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74 notícias encontradas para "mouse"
Gene therapy restores key fragile X traits in preclinical study
A gene therapy designed to replace the missing protein that causes fragile X syndrome restored several disease-relevant traits in a mouse model, according to a new study published in Gene Therapy.
Brain's immune cells put the brakes on out-of-control circuits in mouse model of Alzheimer
Researchers at Trinity College Dublin have discovered that microglia—the main immune cells of the brain—play a critical role in maintaining the stability of neuronal networks in Alzheimer's disease. Crucially, this suggests treatments that indiscriminately suppress these cells co
Mouse model supports long-held belief that viruses can trigger Parkinson's disease
Scientists usually use animal models when studying Parkinson's disease because these models mimic the disease well. They are limited, however, because they require either gene modifications or the injection of toxicants, which may not accurately represent how the disease occurs i
Foto: Ryutaro Tsukata / Pexels
AI turns mouse movements into language-like tokens, uncovering autism-related social behav
An artificial intelligence model capable of reading and interpreting animal behavior like language has been developed by researchers at KAIST. The team created an AI model that learns behavioral data in a manner similar to natural language and was able to independently identify s
Human red blood cells form without central 'hub' seen in mouse models, upending understand
Northwestern Medicine scientists have discovered that one of the body's most fundamental biological processes—how red blood cells are made—works differently in humans than previously thought, according to a new study published in Nature Genetics. The findings overturn decades of
Foto: Ralph / Pexels
Why the back? How stroking calms infants and mouse pups
Across cultures, the way we soothe an unsettled baby tends to look much the same: hold them close and gently rub their back. The act is so familiar that it's easy to forget how little is actually understood about why it works.
Just one exposure to cocaine alters mouse brain cells for 2 weeks, research reveals
Researchers studying the impact of cocaine in mice have found that just one exposure to the drug can create changes in brain cells that persist for at least two weeks. Their findings were presented at the Federation of European Neuroscience Societies (FENS) Forum 2026.
Foto: Elena Yunina / Pexels
Brainstem neurons map whisker touch into object distance, reveals mouse study
If you are crossing an unfamiliar room in the dark, you may grope around a bit to get a sense of your space. But for many animals, feeling out a space comes more naturally. A mouse, for instance, can efficiently navigate in the dark just by grazing its whiskers against walls and
Foto: Roman Biernacki / Pexels
Gut bacteria linked to malnutrition may pass to younger generations
A study led by researchers at Washington University School of Medicine in St. Louis suggests that an intestinal disorder linked to malnutrition and stunted growth may be transmitted from one generation to the next via the small intestinal microbiome. Analyzing mouse models of the
Genome editing in rats enables more accurate estrogen receptor-positive breast cancer mode
Rat disease models have played an integral role in scientific discovery and cancer research, including Nobel Prize–winning work from Charles Huggins on hormone therapy for prostate cancer in 1966. However, technical challenges in genetic engineering of rat models have limited the
The same sounds are mapped similarly in the human and mouse brain, study finds
While exploring the world around them, both humans and other animals continuously interpret information they pick up with their sight, hearing, touch and other senses. Neuroscience research suggests that the brain does not individually process every single sensory experience, but
Mouse study uncovers how transcription factors HIF1α and HIF2α regulate different aspects
Skeletal muscles—responsible for movement, joint stabilization and postural support—are highly metabolically active and heavily reliant on oxygen during physical activity. However, conditions such as high-intensity exercise or sustained exertion frequently expose skeletal muscles