A little stress every now and then is not something to be concerned about. Ongoing, chronic stress, however, can cause or exacerbate many serious health problems, including.
Mental health problems, such as depression, anxiety, and personality disorders
Cardiovascular disease, including heart disease, high blood pressure, abnormal heart rhythms, heart attacks, and stroke
Obesity and other eating disorders
Menstrual problems
Ongoing chronic stress, however can cause or exacerbate many serious health problems, including: Mental health problems such as anxiety, depression and personality disorders.
Cardiovascular diseases, including heart disease, high blood pressure, abnormal heart rhythms, heart attacks, and stroke.
This document discusses stress and its effects on the body and brain. It describes how stress is processed by the hypothalamic-pituitary-adrenal (HPA) axis and hormones like cortisol. Prolonged or chronic stress can lead to allostatic load, damaging the hippocampus and amygdala over time and impairing memory, cognitive function, and immune response. The brain plays a key role in perceiving and responding to stressors, and rewiring of neural pathways through extinction learning in the prefrontal cortex is important for overcoming fear responses.
Stress is the body's response to any demand placed on it and can be caused by both external and internal factors. The body responds to stress through the hypothalamic-pituitary-adrenal axis and sympathetic nervous system, which trigger the release of hormones like cortisol and neurotransmitters like epinephrine that prepare the body for the fight-or-flight response. While stress responses evolved to be helpful in the short term, prolonged stress over time can negatively impact health and increase risks of diseases and unhealthy behaviors. Managing stress through exercise, meditation, relaxation techniques, and maintaining social support networks can help mitigate stress's harmful effects.
Hormones affect almost every system in the body and can be classified by their structure and function. The document discusses steroid and peptide hormones and how hormones maintain homeostasis and control reproductive functions. It also examines the hierarchical control of hormones and how stress hormones like cortisol are involved in the fight or flight response during times of stress. Sex hormones contribute to differences in brain structure and cognitive abilities between males and females.
The document discusses the hypothalamic-pituitary-adrenal (HPA) axis and its role in the central stress response system. The HPA axis activates in response to stressors and involves the hypothalamus releasing corticotropin-releasing factor (CRF) which stimulates the pituitary gland to release adrenocorticotropic hormone (ACTH). ACTH then signals the adrenal cortex to secrete cortisol, helping the body adapt. If stress continues long-term, the HPA axis can become dysregulated, impairing the body's defenses and health. The General Adaptation Syndrome model also describes the three stages - alarm, resistance, and exhaustion - that the body progresses
Stress results from a change in the environment that is perceived as a challenge, a threat, or a danger and can have both positive and negative effects.
Understanding the stress response
Hormonal response to stress
The two-waves response
Concentrating on Glucocorticoids (GCs)
GCs into the brain
Mood and depression
Reproduction
Mr. Anil Lioswami, a 57-year-old man with epilepsy, alcoholism, and tobacco addiction, fell down stairs after excessive alcohol consumption and lost consciousness. He was admitted to the emergency room with head bleeding and low blood pressure and oxygen levels. He required intubation and was transferred to the ICU for treatment of a severe head injury.
This document discusses stress and its effects on the body and brain. It describes how stress is processed by the hypothalamic-pituitary-adrenal (HPA) axis and hormones like cortisol. Prolonged or chronic stress can lead to allostatic load, damaging the hippocampus and amygdala over time and impairing memory, cognitive function, and immune response. The brain plays a key role in perceiving and responding to stressors, and rewiring of neural pathways through extinction learning in the prefrontal cortex is important for overcoming fear responses.
Stress is the body's response to any demand placed on it and can be caused by both external and internal factors. The body responds to stress through the hypothalamic-pituitary-adrenal axis and sympathetic nervous system, which trigger the release of hormones like cortisol and neurotransmitters like epinephrine that prepare the body for the fight-or-flight response. While stress responses evolved to be helpful in the short term, prolonged stress over time can negatively impact health and increase risks of diseases and unhealthy behaviors. Managing stress through exercise, meditation, relaxation techniques, and maintaining social support networks can help mitigate stress's harmful effects.
Hormones affect almost every system in the body and can be classified by their structure and function. The document discusses steroid and peptide hormones and how hormones maintain homeostasis and control reproductive functions. It also examines the hierarchical control of hormones and how stress hormones like cortisol are involved in the fight or flight response during times of stress. Sex hormones contribute to differences in brain structure and cognitive abilities between males and females.
The document discusses the hypothalamic-pituitary-adrenal (HPA) axis and its role in the central stress response system. The HPA axis activates in response to stressors and involves the hypothalamus releasing corticotropin-releasing factor (CRF) which stimulates the pituitary gland to release adrenocorticotropic hormone (ACTH). ACTH then signals the adrenal cortex to secrete cortisol, helping the body adapt. If stress continues long-term, the HPA axis can become dysregulated, impairing the body's defenses and health. The General Adaptation Syndrome model also describes the three stages - alarm, resistance, and exhaustion - that the body progresses
Stress results from a change in the environment that is perceived as a challenge, a threat, or a danger and can have both positive and negative effects.
Understanding the stress response
Hormonal response to stress
The two-waves response
Concentrating on Glucocorticoids (GCs)
GCs into the brain
Mood and depression
Reproduction
Mr. Anil Lioswami, a 57-year-old man with epilepsy, alcoholism, and tobacco addiction, fell down stairs after excessive alcohol consumption and lost consciousness. He was admitted to the emergency room with head bleeding and low blood pressure and oxygen levels. He required intubation and was transferred to the ICU for treatment of a severe head injury.
