The association between Mediterranean - type diet and change
in brain size across a 3 - year period in older age (73 - 76 years) is assessed in new research publishing in the journal Neurology.
Not exact matches
«
In designing brains, nature has two parameters it can play with: the size and number of neurons and the distribution of neurons across different brain centers,» said Herculano - Houzel, «and in birds we find that nature has used both of them.&raqu
In designing
brains, nature has two parameters it can play with: the
size and number of neurons and the distribution of neurons
across different
brain centers,» said Herculano - Houzel, «and
in birds we find that nature has used both of them.&raqu
in birds we find that nature has used both of them.»
Mini-brains 3 to 4 millimetres
across have been grown
in the lab before, but if a larger
brain had been created — and the press release publicising the claim said it was the
size of a pencil eraser — that would be a major breakthrough.
Twenty - seven of these mutations were
in proteins specifically associated with the nervous system, including transthyretin, which helps transport glucose
across the blood -
brain barrier, and microcephalin, which partly governs
brain and head
size.
Across nearly seven million years, the human
brain has tripled
in size, with most of this growth occurring
in the past two million years.
Amber Ruigrok, who carried out the study as part of her PhD, said: «For the first time we can look
across the vast literature and confirm that
brain size and structure are different
in males and females.
Researchers at Karolinska Institutet
in Sweden may have found the answer.According to the textbooks, our perception of
size and distance is a product of how the
brain interprets different visual cues, such as the
size of an object on the retina and its movement
across the visual field.
The clear social gradient associated with children's vocabulary, emerging literacy, well - being and behaviour is evident from birth to school entry.1 These trajectories track into adolescence and correspond to poorer educational attainment, income and health
across the life course.2 — 10 Neuroimaging research extends the evidence for these suboptimal trajectories, showing that children raised
in poverty from infancy are more likely to have delayed
brain growth with smaller volumetric
size of the regions particularly responsible for executive functioning and language.11 This evidence supports the need for further effort to redress inequities that arise from the impact of adversity during the potential developmental window of opportunity
in early childhood.