Alzheimer's disease disrupts neurotransmitters, which are the chemicals that carry
messages between brain cells.
It carries important
messages between brain cells.
Because these chemicals transmit
messages between brain cells called neurons, scientists call them neurotransmitters.
Dopamine is important for transmitting
messages between brain cells, but over-active dopamine signalling may cause parts of the brain that are supposed to be separate to communicate with each other.
Not exact matches
The consumed caffeine caused dopamine, a carrier of
messages between nerve
cells in the
brain, to flood the
brain's pleasure center resulting in decreased pain sensitivity, a huge benefit for chronic pain suffers.
They collect outside the nerve
cells in the
brain and disrupt the signaling system
between neurons, blocking them from relaying
messages.
The study also suggested that the Fragile X
cells had delayed development in formation of neuronal synapses, the connections that neurons make
between regions of the
brain to send
messages.
The drug restored in the mice normal levels of serotonin, a neurotransmitter communicating
messages between nerve
cells in the
brain.
The researchers also found that these copy number variants occurred more frequently in genes involved in the function of synapses, the connections
between brain cells that transmit chemical
messages.
They homed in on astrocytes, a type of
brain cell that clears the signaling molecule glutamate out of the way after it has performed its job of delivering a
message across a synapse
between two nerve
cells.
Dopamine (DOPE - uh - meen) is a vital chemical in the
brain that serves as a signal to relay
messages between cells.
Neurons, the main communicators, form connections with other neurons via structures called dendrites, which receive the incoming electrical signals used to communicate information within and beyond the
brain, and axons that pass along the
message to the next
cell across synapses, the gaps
between cells.
It is believed that this fatty acid is so invaluable to the
brain because it contributes greatly to the formation and protection of the myelin sheath, a layer of fat that coats every axon in the
brain, helping to ensure the efficient transmission of
messages sent
between brain cells.
Apart from transmitting
messages between cells, it also helps in regulating blood circulation as well as activities of kidneys,
brain, stomach, lungs, and other organs.
«Gamma - aminobutyric acid, or GABA, is a neurotransmitter that sends chemical
messages through the
brain and the nervous system, and is involved in regulating communication
between brain cells.»
Neurotransmitters are
brain chemicals that carry
messages from one nerve
cell to the next, across gaps
between the
cells called synapses.