The theory of Hans Selye is outdated. In case of acute stress there are 3 phases 1. Shockphase: all bodymovements will stop whether you choose to flee or fight. 2. Alarmphase: fight or flight. 3. Adaptationphase: back to homeostases (cortisol) When stress takes up rather a lot of time and becomes chronic, there is a fourth phase: the exhaustion phase: adrenal fatique: the adrenal glands are running low. There is not enough cortisol to reduce the levels of epinephrine and norepinephrine.
@@TheNursingProfif an ANS/HPA problem makes a person excessively stressed, can a tics (evolutional, given that this person is happened to have a Tourette's) be his coping mechanism to feel a relief?
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Thanku sir for giving better knowledge ....
I like how he explained this. Better than my professor did.
The theory of Hans Selye is outdated. In case of acute stress there are 3 phases 1. Shockphase: all bodymovements will stop whether you choose to flee or fight. 2. Alarmphase: fight or flight. 3. Adaptationphase: back to homeostases (cortisol)
When stress takes up rather a lot of time and becomes chronic, there is a fourth phase: the exhaustion phase: adrenal fatique: the adrenal glands are running low. There is not enough cortisol to reduce the levels of epinephrine and norepinephrine.
He mentioned the exhaustion phase. Allostatic overload.
You are my nursing school hero..... OXOXOXOXO
Thank u so much sir grateful to u for explaining stress and it’s adaptation
Extremely helpful!!! Thank you so much!!
Great video and lecture, thank you!
Glad it was helpful!
@@TheNursingProfif an ANS/HPA problem makes a person excessively stressed, can a tics (evolutional, given that this person is happened to have a Tourette's) be his coping mechanism to feel a relief?
This is awesome! Thank you!
Add thyroid disease to the list of chronic stress diseases.