This document provides an overview of measuring autonomic nervous system regulation through various physiological tools. It begins with background on the autonomic nervous system and its role in the stress response. Tools that can measure aspects of the autonomic nervous system like cardiac, skin conductance, respiratory, and vascular activity are identified. A decision tree is provided to help choose the best tools depending on setting, purpose, ease of use, and validity. The goal is to use these tools to measure changes in autonomic nervous system activation from techniques like mind-body skills and monitor ability to return to homeostasis after stress.
The document summarizes the effects of stress on the body. It describes how the hypothalamus-pituitary-adrenal axis activates the release of stress hormones like cortisol in response to stress. Short term elevation of cortisol provides energy, but long term stress leads to issues like weakened immune system. Physical effects of stress include headaches, stomach issues, rapid breathing and heart rate changes. Psychological impacts incorporate anxiety, depression and anger. Stress can also influence behaviors such as overeating, smoking and social withdrawal.
The document discusses the history and theories of stress. It describes Hans Selye's theory of the general adaptation syndrome consisting of alarm, resistance, and exhaustion stages. Walter Cannon's work on homeostasis and the fight or flight response is also discussed. Theories by Richard Lazarus on cognitive appraisal of stressors and physiological responses involving the sympathetic nervous system, HPA axis, and immune system are summarized.
Homeostasis involves feedback mechanisms that help regulate the body's response to disruptions. The medulla oblongata, pituitary gland, and reticular formation are involved in controlling vital functions like respiration and circulation. Negative feedback works to restore homeostasis, while positive feedback triggers additional hormone secretion. Stress can lead to disease if the body cannot adapt. Nursing interventions for shock include maintaining airway and circulation, administering IV fluids and blood products, and closely monitoring the patient.
The document summarizes Hans Selye's General Adaptation Syndrome, which describes the body's three-stage response to stressors:
1. The alarm reaction stage is the body's initial emergency response mediated by the sympathetic nervous system.
2. In the resistance stage, the body resists the continuous effects of stressors through hormonal responses like cortisol production. However, prolonged high cortisol levels can impair the body's ability to fight infection.
3. The exhaustion stage occurs when the body's ability to respond to stressors is seriously compromised, potentially leading to diseases, infections, and other issues if stressors continue unrelieved.
The General Adaptation Syndrome model proposed by Hans Selye describes the body's three stage response to stress: 1) the alarm stage triggers the fight or flight response, 2) the resistance stage sees the body trying to adapt to the stressor through the release of hormones, 3) the exhaustion stage occurs if stress is prolonged, depleting all energy and increasing susceptibility to disease. The response depends on the intensity and individual perception of the stressor, with chronic stress having severe physical and emotional impacts including suppression of the immune system.
Here are some effective time management strategies:
- Do one thing at a time and avoid multitasking. This helps you focus completely on the task at hand.
- Prioritize tasks by importance and urgency. Make sure to allocate sufficient time to complete high priority tasks.
- Plan your day and week in advance. Scheduling helps avoid procrastination and ensures all tasks are completed on time.
- Track how you spend your time. This helps identify where you can optimize your schedule.
- Set goals and deadlines. Having targets keeps you motivated and on track.
- Learn to say no. Avoid taking on too many commitments that you can't realistically complete.
- Take regular breaks
Regular yoga practice can help heal and transform those affected by cancer in several ways. Yoga postures stretch muscles and ligaments, activate the parasympathetic nervous system to induce relaxation, improve blood circulation, and tone muscles. This helps activate the body's self-healing mechanisms. Over six months, yoga can induce physical changes like increased flexibility and respiratory efficiency. It can also produce psychological benefits like reduced depression and a more relaxed outlook. Mentally, yoga helps control the mind and reduce negative thoughts. On a spiritual level, it can improve awareness, induce meditative states, and provide a sense of peace and purpose.
The document summarizes the endocrinal response to stress. It discusses how stress activates the hypothalamic-pituitary-adrenal axis through corticotropin-releasing factor (CRF) and arginine vasopressin (AVP). CRF plays a central role in regulating the stress response and release of adrenocorticotropic hormone (ACTH) from the pituitary gland which then stimulates glucocorticoid release from the adrenal cortex. Glucocorticoids provide feedback inhibition of the HPA axis to terminate the stress response.
Eustress refers to beneficial or "good" stress that can come from psychological, physical, or biochemical sources. It was coined by endocrinologist Hans Selye to describe stress that has positive effects, such as exercise or hormesis. Eustress was explored in a stress model by Richard Lazarus and involves a positive cognitive response to stress, giving one feelings of fulfillment or other positive emotions. Whether a stressor causes eustress depends more on one's perception of it and feelings of control, desirability, and timing rather than the stressor itself. Potential signs of eustress include responding to stress with meaning, hope, or vigor, and it has been linked to greater life satisfaction and
Meditative techniques can produce mental, emotional, and physical benefits. They work by changing consciousness, which alters the energy field and thereby changes the physical body. Specific techniques like mantra repetition and breath awareness can lift the mind from an ordinary to expanded state of awareness over time. Research shows meditation can positively impact brain structure, immune function, heart health, and disease management. It may reduce stress, anxiety, depression and blood pressure while improving focus, creativity and overall well-being.
