Researchers at KAIST have developed a new therapeutic approach that converts dormant immune cells inside tumors into potent anticancer agents. By reprogramming tumor-associated macrophages, they created CAR-macrophages that recognize and kill cancer cells while activating surrounding immune responses.
Scientists at Lund University have created a new method to directly reprogram glial cells into parvalbumin neurons, which can help regulate brain activity and potentially treat disorders such as schizophrenia and epilepsy. The breakthrough could lead to therapies that replace lost or damaged brain cells in the future.
This study showcases the potential of MOF–NP composites to accelerate key nitrogen electrochemical reactions under mild conditions. The analysis highlights how these hybrid materials improve reaction selectivity, stabilize intermediates, increase Faradaic efficiency, and support strong long-term durability.
Lattice-anchored iridium enhances metal-oxygen covalency and preserves structural integrity under harsh acidic conditions, while Ir at surface hollow sites degrades cobalt and oxygen migration. Long-term tests show improved stability for lattice-anchored iridium OER catalysts.
Researchers developed a methylurea-assisted electrolyte that forms a robust solid electrolyte interphase directly on the zinc surface, dramatically improving zinc reversibility. This engineered SEI enables long-life anode-free zinc batteries with unprecedented cycling life and exceptional durability.
Researchers developed a kinetic activation strategy to regulate in-plane transition-metal ion migration and trigger controlled local structural rearrangements. This approach enabled reversible lithium storage beyond the long-standing 1.1 stoichiometric limit, reaching 348 mAh g⁻¹.
Researchers from Nankai University developed a breakthrough strategy to prevent voltage decay in lithium-rich layered oxides by using trace dopants placed at tetrahedral sites, suppressing both in-plane and out-of-plane TM migration. The study demonstrates a new atomic-scale stabilization mechanism for over 250 cycles.
Researchers develop copper-modified cobalt oxyhydroxide catalyst for clean glucose oxidation, achieving high formate yield and reducing energy input. The membrane-free system delivers over 500 μmol h⁻¹ cm⁻² of hydrogen, offering a scalable and economically competitive route to green hydrogen.
The American Society for Radiation Oncology (ASTRO) has rebranded its research foundation as Speed of Light – The ASTRO Foundation, marking a renewed focus on advancing research and improving patient care. The new initiative aims to strengthen research collaborations and investments to drive progress in radiation oncology.
Researchers found that combining LiDFOB and LiPF₆ in a dual-salt electrolyte regulates electrode interfaces, forming a double-layer cathode electrolyte interphase and a LiF-rich solid electrolyte interphase. This design lowers interfacial impedance, promotes uniform Li deposition, and enhances durability under cycling.
Researchers discovered that electrowetting increases active surface area and restructuring the electric double layer, leading to enhanced charge storage. Mesopores combined with multivalent ions support stronger ion packing and dual-ion adsorption, delivering higher capacitance.
In situ EC-SERS captures fingerprint vibrational signals of trace and transient interfacial species under operational conditions. This technique reveals how electrocatalyst properties and interfacial environments govern fuel cell, water electrolysis, and CO2RR related reactions.
Leukemia prevalence increased by 28.0% globally from 1990 to 2021, alongside a 16.2% decline in disability-adjusted life years (DALYs). Chronic lymphocytic leukemia (CLL) is the most prevalent subtype, while acute myeloid leukemia (AML) contributes the largest proportion of DALYs.
Insilico Medicine and Hisun Pharma successfully nominated a preclinical candidate using AI-powered R&D in just 8 months after forming a strategic collaboration. The collaboration showcased the acceleration and efficiency gains that AI can bring to drug development, enabling the companies to enhance innovation in early-stage drug discov...
Researchers at the Francis Crick Institute have created a human 'lung-on-chip' model with genetically identical cells from a single donor, simulating breathing motions and lung disease. The device, built by AlveoliX, holds promise for testing treatments for infections like tuberculosis and delivering personalized medicine.
Researchers at EAST have successfully accessed a theorized 'density-free regime' for fusion plasmas, achieving stable operation at densities beyond conventional limits. This breakthrough provides new insights into overcoming one of the most persistent physical obstacles on the path toward nuclear fusion ignition.
A new study found that people have moved pigs across the Pacific for millennia, introducing invasive species to Indonesia and beyond. The research used genomic analysis to track pig movements, revealing a complex history of human activity in the region.
A genomic study reveals that pigs in the Pacific islands descended from domestic pigs brought by Austronesian-speaking groups from Southeast China and Taiwan about 4,000 years ago. This suggests that humans played a significant role in introducing pigs to new regions, with limited genetic mixing with local populations.
A new study reveals Africa's oldest known in situ cremation pyre containing the remains of an adult, dated around 9,500 years ago. The discovery suggests that ancient African hunter-gatherer communities had complex ritual practices involving posthumous removal and reburial of body parts.
A newly identified genetic variant has been found to reduce the risk of leukemia by slowing the growth of mutated blood stem cells. The variant, rs17834140-T, weakens the activity of a key gene in stem cell maintenance, leading to suppressed competitive growth of mutant stem cells.
A Saturn-mass rogue planet has been detected via microlensing event observation from both Earth and space, enabling direct measurement of its mass and distance. The discovery provides key findings on the diverse pathways of planetary ejection, shedding light on how planets can form and become isolated.
Researchers found coral reefs impose daily rhythms on nearby microbes, reshaping their composition and abundance. This daily pattern is stronger than seasonal differences, suggesting time of day is a critical factor in studying reef-associated microbial communities.
The first Editorial of 2026 discusses AI's impact on the scientific community. The journals use select AI tools, with encouraging results in data sharing among published research articles.