Emma Yasinski is a freelance writer covering biology, neuroscience and medicine. Her stories have appeared in The Scientist, Discover Magazine, Smithsonian Magazine, Kaiser Health News and other publications. Yasinski has an M.Sc. in science and medical journalism from Boston University and a B.S. in neuroscience from Lafayette College in Easton, Pennsylvania.
Emma Yasinski
Contributing writer
From this contributor
Parental care may sculpt brain development in prairie voles
Voles reared primarily by their fathers show altered synapse density.
Parental care may sculpt brain development in prairie voles
Social-pragmatic difficulties common with autism, other diagnoses
A standard questionnaire can help identify social (pragmatic) communication disorder more readily in school-age children.
Social-pragmatic difficulties common with autism, other diagnoses
Fragile X neurons develop atypically in chimeric mice
After a brain transplant of reprogrammed human cells, the animals can for the first time recapitulate some neuronal changes seen in people with fragile X syndrome.
Fragile X neurons develop atypically in chimeric mice
Inflexible thinking in adolescence linked to emotional, behavioral issues in adulthood
Treating cognitive inflexibility — for example, by practicing problem-solving — might help ease anxiety and depression in autistic people.
Inflexible thinking in adolescence linked to emotional, behavioral issues in adulthood
Mutations linked to autism may be detectable in men’s sperm
An advanced DNA-sequencing technique has identified gene-damaging mutations, some with ties to autism, in about 1 in 15 men.
Mutations linked to autism may be detectable in men’s sperm
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Single gene sways caregiving circuits, behavior in male mice
Brain levels of the agouti gene determine whether African striped mice are doting fathers—or infanticidal ones.
Single gene sways caregiving circuits, behavior in male mice
Brain levels of the agouti gene determine whether African striped mice are doting fathers—or infanticidal ones.
Inner retina of birds powers sight sans oxygen
The energy-intensive neural tissue relies instead on anaerobic glucose metabolism provided by the pecten oculi, a structure unique to the avian eye.
Inner retina of birds powers sight sans oxygen
The energy-intensive neural tissue relies instead on anaerobic glucose metabolism provided by the pecten oculi, a structure unique to the avian eye.
Neuroscience needs single-synapse studies
Studying individual synapses has the potential to help neuroscientists develop new theories, better understand brain disorders and reevaluate 70 years of work on synaptic transmission plasticity.
Neuroscience needs single-synapse studies
Studying individual synapses has the potential to help neuroscientists develop new theories, better understand brain disorders and reevaluate 70 years of work on synaptic transmission plasticity.