You will get tired and grumpy
they go nerve to nerve till it gets to the brain first is a nerve then the dendrite then the brian
They divide.
The primary motor cortex in the brain is responsible for producing movements in the body when electrically stimulated. It is located in the frontal lobe of the cerebrum and plays a crucial role in the control and execution of voluntary movements.
When a ligand-gated channel is stimulated, the specific ligand (or chemical signal) binds to the receptor site on the channel, causing a conformational change in the channel protein. This change opens or closes the channel, allowing specific ions to flow through. This ion movement can generate an electrical signal in the cell and trigger various physiological responses.
The final step to perceiving sound involves the transmission of electrical signals from the cochlea to the auditory cortex in the brain. Here, the brain processes and interprets the signals as sound, allowing us to perceive and understand the auditory information.
When the hairs are stimulated, the "trap" closes.
they go nerve to nerve till it gets to the brain first is a nerve then the dendrite then the brian
They divide.
Her G-spot is stimulated
skin infection
The primary motor cortex in the brain is responsible for producing movements in the body when electrically stimulated. It is located in the frontal lobe of the cerebrum and plays a crucial role in the control and execution of voluntary movements.
When a ligand-gated channel is stimulated, the specific ligand (or chemical signal) binds to the receptor site on the channel, causing a conformational change in the channel protein. This change opens or closes the channel, allowing specific ions to flow through. This ion movement can generate an electrical signal in the cell and trigger various physiological responses.
the brain is essential for the movement of the earthworm. If the brain of the earthworm is removed, the earthworm will move continuously without stop
it stimulates the gastrointestinal activity
If the frontal area is death, you can stimulate it but will not get any response.
The brain can interpret stimuli when it receives signals from sensory organs through neural pathways. This allows the brain to process and make sense of the information, enabling us to perceive and respond to our environment. The interpretation of stimuli happens rapidly and continuously as the brain analyzes and integrates incoming information.
Electrical stimulation of the brain through the electrode can help determine exactly which structure is being stimulated.