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Sorting out stroking sensations: Biologists find individual neurons in skin that react to massage
Jan. 30, 2013 The skin is a human being’s largest sensory organ, helping to distinguish between a pleasant contact, like a caress, and a negative sensation, like a pinch or a burn
Sorting out stroking sensations: Biologists find individual neurons in skin that react to massage
Jan. 30, 2013 The skin is a human being’s largest sensory organ, helping to distinguish between a pleasant contact, like a caress, and a negative sensation, like a pinch or a burn
Sorting out stroking sensations: Biologists find individual neurons in skin that react to massage
Jan. 30, 2013 The skin is a human being’s largest sensory organ, helping to distinguish between a pleasant contact, like a caress, and a negative sensation, like a pinch or a burn
Sorting out stroking sensations: Biologists find individual neurons in skin that react to massage
Jan. 30, 2013 The skin is a human being’s largest sensory organ, helping to distinguish between a pleasant contact, like a caress, and a negative sensation, like a pinch or a burn
Sorting out stroking sensations: Biologists find individual neurons in skin that react to massage
Jan. 30, 2013 The skin is a human being’s largest sensory organ, helping to distinguish between a pleasant contact, like a caress, and a negative sensation, like a pinch or a burn
Scientists learn more about how inhibitory brain cells get excited
Jan. 30, 2013 Scientists have found an early step in how the brain’s inhibitory cells get excited. A natural balance of excitement and inhibition keeps the brain from firing electrical impulses randomly and excessively, resulting in problems such as schizophrenia and seizures.
Scientists learn more about how inhibitory brain cells get excited
Jan. 30, 2013 Scientists have found an early step in how the brain’s inhibitory cells get excited. A natural balance of excitement and inhibition keeps the brain from firing electrical impulses randomly and excessively, resulting in problems such as schizophrenia and seizures.
Scientists learn more about how inhibitory brain cells get excited
Jan. 30, 2013 Scientists have found an early step in how the brain’s inhibitory cells get excited. A natural balance of excitement and inhibition keeps the brain from firing electrical impulses randomly and excessively, resulting in problems such as schizophrenia and seizures.
How brain cells shape temperature preferences
Jan. 29, 2013 While the wooly musk ox may like it cold, fruit flies definitely do not. They like it hot, or at least warm.
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