This document discusses the relationship between stress and the immune system. It provides three main theories on how psychological stress can impact immunity. The first theory proposed by Hans Selye suggested that stress globally suppresses the immune system. The second theory proposed by Robert Ader found that immune responses could be classically conditioned. The third theory discussed how stress activates the HPA axis and increases cortisol levels, which can impair immune function. The document also describes the components and functions of the innate and adaptive immune system, and how different types of stressors like acute and chronic stress can influence immune cells and cytokines. Research evidence is presented showing that stress can reduce resistance to illness by suppressing immunity.
Hans Selye first coined the term "stress" in 1936 to refer to the body's non-specific response to demands for change. There are various definitions of stress, including the body's reaction to adjustments, demands placed on a person, or excessive pressures. Stress can be caused by factors like fear, worry, environmental pressures, fatigue, and overwork. Effects of stress depend on individual characteristics and can include physical and emotional impacts. Theories of stress include James-Lange's theory that physiological arousal leads to emotional interpretation, Cannon-Bard's view of simultaneous arousal and emotion, and cognitive appraisal theory where thinking determines the emotional response after an event.
This document discusses psycho neuroimmunology, which is the study of the interaction between psychological processes, the nervous system, and the immune system. It introduces key concepts like the mind-body connection, the role of stress and emotions in immune function, and the involvement of the hypothalamic-pituitary-adrenal axis and neurotransmitters. Chronic stress can compromise immune function and increase depression and disease risk by impacting neurogenesis in the hippocampus. Psychological interventions may boost immune responses to help fight cancer and other illnesses.
Regular practice of pranayama or yogic breathing techniques over 6 months can have significant mental, physical, and spiritual benefits. It can help reduce stress, anxiety, inflammation, and regulate blood sugar levels by inducing coherence between the rhythms of the autonomous physiological functions. Specific pranayama techniques are used in yoga therapy for cancer treatment and overall body cleansing. Pranayama activates the cortex to help manage emotions and reactions, leading to increased calmness and clarity when practiced long-term.
Chanting has physical and mental health benefits according to research. The rhythmic tones of chanting create neurological and psycholinguistic effects in the body that produce curative chemicals in the brain. Chanting also vibrates the bones, muscles, and fluids, and balances brainwaves after a few minutes while increasing muscle and skin temperatures. Group chanting creates a collective resonance effect that magnifies individual benefits. Maintaining 6 breaths per minute through chanting induces coherence between physiological functions, improving immune function, reducing inflammation, and regulating blood sugar levels. Chanting also benefits the body by relaxing the body and mind, managing thoughts, and regulating body systems like the immune system and blood pressure.
This document provides an overview of stress, adaptation, and models of the stress response. It discusses how stress is the body's reaction to demands placed on it and outlines Hans Selye's general adaptation syndrome with its three stages of alarm, resistance, and exhaustion in response to stressors. It also examines physiological mediators of the stress response like the hypothalamic-pituitary-adrenal axis and sympathetic nervous system and models like the local adaptation syndrome. Coping mechanisms, appraisal of events, and social support systems are described as influencing adaptation to psychological stressors.
The document discusses various models and concepts related to stress and adaptation. It describes Selye's general adaptation syndrome which outlines three stages - alarm reaction, resistance and exhaustion - that the body goes through in response to stress. It also discusses Hans Selye's model of stress involving the body's non-specific response to demands or stressors. Additionally, it outlines phases of disaster response and describes response-based models of stress including Stuart's stress adaptation model and its focus on behaviors, precipitating events, perception of events, support systems and coping mechanisms.
The document discusses stress, its types (eustress and distress), stages (alarm, resistance, exhaustion), physiology involving the sympathetic-adreno-medullary axis and hypothalamus-pituitary-adrenal axis. It then covers stress-related disorders like depression and diabetes, their symptoms, diagnosis, relation to stress, and management using yoga and naturopathy. It also discusses lifestyle-related disorders like obesity and their prevention and management with yoga and naturopathy case studies provided as examples.
AQA ALevel Psychology A Unit 2 Stress revision guideShannon Begley
Stress is both a psychological and physiological response to demanding situations. When the body detects a stressor, the sympathetic nervous system activates the fight-or-flight response. This increases heart rate and inhibits non-essential functions to mobilize the body for action. Prolonged stress can negatively impact the immune system and increase risks for diseases over time through direct biological effects, maladaptive coping behaviors, and emotionally-mediated impacts on health habits.
This document provides an overview of measuring autonomic nervous system regulation through various physiological tools. It begins with background on the autonomic nervous system and its role in the stress response. Tools that can measure aspects of the autonomic nervous system like cardiac, skin conductance, respiratory, and vascular activity are identified. A decision tree is provided to help choose the best tools depending on setting, purpose, ease of use, and validity. The goal is to use these tools to measure changes in autonomic nervous system activation from techniques like mind-body skills and monitor ability to return to homeostasis after stress.
The document summarizes the effects of stress on the body. It describes how the hypothalamus-pituitary-adrenal axis activates the release of stress hormones like cortisol in response to stress. Short term elevation of cortisol provides energy, but long term stress leads to issues like weakened immune system. Physical effects of stress include headaches, stomach issues, rapid breathing and heart rate changes. Psychological impacts incorporate anxiety, depression and anger. Stress can also influence behaviors such as overeating, smoking and social withdrawal.
The document discusses the history and theories of stress. It describes Hans Selye's theory of the general adaptation syndrome consisting of alarm, resistance, and exhaustion stages. Walter Cannon's work on homeostasis and the fight or flight response is also discussed. Theories by Richard Lazarus on cognitive appraisal of stressors and physiological responses involving the sympathetic nervous system, HPA axis, and immune system are summarized.
