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Is it ‘moon-stroke’, or a chill?
Nepal’s disaster is an urgent wake-up call
Europe and the rest of the world must come up with an answer to US science strategy
Conservation planning should follow animal clocks
Nobel-prizewinning breakthroughs can emerge from neglected organisms
Bundle water safeguards into critical-mineral licences
Archaeology fight reopens wounds over peopling of the Americas
Challenge to age of Monte Verde site, key evidence for early arrival of humans, draws furious response
As Ebola epidemic rages, Congo bets on high-stakes ‘hope’ vaccine trial
Study will first test a “mismatched” vaccine, but Bundibugyo-specific shots may be added as early as next month
Scientists discover a surprising link between vitamin C and cancer survival
A surprising clinical trial suggests that taking vitamin C daily could improve survival in people with precancerous blood disorders and early-stage blood cancers. Patients receiving the supplement had fewer adverse events and showed a promising survival advantage, raising hopes that a common vitamin could help protect against leukemia-related complications.
This ‘glue gun ant’ fires sticky webs at its enemies
Lordomyrma azumai has repurposed its venom gland as a web slinger
Could your chatbot tip off a scientific rival? It’s possible, researchers say
Experts offer tips for keeping sensitive research private
Why painful arthritis can return stronger after cancer treatment
Researchers discovered that recurring arthritis triggered by cancer immunotherapy may be driven by immune cells that remember previous attacks and return in a more aggressive state. The findings could pave the way for treatments that prevent painful flare-ups while preserving the immune system's ability to fight cancer.
Why some people escape Alzheimer’s despite carrying a high-risk gene
Scientists have discovered why some people with a high genetic risk of Alzheimer’s remain mentally sharp into their 80s, uncovering a rare mutation that protects the brain from harmful protein buildup. The findings reveal a potential new way to prevent early brain damage and could pave the way for treatments that mimic this natural defense.
Scientists discover why some people still can’t taste food after COVID-19
Scientists have uncovered a possible explanation for why some people struggle to taste food more than a year after recovering from COVID-19. By examining taste buds from patients with lingering symptoms, researchers discovered molecular abnormalities that weaken the signals responsible for detecting sweet, bitter, and savory flavors.
Just 3,000 steps a day may help slow Alzheimer's, scientists find
Walking just 3,000 steps a day could help slow Alzheimer’s-related brain changes, according to new research. Scientists discovered that physical activity was linked to less buildup of harmful tau proteins and nearly half the cognitive and functional decline, even in people already showing early signs of the disease. The strongest benefits appeared at 5,000 to 7,500 daily steps, suggesting that the popular 10,000-step goal may not be necessary.
Department of Justice to fund studies of gender dysphoria and violent behavior
Experts worry the proposed research could produce biased results
Scientists win 2026 Nobel Prize for controlling brain cells with light
A discovery in tiny algae led to a Nobel Prize-winning breakthrough that allows scientists to switch brain cells on and off using light. The revolutionary technique has already helped researchers activate memories and is opening new possibilities for restoring vision and treating brain disorders.
Imaging nanoscopic co-assemblies of α-synuclein and Tau in human samples
α-synuclein (αS), amyloid-β (Aβ), and Tau aggregates are hallmarks of many neurodegenerative diseases, yet the prevalence and nature of their nanoscopic co-assemblies remain poorly understood. Here, we adapt a single-molecule pull-down (SiMPull) assay to profile αS, Aβ, and Tau co-assemblies across post-mortem brain tissue homogenates, soluble brain fractions, human serum, cerebrospinal fluid, and saliva. We show that αS-Tau co-assemblies are abundant across all sample matrices, accounting for...
The brain of the female Anopheles gambiae mosquito at spatial and single-cell resolution
Blood feeding in Anopheles mosquitoes is at the root of all malaria infections in humans and is supported by a range of physiological and behavioral adaptations. Since behavior is orchestrated at the level of the central nervous system, we surveyed the cellular diversity and spatial organization of the female Anopheles gambiae brain and compared it to other insect species. We then describe transcriptional changes associated with mosquito life history events with single brain and single-cell RNA...
Neurophysiological signatures underlying preserved lexical-semantic proficiency in healthy aging
Although semantic cognition remains behaviorally stable with age, neuroimaging studies report age-related alterations in response to semantic context. To address these inconsistent findings, we combined behavioral and magnetoencephalography (MEG) measures and examined the neural mechanisms underlying lexical-semantic processing in healthy aging. Forty-six Finnish-speaking adults across younger (22 - 32 years) and older (62 - 69 years) cohorts performed a semantic congruency judgment task on word...