Researchers find that temporary double-stranded DNA breaks commonly result from normal neuron activation—but expression of an Alzheimer’s-linked protein increases the damage.
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Mice with human brain cells showed enhanced synaptic plasticity and learning, suggesting glia may be key to our cognitive prowess.
Normal proteins with regions resembling disease-causing prions are responsible for an inherited disorder that affects the brain, muscle, and bone.
Children with dyslexia have an easier time learning to read after playing action video games that don’t incorporate reading.
Blind tadpoles regain vision when new eyes are grafted onto their tails.
Transplanting mouse neurons into rats allows the neurons to survive twice as long as they would in mice.
Disruptions in the interaction between nuclear and mitochondrial DNA can lead to deficiencies in the mitochondrial energy-generating process, affecting fitness.
The brains of people who cannot hear adapt to process vision-based language, in addition to brain changes associated with the loss of auditory input.
Pro athletes can learn to parse a complicated moving visual scene faster than most.
A putative ion channel integral to mammalian hearing turns out to be an elusive salt-sensing chemoreceptor in nematode worms.
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