurate, adaptable, and stable could offer a fresh route toward modeling complex...
Diffusion Models Unify Theory, Architectures, and Applications in Deep Generative Learning
Diffusion models, the technology behind some of today’s most striking artificial images, videos, voices and scientific reconstructions, are now being presented as more than a...
Study finds racial, ethnic disparities in breast cancer PARP inhibitor trial enrollment
A new analysis of breast cancer clinical trials has exposed a striking racial and ethnic imbalance in the evidence base behind poly (ADP-ribose) polymerase, or...
Interviews Reveal Why Underserved Cancer Patients Visit Emergency Departments During Treatment
Emergency departments are often treated as the unavoidable front line of cancer care, but a new qualitative study suggests that many emergency visits during treatment...
Cancer’s financial toll can deepen challenges for adolescents and young adults
Cancer during adolescence or young adulthood can interrupt education, employment, relationships and independence at the moment when many people are beginning to build their adult...
Onion-Peeling Dissection Balances Resection and Facial Nerve Preservation in Vestibular Schwannoma Surgery
A Delicate “Onion-Peeling” Technique May Change the Balance Between Tumor Removal and Facial-Nerve Protection in Brain Surgery Vestibular schwannomas are benign tumors, but their location...