The generation of an action potential (AP) is generally considered a 'all or none' response as opposed to a graded response. This has to do mainly with single motor units. Once an AP is triggered in the neuron body (soma) the AP travels along the axon to the neuro-muscular junction where it releases acetylcholine (Ach). The muscle then either fires (if enough axons discharge) or not, but there is no halfway response.
the all or none response is when your brain has a stroke and theres this move you do that supposed to help you but if you dont do it right its a none response but if you did its an all. An all is you live while a none is you die. Taylor
all or none
The all-or-none response means that a muscle fiber contracts fully or not at all in response to a stimulus. The strength of a muscle contraction is determined by the number of muscle fibers that are recruited to contract, rather than the degree of contraction of individual muscle fibers. Therefore, the all-or-none response influences the overall strength of a muscle contraction by determining how many muscle fibers are activated.
All-or-none response.
all-or-none law is the principle that the strength by which a nerve or muscle fiber responds to a stimulus is not dependent on the strength of the stimulus. If the stimulus is any strength above threshold, the nerve or muscle fiber will give a complete response or otherwise no response at all
They include anesthetics and analgesic drugs.
An all-or-none response refers to a biological principle where a neuron or muscle fiber responds to a stimulus with a full action potential or contraction, or not at all, depending on whether the threshold level of stimulation is reached. This means that once the stimulus surpasses a certain threshold, the response is uniform and complete, regardless of the stimulus's intensity. In neurons, this phenomenon ensures that signals are transmitted consistently and effectively.
The simplest sense, the all-or-none principle of neuronal firing means that a neuron will either fire or it won't, there is no "half" firing. When a neuron receives excitatory input.
None. The man is dead.
All-or-none response means that things have to reach a certain threshold, a certain level before they happen. If it reaches that threshold, it becomes a cascading response that increases in size. If it fails to reach the threshold, well, nothing happens.
"all-or-none principle." In this principle, once the threshold for firing an action potential is reached, it will occur at full strength regardless of the strength of the stimulus that triggered it.
None. It is your response to something in the environment.