Homeostasis involves feedback mechanisms that help regulate the body's response to disruptions. The medulla oblongata, pituitary gland, and reticular formation are involved in controlling vital functions like respiration and circulation. Negative feedback works to restore homeostasis, while positive feedback triggers additional hormone secretion. Stress can lead to disease if the body cannot adapt. Nursing interventions for shock include maintaining airway and circulation, administering IV fluids and blood products, and closely monitoring the patient.
The document summarizes Hans Selye's General Adaptation Syndrome, which describes the body's three-stage response to stressors:
1. The alarm reaction stage is the body's initial emergency response mediated by the sympathetic nervous system.
2. In the resistance stage, the body resists the continuous effects of stressors through hormonal responses like cortisol production. However, prolonged high cortisol levels can impair the body's ability to fight infection.
3. The exhaustion stage occurs when the body's ability to respond to stressors is seriously compromised, potentially leading to diseases, infections, and other issues if stressors continue unrelieved.
The General Adaptation Syndrome model proposed by Hans Selye describes the body's three stage response to stress: 1) the alarm stage triggers the fight or flight response, 2) the resistance stage sees the body trying to adapt to the stressor through the release of hormones, 3) the exhaustion stage occurs if stress is prolonged, depleting all energy and increasing susceptibility to disease. The response depends on the intensity and individual perception of the stressor, with chronic stress having severe physical and emotional impacts including suppression of the immune system.
Here are some effective time management strategies:
- Do one thing at a time and avoid multitasking. This helps you focus completely on the task at hand.
- Prioritize tasks by importance and urgency. Make sure to allocate sufficient time to complete high priority tasks.
- Plan your day and week in advance. Scheduling helps avoid procrastination and ensures all tasks are completed on time.
- Track how you spend your time. This helps identify where you can optimize your schedule.
- Set goals and deadlines. Having targets keeps you motivated and on track.
- Learn to say no. Avoid taking on too many commitments that you can't realistically complete.
- Take regular breaks
Regular yoga practice can help heal and transform those affected by cancer in several ways. Yoga postures stretch muscles and ligaments, activate the parasympathetic nervous system to induce relaxation, improve blood circulation, and tone muscles. This helps activate the body's self-healing mechanisms. Over six months, yoga can induce physical changes like increased flexibility and respiratory efficiency. It can also produce psychological benefits like reduced depression and a more relaxed outlook. Mentally, yoga helps control the mind and reduce negative thoughts. On a spiritual level, it can improve awareness, induce meditative states, and provide a sense of peace and purpose.
The document summarizes the endocrinal response to stress. It discusses how stress activates the hypothalamic-pituitary-adrenal axis through corticotropin-releasing factor (CRF) and arginine vasopressin (AVP). CRF plays a central role in regulating the stress response and release of adrenocorticotropic hormone (ACTH) from the pituitary gland which then stimulates glucocorticoid release from the adrenal cortex. Glucocorticoids provide feedback inhibition of the HPA axis to terminate the stress response.
Eustress refers to beneficial or "good" stress that can come from psychological, physical, or biochemical sources. It was coined by endocrinologist Hans Selye to describe stress that has positive effects, such as exercise or hormesis. Eustress was explored in a stress model by Richard Lazarus and involves a positive cognitive response to stress, giving one feelings of fulfillment or other positive emotions. Whether a stressor causes eustress depends more on one's perception of it and feelings of control, desirability, and timing rather than the stressor itself. Potential signs of eustress include responding to stress with meaning, hope, or vigor, and it has been linked to greater life satisfaction and
Meditative techniques can produce mental, emotional, and physical benefits. They work by changing consciousness, which alters the energy field and thereby changes the physical body. Specific techniques like mantra repetition and breath awareness can lift the mind from an ordinary to expanded state of awareness over time. Research shows meditation can positively impact brain structure, immune function, heart health, and disease management. It may reduce stress, anxiety, depression and blood pressure while improving focus, creativity and overall well-being.
This document discusses the relationship between stress and the immune system. It provides three main theories on how psychological stress can impact immunity. The first theory proposed by Hans Selye suggested that stress globally suppresses the immune system. The second theory proposed by Robert Ader found that immune responses could be classically conditioned. The third theory discussed how stress activates the HPA axis and increases cortisol levels, which can impair immune function. The document also describes the components and functions of the innate and adaptive immune system, and how different types of stressors like acute and chronic stress can influence immune cells and cytokines. Research evidence is presented showing that stress can reduce resistance to illness by suppressing immunity.
Hans Selye first coined the term "stress" in 1936 to refer to the body's non-specific response to demands for change. There are various definitions of stress, including the body's reaction to adjustments, demands placed on a person, or excessive pressures. Stress can be caused by factors like fear, worry, environmental pressures, fatigue, and overwork. Effects of stress depend on individual characteristics and can include physical and emotional impacts. Theories of stress include James-Lange's theory that physiological arousal leads to emotional interpretation, Cannon-Bard's view of simultaneous arousal and emotion, and cognitive appraisal theory where thinking determines the emotional response after an event.
This document discusses psycho neuroimmunology, which is the study of the interaction between psychological processes, the nervous system, and the immune system. It introduces key concepts like the mind-body connection, the role of stress and emotions in immune function, and the involvement of the hypothalamic-pituitary-adrenal axis and neurotransmitters. Chronic stress can compromise immune function and increase depression and disease risk by impacting neurogenesis in the hippocampus. Psychological interventions may boost immune responses to help fight cancer and other illnesses.
