Not exact matches
Using a mouse model, the team also demonstrated that two processes during neurodevelopment are regulated by the gene: proliferation — the replication
of neuronal stem
cells that have the potential to become multiple different kinds
of cells, including neurons — and migration — the movement
of neurons to specific
locations in the
brain during development.
To test that idea
in the ragworm, Tomer used a technique he had developed to examine the complex
brains of small creatures with unprecedented clarity: He created a high - resolution map
of the worm's
brain cells according to the genes they express, not just their shape and
location.
«Disturbances to these processes may cause neuronal stem
cells to develop into different types
of cells or may cause neurons to migrate to different
locations in the
brain, changing neuronal circuitry and potentially leading to behavioral disorders like schizophrenia.»
«Secondary benefits
of this trial include the significant improvement
in clinical care for children with sickle
cell disease at each
of the 29 sites because each
location had a designated hematologist, neurologist, neuroradiologist and psychologist working as a team to identify and decrease further injury to the
brain in this vulnerable population.»
Using a video game
in which people navigate through a virtual town delivering objects to specific
locations, a team
of neuroscientists from the University
of Pennsylvania and Freiburg University has discovered how
brain cells that encode spatial information form «geotags» for specific memories and are activated immediately before those memories are recalled.
John O'Keefe discovered that certain
cells in a region
of the
brain called the hippocampus preferentially fired, or were activated, when an animal was
in a particular environmental
location — the first description
of «place
cells».
Neurosurgeons are partnering with chemists to develop fluorescent «labels» that can pinpoint the
location of cancerous
cells in the
brain.
A microscope image shows the
location in the
brain of a mouse where nerve
cells from the ear enter the
brain and form cup - like synaptic connections with
brain cells.