Using a computer model based on
direct brain recordings from epilepsy patients, they are the first to show the existence of a network of neural regions that can push or pull on the synchronization of the regions directly involved in a seizure.
Not exact matches
By providing a
direct route of communication between the
brain and artificial limbs, these arrays
record and stimulate neurons in the cerebral cortex.
The scientists then
directed LED light onto these neurons and
recorded brain stem activity — an essential integration step in auditory processing.
One limitation of the approach presented here is that the aqueous solubility of CM - MK801 (5 — 10 μM) make it less suitable for
direct injection into the
brain because of the requirement for elevated levels of co-solvents, such as dimethyl sulfoxide (DMSO)(> 0.1 %), which resulted in VTA - containing
brain slices that were unsuitable for
recordings.