Assertion: acetylcholine | /r/HasProperty | released
Facets:
value: from the nerve
type: OTHER
value: normally
type: DEGREE
value: from the cholinergic
type: OTHER
value: from the neuron
type: LOCATION
value: from an axon terminal
type: LOCATION
Source sentences:
text: When acetylcholine is released from an axon terminal, it moves across the synaptic cleft to bind to a receptor on the other side of the synapse (on the post-synaptic membrane).
text: They work by stimulating receptors in your brain to cause more acetylcholine to be released.
text: Normally, acetylcholine is released from the neuron to stimulate the muscle, after which it is degraded by acetylcholinesterase, allowing the muscle to relax.
text: Acetylcholine, (a neurotransmitter used in skeletal muscle contraction) is released from the axon terminal of the nerve cell when an action potential reaches the microscopic junction called a synapse.
text: Normally, dopamine suppresses acetylcholine activity (no acetylcholine being released from the cholinergic axon on the right).
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: -Closed head injuries which cause acetylcholine to be released or present in the cerebrospinal fluid, causing abnormal EEG patterns, stupor, and neurological signs
text: That's significant, because acetylcholine is released when you pay attention and plays a pivotal role in both learning and memory.
text: It acts as a ‘receiver’ for the chemical signal, acetylcholine that is released from the nerve when we want to use a muscle.