Tag Archive for ‘neuroscience’

What sea turtles can teach us about hypoxia tolerance

Imagine being able to explore the Earth’s oceans without needing special oxygen equipment. Loggerhead sea turtles have this ability and can actually hold their breath for up to 7 hours! According to the Guiness Book of World Records, Budimir Šobat from Croatia set the record in 2021 for being able to hold his breath for 24 minutes and 37.36 seconds underwater. While quite remarkable, he would need to hold his […]

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Flexible hypoxia tolerance in frogs

In a new study published in The Journal of Neuroscience and presented at the American Physiology Summit earlier this month, graduate student Nikolaus Bueschke, postdoctoral fellow Dr. Lara Amaral-Silva and Dr. Joseph Santin (University of Missouri, Columbia) together with researchers Min Hu and Alvaro Alvarez (University of North Carolina at Greensboro), explored how bullfrogs (Lithobates catesbeianus) emerging from hibernation tolerate hypoxia while they kickstart physiological functions in ice-covered ponds. This […]

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Scientists get a glimpse of what makes cephalopods so smart

From walking on land, to solving complex problems, cephalopods continue to amaze us with their intelligence and nervous system development. In a new study published in Current Biology, Dr. Wen-Sung Chung from the University of Queensland Brain Institute and colleagues decided to take a closer look at what makes their brains unique using MRI imaging. Compared to other invertebrates, cephalopods are rather brainy. In fact, some cephalopods have over 500 […]

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Personal space neurons

Do you ever get an annoying feeling when people invade your personal space? Or move without even thinking about it when something is suddenly coming at you? Turns out, we really do live in our own bubbles and we have special neurons, called peripersonal neurons, that are responsible for sensing that space and sending feedback to our brains. It is thought that these neurons are important for sensing approaching dangers […]

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Human Echolocation

Bats and dolphins are famous for using echolocation to help navigate their surroundings. In contrast, humans normally rely on vision to navigate. When vision is impaired, however, we can learn to rely on echolocation. Although it is rare to find people who rely solely on hearing:

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Stem cell implant regrows axons in monkeys with spinal cord injury

  A new study published yesterday in Nature Medicine, presents research showing that grafting human neural stem cells into the spine of rhesus monkeys with recent spinal cord injuries improves the animal’s ability to grasp oranges. The researchers found that grafted stem cells matured into neurons (image below) that began connecting with the monkey’s existing neurons. This was the first time this type of research was performed in primates and may thus […]

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