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Scents of Science

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myfusimotors

Why is a science blog named after a motor neuron? Fair question. If you landed here expecting car parts or motor repairs, I'm sorry...and also, stay. You might find something more interesting. Fusimotor neurons are a type of nerve cell in your body right now, quietly doing one of the most elegant jobs in neuroscience. They don't move your muscles directly. Instead, they adjust the sensitivity of your muscle spindles — the tiny stretch receptors embedded in your muscle fibers. In plain terms: they set the dial on how aware your nervous system is of its own body. They are the hidden calibrators of human movement, and almost nobody knows they exist. That's exactly why I named this blog after them. The best science isn't always the most famous science. Some of the most fascinating things happening inside the human body — inside your body — are invisible, unnamed, and completely overlooked. This blog exists to change that. I am a collection of water, calcium and organic molecules, but not a single one of the cells that compose me knows who I am, or cares...So why should you? Maybe because the story of what we are is more interesting than the story of who we are. That's what this blog is about. New posts go up every Tuesday and Friday. No newsletters, no algorithms — just good science writing, when you come looking for it. If you're curious about a topic, feel free to reach out. Some of my best posts have started with a reader's question. Welcome to myfusimotors. The hidden calibrators sent me. Corina.

Study finds caffeine can weaken effectiveness of certain antibiotics

Ingredients of our daily diet – including caffeine – can influence the resistance of bacteria to antibiotics. This has been shown in a new study by a team of researchers at the Universities of Tübingen and Würzburg led by Professor Ana... Continue Reading →

Black holes just proved Stephen Hawking right with the clearest signal yet

On September 14, 2015, a signal arrived on Earth, carrying information about a pair of remote black holes that had spiraled together and merged. The signal had traveled about 1.3 billion years to reach us at the speed of light—but... Continue Reading →

Untold stories

We tell ourselves stories in order to live. Without them, the world is a tangle of disconnected moments, beautiful, yes, but also frightening in its formlessness. A story gives shape to that chaos, a thread we can follow through the... Continue Reading →

Blocked blood flow makes cancer grow faster

Cutting off blood flow can prematurely age the bone marrow, weakening the immune system's ability to fight cancer, according to a new study from NYU Langone Health. Published online August 19 in JACC-CardioOncology, the study showed that peripheral ischemia-restricted blood flow in... Continue Reading →

The Umbra of Earth

The dark, inner shadow of planet Earth is called the umbra. Shaped like a cone extending into space, it has a circular cross section most easily seen during a lunar eclipse. And on the night of September 7/8 the Full Moon passed near the... Continue Reading →

The foods that delay dementia and heart disease. Backed by a 15-year study

A healthy diet can slow down the accumulation of chronic diseases in older adults, while inflammatory diets accelerate it. This is shown by a new study from Karolinska Institutet published in Nature Aging. Researchers have investigated how four different diets affect... Continue Reading →

The Great Lacerta Nebula

It is one of the largest nebulas on the sky -- why isn't it better known? Roughly the same angular size as the Andromeda Galaxy, the Great Lacerta Nebula can be found toward the constellation of the Lizard (Lacerta). The emission nebula is difficult... Continue Reading →

Life or lifestyle

She didn’t have a life, not really—she had a lifestyle. Everything about her was curated, polished, intentional. Even her thoughts felt decorated, softened at the edges, tinted in the calm, muted shade of organic cotton. There was no raw chaos... Continue Reading →

Autism symptoms vanish in mice after Stanford brain breakthrough

Stanford Medicine scientists investigating the neurological basis of autism spectrum disorder (ASD) have found that hyperactivity in a specific brain region could drive behaviors commonly associated with the disorder. Using the Cntnap2 knockout mouse model, the researchers, led by John Huguenard, PhD,... Continue Reading →

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