contusion
The total force that a muscle generates during a stimulated twitch depends on the frequency and intensity of the stimulation. In general, as the stimulation frequency increases, the force generated by the muscle also increases up to a point, where it reaches a plateau known as tetanus. After this point, increasing the stimulation frequency further does not significantly increase the force output.
It all depends on the sensory receptors affected by continuous stimulus applied. It can cause complete damage to the receptors and or prevent them from receiving the correct signals.
Electrical stimulation is typically the most effective method for nerve stimulation as it can directly trigger action potentials in the nerve fibers. Light and chemical stimuli can also stimulate nerves but are generally not as precise or efficient as electrical stimulation.
Responsiveness in living things refers to the ability of organisms to detect and respond to changes in their environment. This includes reacting to external stimuli such as light, temperature, or sound, as well as internal stimuli like hormone levels or cell damage. This capacity for responsiveness allows organisms to adapt and survive in different conditions.
Excitability or responsiveness in living organisms refers to their ability to respond to stimuli from their environment, such as changes in temperature, light, or sound. This response allows organisms to adapt and survive in their surroundings.
No, a coma is not characterized by total non-responsiveness to stimulation. While individuals in a coma may exhibit a lack of purposeful responses to external stimuli and are generally unresponsive, they can still have some reflexive responses. Coma is a state of profound unconsciousness where patients do not exhibit awareness or the ability to interact with their environment, but certain brain functions may still be active.
Non-responsiveness. Catatonia is a coma.
The sensory system can become less responsive (sensory adaptation) to a constant level of stimulation but more responsive to changes in stimulation. This allows the system to focus on detecting new or changing stimuli, which is important for survival and adapting to the environment.
Yes! Although we have total control over these muscles, they still need stimulation to contract. The difference with muscles that we don't control is that we decide if we want to make this stimulation.
The stimulation of the body refers to the activation of various physiological processes that increase alertness, energy, and responsiveness. This can occur through external factors such as exercise, stress, or environmental stimuli, which trigger the release of hormones like adrenaline and cortisol. These hormones prepare the body for action by increasing heart rate, enhancing blood flow to muscles, and improving cognitive function. Ultimately, stimulation helps the body respond effectively to challenges and demands.
The loss of responsiveness to stimuli that convey little or no information is known as habituation. This process allows organisms to filter out repetitive or non-relevant stimuli in order to focus on more important information in their environment.
external responsiveness is to meet the demands of the market.
Albert Bregman has written: 'Emotional responsiveness and non-attainment of expected winnings as factors influencing performance in a bidding game'
It is generally accepted that both nature and nurture play a role in shaping a woman's response to sexual stimulation. Biological factors such as hormones and genetics interact with psychological and environmental factors to determine individual differences in sexual responsiveness. Both nature and nurture contribute to a woman's sexual experience and behavior.
Subsensory stimulation, sensory stimulation, motor stimulation, noxious response.
The most common type of muscle simulator that is available on the buyer's market are electrical muscle stimulation devices. These types of muscle stimulation devices use an non-harmful electrical current to stimulate weak muscles.
The total force that a muscle generates during a stimulated twitch depends on the frequency and intensity of the stimulation. In general, as the stimulation frequency increases, the force generated by the muscle also increases up to a point, where it reaches a plateau known as tetanus. After this point, increasing the stimulation frequency further does not significantly increase the force output.