Resiliency
ability to adjust or recover from a stressor, threat or adversity
Managing Distress
being able to manage distress refers to learning how to cope with negative or difficult emotional states.
Learning to manage distress is a form of
Self-regulation
tipping point
when stress ad challenges exceed optimal performance and become too great to manage
the tipping point is the point at which someone begins
showing signs/symptoms of the strain/burden of perceived stress
is the tipping point the same for everyone
no
how can you conceptualize the tipping point
through stress diathesis model
stress part of stress diathesis
-stress tirggers several interconnected biological systems
-the process by which the body adapts to changes (like stress) is called allostasis
what is essential for maintaining balance in the face of challenges
allostasis
Diathesis part of stress diathesis
-concept of vulnerability
-a persons predisposition or vulnerability to a medical condition
-can be through genetic interetance, psychosocial vulnerability created by exposure to a stressor in early life, or vulnerability created by interaction between genetics and environmental factors
the stress diathesis model explains
a disorder or behaviour through an interaction between genetic predisposition and stressful exposure (acute, chronic or cumulative)
why does the tipping point vary a lot between individuals
because there is so much variability across the presence of risk factors
McEwan and Gianaros study
results indicate that stress can trigger allostasis-induced brain plasticity, suggesting that stressful experiences can affect brain structure and function
brain plasticity
the ability of the NS to change its activity in response to intrinsic or extrinsic stimuli by reorganizing its structure, functions or connections
McEwan and Gianaros study the brain and regulation findings
-brain in central in stress diathesis model
-brain determines what is threatening and what is positive experinces
-the brain is responsible for regulating an individuals physical, emotional, behavioural and cognitive responses to stressors
McEwan and Gianaros study stress findings
-stress must be balanced
-stress is manageable can lead to positive growth and adaptations (steeling effect) promoting resilience and good health
steeling effect
evidence of more resistance to later stress having successfully coped with a stress/challenge
McEwan and Gianaros study stress and health findings
-too much stress (chronic or cumulative) or acute overwhelming stress, takes a toll on the brain and body
-associated with poor mental health and physical health outcomes
McEwan and Gianaros study brain structure findings
-whens tressed the brain changes structure in an adaptive or maladaptive way
-the loss of resilience is a key feature of disorders related to stress
according to stress diathesis model: stress influences
how you think and feel emotionally and physically
stress diathesis adaptation model: percieved stress
-the brain processes information from internal and external environment
-given genetics and life experience your brain processes the same stress differently
-these factors determine level of perceived stress
stress diathesis adaptation model: physiological responses
-responses to stress include metabolism, heart rate, anxiety, emotions, how you speak to yourself and behave
-responses result via the HPA axis, the autonomic NS, the metabolic system, the gut, and the immune system
stress diathesis adaptation model: allostatic load
-the wear and tear on the body and brain resulting from chronic dysregulation or overactivity
-interventions to alleviate the allostatic load include healthy diety, sleep, exercise, social support, connectedness
-participating in ways to relieve allostatic load may also help develop resilience in the event of adversity
Genetics x Environment (GxE interactions influence susceptibility to all experiences by:
reducing risks and flourish