Regular practice of pranayama or yogic breathing techniques over 6 months can have significant mental, physical, and spiritual benefits. It can help reduce stress, anxiety, inflammation, and regulate blood sugar levels by inducing coherence between the rhythms of the autonomous physiological functions. Specific pranayama techniques are used in yoga therapy for cancer treatment and overall body cleansing. Pranayama activates the cortex to help manage emotions and reactions, leading to increased calmness and clarity when practiced long-term.
Chanting has physical and mental health benefits according to research. The rhythmic tones of chanting create neurological and psycholinguistic effects in the body that produce curative chemicals in the brain. Chanting also vibrates the bones, muscles, and fluids, and balances brainwaves after a few minutes while increasing muscle and skin temperatures. Group chanting creates a collective resonance effect that magnifies individual benefits. Maintaining 6 breaths per minute through chanting induces coherence between physiological functions, improving immune function, reducing inflammation, and regulating blood sugar levels. Chanting also benefits the body by relaxing the body and mind, managing thoughts, and regulating body systems like the immune system and blood pressure.
This document provides an overview of stress, adaptation, and models of the stress response. It discusses how stress is the body's reaction to demands placed on it and outlines Hans Selye's general adaptation syndrome with its three stages of alarm, resistance, and exhaustion in response to stressors. It also examines physiological mediators of the stress response like the hypothalamic-pituitary-adrenal axis and sympathetic nervous system and models like the local adaptation syndrome. Coping mechanisms, appraisal of events, and social support systems are described as influencing adaptation to psychological stressors.
The document discusses various models and concepts related to stress and adaptation. It describes Selye's general adaptation syndrome which outlines three stages - alarm reaction, resistance and exhaustion - that the body goes through in response to stress. It also discusses Hans Selye's model of stress involving the body's non-specific response to demands or stressors. Additionally, it outlines phases of disaster response and describes response-based models of stress including Stuart's stress adaptation model and its focus on behaviors, precipitating events, perception of events, support systems and coping mechanisms.
The document discusses stress, its types (eustress and distress), stages (alarm, resistance, exhaustion), physiology involving the sympathetic-adreno-medullary axis and hypothalamus-pituitary-adrenal axis. It then covers stress-related disorders like depression and diabetes, their symptoms, diagnosis, relation to stress, and management using yoga and naturopathy. It also discusses lifestyle-related disorders like obesity and their prevention and management with yoga and naturopathy case studies provided as examples.
AQA ALevel Psychology A Unit 2 Stress revision guideShannon Begley
Stress is both a psychological and physiological response to demanding situations. When the body detects a stressor, the sympathetic nervous system activates the fight-or-flight response. This increases heart rate and inhibits non-essential functions to mobilize the body for action. Prolonged stress can negatively impact the immune system and increase risks for diseases over time through direct biological effects, maladaptive coping behaviors, and emotionally-mediated impacts on health habits.
This document discusses psychosomatic disorders, which involve physical symptoms caused by mental or emotional factors rather than physical pathology. It defines psychosomatic disorders and outlines the psychological and physiological mechanisms by which stress can influence bodily functions. Specifically, it describes how stress activates the hypothalamic-pituitary-adrenal axis and sympathetic nervous system, releasing hormones like cortisol and catecholamines that can induce immune, inflammatory, and pain responses when the body is chronically stressed. The document also introduces the concept of somatization, where psychological distress becomes manifested as physical symptoms.
Stress is the body's response to any demand placed on it and can be caused by both external and internal factors. The general adaptation syndrome describes the typical three stage physiological response to stress as the alarm reaction, resistance, and exhaustion stages. The alarm reaction prepares the body for fight or flight. During the resistance stage the body tries to repair itself if the stressor is overcome. Prolonged stress can lead to exhaustion where the body becomes drained and less able to cope with stressors.
1. The document discusses the neurobiology of stress, including how stress is defined and the physiological stress response pathways in the body. It describes the stress response as involving the nervous, neuroendocrine, and endocrine systems.
2. Key parts of the stress response include the activation of the sympathetic nervous system and HPA axis, resulting in the "fight or flight" response. Prolonged stress can impact various organ systems in the body as target organs.
3. Coping strategies are discussed as ways to potentially attenuate the stress response and reestablish homeostasis, with adaptive coping being more beneficial than maladaptive coping.
Stressors and reaction related to disease processShivangi sharma
The document discusses various stressors and their effects on physical and mental health, defining stress and outlining models of the stress response. It also examines the nurse's role in assessing a patient's stressors, coping mechanisms, and diagnosing conditions related to maladaptive stress responses such as anxiety or impaired adjustment. Crisis intervention is also addressed, with summaries of several common models for responding to crises.
This document discusses stress, its effects on health, and strategies for managing stress. It defines stress and describes the two main stress responses: the short-term fight-or-flight response and the long-term general adaptation syndrome. Prolonged or chronic stress can negatively impact physical and mental health by increasing risks of illnesses like heart disease, suppressing the immune system, and potentially intensifying medical conditions. While stress hormones can boost short-term performance, constant stress typically harms work and social functioning. The document recommends time management, prioritization, exercise, relaxation, and seeking social support to help reduce stress.
