Temporary stress can trigger the release of stress hormones like cortisol and adrenaline, which help the body adapt to the situation. Physiological changes such as increased heart rate, faster breathing, and heightened alertness can occur to help cope with the stress and prepare the body for a 'fight or flight' response. Once the stressful situation passes, these physiological changes typically return to normal levels.
A physiological physical stressor is any external factor that disrupts the body's internal balance or homeostasis, leading to a stress response. Examples include intense exercise, temperature extremes, and lack of sleep. These stressors can trigger physiological changes to help the body adapt and cope with the challenging situation.
Examples of psychological responses include stress, anxiety, and fear. Examples of physiological responses include increased heart rate, sweating, and muscle tension.
Stress is caused by chemicals (e.g. cortisol) and therefore, anything that affects the production of these chemicals, affects stress. However, psychological factors affect the production of these chemicals as well.
Stress is a symptom, not an emotion. Although you might hear someone say that they're "stressed out" they more likely mean that they''re anxious, nervous, angry, depressed, etc...
The psychological effects would include things like changes in emotional mood and relaxation. The physiological effects refer to the ways the body, itself, responds, such as improvement of circulation, release of adhesions, increase in dopamine and seratonin hormones, etc.
Several factors can influence changes in physiological measurements, such as illness. There are other things that can also influence changes such as stress and the environment.
In recent years a number of researchers have argued that the stress of telling a lie yields certain physiological changes in humans Accordingly by using appropriate instruments these physiological?
Factors such as stress, exercise, diet, hydration levels, temperature, and medication can all influence changes in physiological measurements. Additionally, factors like age, gender, genetics, and underlying health conditions can also impact physiological measurements.
Factors that can affect changes in physiological measurements include environmental conditions (temperature, humidity), emotional state (stress, anxiety), physical activity levels, hydration status, medication or substance use, and underlying health conditions. It is important to consider these factors when interpreting fluctuations in physiological measurements.
Morphological or physiological change to a plant or plants during their lifetime, usually is a response to disturbance or stress. These changes are not passed on to successive generations.
Physiological responses to sadness can include increased heart rate, changes in breathing patterns, elevated levels of stress hormones such as cortisol, and alterations in brain activity that can impact mood regulation and cognitive function. These responses are part of the body's natural stress response to emotional distress.
stress
Stress can be considered both a physiological and psychological response to challenging or threatening situations. While there is a mental component to stress, it also involves physical changes in the body such as increased heart rate and release of stress hormones. Therefore, stress can be seen as a combination of mental and physical factors.
A physiological physical stressor is any external factor that disrupts the body's internal balance or homeostasis, leading to a stress response. Examples include intense exercise, temperature extremes, and lack of sleep. These stressors can trigger physiological changes to help the body adapt and cope with the challenging situation.
Two of the numerous physiological symptoms of stress are sweating and an increase in heart rate. It is important to note, however, that individuals' bodies react to stress in different ways.
psychophysiological - conditions/ stress responses that have both mind and body components
Borut Poljsak has written: 'Decreasing oxidative stress and retarding the aging process' -- subject(s): Aging, Health Behavior, Physiological effect, Oxidative stress, Oxidative Stress, Therapeutic use, Antioxidants, Physiological aspects