The document discusses stress, its biological and physiological effects, and its impact on health. It defines stress and explains the body's stress response through the hypothalamic-pituitary-adrenal axis and sympathetic nervous system, which results in increased cortisol release and the fight-or-flight response. Prolonged or frequent stress activation can lead to allostatic load and increased risk of health issues like cardiovascular disease through sustained changes in immune, cardiovascular and stress response systems. Stress is also linked to depression, memory deficits, and reduced hippocampal volume, with implications for learning. Racial discrimination is positively associated with stress levels and negatively with mental health and wellbeing.
This document discusses the hypothalamic-pituitary-adrenal (HPA) axis and its role in the stress response. It covers how the HPA axis is activated through neuronal signaling pathways in response to stress. It also discusses potential disturbances to the HPA axis from factors like traumatic brain injury, prenatal stress, genetics and neurodegenerative diseases. Finally, it outlines treatments for dysregulation of the HPA axis, including lifestyle interventions, nutritional supplements, and antidepressant medications that aim to help the body better manage stress responses.
This document defines emotion and discusses its key elements and characteristics. It can be summarized as:
1. Emotion is defined as a complex state involving feelings, physiological arousal, and behaviors that are influenced by thoughts and culture. It results from internal or external stimuli.
2. The brain and autonomic nervous system play a role in physiological responses to emotions like increased heart rate and hormone release. Structures like the limbic system are involved in emotional expression.
3. Emotions have universal facial expressions and are communicated through various channels like eye contact, body language, and tone of voice. They motivate behaviors like fighting or fleeing dangerous situations.
The document discusses stress, its causes and effects on the body. It describes Hans Selye's seminal work identifying the general adaptation syndrome consisting of alarm, resistance and exhaustion stages. It also discusses Richard Lazarus' model of stress involving primary and secondary appraisals and stress responses like coping mechanisms. Various physiological effects of stress are explained like increased heart rate and the "fight or flight" response. Prolonged stress is linked to many illnesses. The role of hormones like adrenaline and neurotransmitters like glutamine in the body's response to stress is covered.
Psycho dynamics & patho physiology of diseasesJyoti Kathwal
The document discusses stress and the body's physical response to stress. It describes the three stages of the general adaptation syndrome (GAS) according to Hans Selye: alarm reaction, resistance, and exhaustion. It also discusses the autonomic nervous system and its role in the fight or flight response to stress. Finally, it provides an overview of stressors and their classification as internal or external, acute, chronic intermittent, or chronic enduring.
This document discusses stress, anxiety disorders, and their causes and treatment. It defines stress and describes the general adaptation syndrome model of stress involving alarm, resistance, and exhaustion stages. It also discusses types of stress including eustress and distress. Causes of stress include person-environment transactions, life events, and genetics. Treatment of anxiety disorders involves psychotherapy such as cognitive behavioral therapy to change thoughts and behaviors, as well as pharmacotherapy.
This document provides an overview of stress, including its definition, types, causes, biological mechanisms, effects, and management. It defines stress as the body's reaction to excessive demands or pressures, and notes there are three main types: acute, episodic, and chronic stress. The biological mechanisms of stress involve the hypothalamus-pituitary-adrenal axis activating a stress response through the release of cortisol and other hormones. Prolonged stress can negatively impact physical and mental health. Effective stress management includes identifying stressors, adapting coping strategies, and accepting what cannot be changed.
This presentation gives a complete brief about stress adaptation and management of stress.This describes the definition of stress, pathophysiology of stress adaptation, clinical signs of stress, phases of stress , common type of stressors and the nursing interventions for stress management.
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STRESS IN THE FAMILY CHARACTERISTICS , CATEGORY, CONSEQUENCE AND NEED FOR STRESS MANAGEMENT
1. STRESS IN THE FAMILY CHARACTERISTICS ,
CATEGORY,
CONSEQUENCE AND NEED FOR STRESS
MANAGEMENT
Submitted by-
Aascharya Srivastav
PhD previous
Submitted to-
Dr. Hemu Rathore
RMCS - 613
2. Consequenses-
• A little stress every now and then is not something to be
concerned about. Ongoing, chronic stress, however, can
cause or exacerbate many serious health problems,
including.
• Mental health problems, such as depression, anxiety, and
personality disorders
• Cardiovascular disease, including heart disease, high
blood pressure, abnormal heart rhythms, heart attacks,
and stroke
• Obesity and other eating disorders
• Menstrual problems
3. • Ongoing chronic stress, however can cause or
exacerbate many serious health problems, including:
Mental health problems such as anxiety, depression and
personality disorders.
• Cardiovascular diseases, including heart disease, high
blood pressure, abnormal heart rythms, heart attacks, and
stroke.
4. Family stress can be defined as a real or
imagined imbalance between the
demands on the family and the family's
ability to meet those demands.
What is family stress?
5. • For example, if a family is forced to renegotiate a home
mortgage from 7 percent interest to the current market
rate, this could place the family under stress. There is a
real imbalance between the demand ,the current market
rate, and a lack of financial resources to meet that
demand.
• In the definition of family stress, the demands in the
family are commonly referred to as stressors. A
stressor is a life event or transition that happens in
the family. It can be either positive or negative and
can cause a change in the family's coping pattern.
6. Example of stressors
• Could be an event like birth of a child, drought, death,
or divorce. Other stressors could be a hardship such
as increased medical expenses because of a
chronically ill child or a normal change in a family
member's development, such as a family member
becoming a teen or turning 40.
7. Perception-
• How the family perceives the stressor will have a
great effect on the seriousness of the family stress.
The perception reflects the family's values and its previous
experience in dealing with change and meeting crisis.
A family's outlook can vary from seeing life change as
challenges to be met to viewing a stressor as uncontrollable
and begining of ruin for the family.
8. • As relevant scientific data have accumulated. however a
simpke universally accepted definition of stress has
become increasingly elusive.
• some factors that may influence the mechanisms by
which a person responds to stressful situations.
9. • Many researchers view the stress response as an
adaptive mechanism designed to maintain the relative
stability of the body's overall physiological functionning (
ie homeostasis) in response to a challenge.
• However, not all stress responses are clearly adaptive.
Some physiological reactions to stress that appear to
confer short term benefits are followed by adverse long
term repercusions may, on closer examination, turn out to
be beneficial.
10. • The ambiguity of the stress response can be illustrated by
examining the function of cortisol, a hormone released by
adrenal glands in response to stressful stimuli.
• Among other functions, cortisol helps promote the release
of energy stores essential for coping stress. Yet cortisol
may suppress the normal functioning of the immune
system, a response that could theoretically render the
body more susceptible to infectious diseases.
11. • How ever, when cortisol release has adaptive
consequences, the elevated cortisol levels persist for an
extented period, then the adaptive nature of response
may be lost and adverse effects may ensue.
12. • The maintenance of a relatively stable balance of
physiological function (i.e. homeostasis is constantly
challenged by illness, injury, hostile environmental
conditions, unpleasant emotional states and even certain
normal functions SUCH AS sexual activity and exposure
to such stressors is regulated largely by interactions
among the hypothalmus, pituitary gland, and adrenal
glands, together termed as HPA axis.....
13. • In response to potential harmful stimuli, the hypothalmus,
which is loacted near the base of the brain, secretes two
hormones that travel directly to adjacent pituitary gland.
These two hormone , corticotropin- releasing hormone
(CRH) snd arginine vasopressin (AVP), promote the
secretion of adrenocorticitropic hormone (ACTH ) by
releasing the steroid hormone cortisol into the blood
stream..
14. • Cortisol exerts widespread physiological effects
throughout the body , acting in concert with other
chemical messengers to help direct oxygen and nutrients
to the stressed body site and suppress the immune
response, while influencing certain functions such as
appetite and satiety: arousal, vigilance and attention and
mood.
15. Re
• Regulation of stress response by the hypothalmus
pituitary adrenal HPA axis.
• Under normal circumstances , the presence of cortisol in
the blood stream signals the hypothalamus to terminate
CRH secretion, there by preventing overactivity of the
stress response.
• The regulation of physiological response through
inhibition mediated by the end product of the response is
called negative feedback.
16. • When negative feedback control of HPA(hypothalmus pitutiary adrenal
axis does not operate adequately, a may occur following chronic stress
or as a consequence of psychiatric disorders ( possibly including
severe depression ).
• persistent activation of the HPA axis may occur. Damage resulting from
HPA overactivity may include suppression of growth, immune system
dysfunction, and localized brain cell damage that might result in
impairment of learning and memory.
• AVP also serves a key function in maintaining the body's water
balance.
• The corresponding hormone in rodents is corticosterone.
17. • Because stressful stimuli often elicit cortisol secretion ,
some researchers have proposed the use of cortisol
levels as an index of the stress response.
• However, not all events perceived a stressful lead to the
release of hormones specifically associated with stress.
indeed, several other hormones and similar chemical
messengers are extremely responsive to stressful stimuli
and may influence the cascade of events activated by
stress.
18. Nerve Cell Communication and Stress
Response
• Nerve cells communicate with one another through
chemical messengers called neurotransmitters. The
neurotransmitters discussed in ths article interact
extensively to perform a variety of regulatory activities.
19. • Serotonin affects wide range of physiological functions,
including appetite, sleep and body temperature. Serotonin
also influences emotional states, and its dysfunction has
been implicated in both psychiatric and addictive
disorders. Dopamine helps regulate goal directed
behaviours including reinforcing effects of alcohol
and other drugs as well as certain motor function.
20. • within the brain, norepinephrine plays a role in arousal
and in the modulation of neurotransmitter system.
When released into bloodstream by the adrenal glands,
norepinephrine functions as stress-related hormone,
preparing the body for fight or flight in response to
threatening situations.
21. Characteristics of the Stressor-
• Stressors may be either psychogenic or neurogenic.
• Psychogenic stressors are purely of psychological origin
• (anticipating an adverse event, experiencing the death of
a loved one, or caring for chronically ill person )
• Neurogenic stressors invilve a physical stimulus (e.g., a
headache, bodily injury, or recovery from surgery).
• In addition, environmental stressors can be classified as
either processive or systemic. Processive stressors are
those that require appraisal of a situation or involve high
level cognitive processing of incoming sensory
information.
22. • Examples of processive stressors among animals include
exposure to new environments, predators, or situations
that trigger fear because of previous association with
unpleasant stimuli ( i.e., fear cues).
• In contrast, systemic stressors are physiological origin (
e.g., disturbances of normal bodily metabolism resulting
from bacterial or viral infection).
• Herman and Cullinan have suggested that both processive
and systemic stressors might activate the HPA axis
through distinct but converging neurological circuits.
23. • Specifically, processive stressors may primarily activate
the limbic system, a region of the brain comprising
interconnected structures that are associated with
arousal, emotion, and goal- directed behavior.
• Conversely, systemic stressors may more directly
influence the hypothalamus, a brain structure with multiple
regulatory functions that interacts extensively with the
limbic system.
24. • Researchers have employed a wide range of stressors to
assess behavioral and biological outcomes. Some of
these stressors are ethologically sound (i.e., they
represent situations that the animal would ordinarily
encounter in its natural environment and for which it may
have developed natural, evolutionary defenses.)
• Ethological stessors may include the sight or odor of
predators, confrontation with unfamiliar members of the
same species, or fear cues.
25. • Other commonly employed experimental stressors include
exposure to cold air, immersion in cold water, and mild
electric shocks administered to the animal's foot or tail.
• In various studies, investigators have administered
footshock and tailshock at varying intensities, thereby
obtaining information on the effects of controllable (i.e.,
escapable ) versus uncontrollable (i.e.,inescapable)
stressors.
26. • The effects of exposure to cold air or cold water may
reflect physiological processess specific to the generation
of body heat rather than the psychological consequences
of stress.
• The nature of the stress response varies depending on
the nature of the stressor and the stressor regimen.
This fact is illustrated by the phenomenon of adaptation
or repeated exposure to a stressor. for eg, with in a single
experimental session,
27. • the brain;s chemical response exhibits adaptation to
stressors (e.g., footshock or tailshock).
• Although the reason for this finding is unknown, one
possibility is that restraint is continuous, where as
footshock is intermittent.
• Thus, drawing firm conclusion about adverse effects of a
stressor based on a specific stressor regimen can
sometimes be difficult.
• The variability of stress response may provide important
clues to the identification of the psychological and
physical processess that govern voluntary alcohol
consumption..
28. • Irrespective of the experimental approach, research
clearly indicates that stressors which are usually
multidimensional, produce not only immediate actions but
also protracted effects secondary to the primary stressor.
• for instance, stressful experences are often followed by
persistent brooding (i.e rumination) that may itself be
stressful and some events e.g., bereavement may have
secondary effects eg financial burden and loss of social
support).
29. • Whereas some stressor effects may diminish over time
(e.g., saddness, remorse, or guilt), the effects of other
stressors may increase
• e.g., financial burden and loss of social support
• In addition, the stress response itself may function as a
stressor. for example, symptoms of depression induced
by stress may lead to interpersonal conflict or, conversely,
social withdrawal, further exacerbating depression.
30. • With respect to behavioral outcomes, some stressors (
e.g., loss of social support) are more likely than others to
provoke depressive symptoms- Monroe and Simond
“1991”
• Whereas other stressors (e.g., threats or impending
stress) are more closely associated with anxiety
symptoms- finlay-jones and brown.
31. • Stress induced psychiatric pathology is often elicited not
by a major adverse life event but by a series of relatively
mild stressors may be especially profound if they occur
following a major stressful event.
32. Relevant stressor characteristics include the following-
The degree to which stress can be mitigated or
eliminated by an appropriate response (i.e.,
controllability),
the predictability of onset of the stressor, the duration
or chronicity of exposure (i.e either acute or over a
relatively protracted period.
33. The degree to which stress can be mitigated or eliminated
by an appropriate response (i.e., controllability),
the predictability of onset of the stressor, the duration or
chronicity of exposure (i.e either acute or over a relatively
protracted period), and the timing and frequency of
exposure (intermittent).
34. Controllability and
Coping
• Perceived controllability clearly influences some but not
all stress responses.
• For example, uncontrollable stressors provoke behavioral
disturbances in animals that are not induced by
controllable stressors interpret these differences as the
consequences of “ learned helplessness”
35. • The excessive strain on, or the resulting variations of,
neurotransmitters may increase an individual’s
vulnerability to pathological states.
• Indeed, studies in rodents have indicated that in some
brain region ( e.g., the hypothalamus), the response of
neurotransmitter nor repinephrine (NE) to uncontrollable
stressors is more profound than that provoked by
controllable stressors.
36. • .
• Likewise, the controllability of stressors may differentially
influence the functions of the neurotransmitters serotonin
(5-HT) and dopamine (DA) in specific brain regions.
37. • Conversely, treatments that attenuate the neurochemical
alterations elicited by stressors limit such behavioral
disturbances.
• In effect, an individual's response to a stressor may be
dictated by the availabiliyy of appropriate coping
strategies,
38. • Although researchers may be tempted to conclude that
the ability to neutralize a stressor is the fundamental
feature in predicting neurochemical and behavioral
change.
• This conclusion may be premature. For instance, when
stressed animals are permitted to fight with a member of
their species, the effects ordinarily elicited by
uncontrollable stressors may be mitigated, a phenomenon
known as displacement. its been channelised as coping
mechanism to vent up the emotions.
39. • Nevertheless, displacement aggression may not eliminate
the stressor and may in fact create additional stress.
• An important aspect of displacement behaviors such as
aggression is that by offsetting the impact of stressors,
the displacement behaviors may become reinforced.
• Not all neurochemical or physiological processes are
differentially influenced by stressor controllability. The
ability to respond rapidly to a stressful challenge may
have greater adaptive value than the ability to assess
controllability.
40. • Broadly speaking, coping can be subdivided into several
subtypes-
• emotion-focussed coping, emotional expression,
emotional containment, blame, avoidance, denial, and
passivity.
• Problem focused coping- social support, cognitive
restructuring and problem solving.
41. • Researchers often assume that emotion-focused coping
is a relatively ineffective strategy, where as social
buffering, problem solving, and cognitive restructuring
may be more efficacious.
• To some extent, this conclusion is based on findings that
depressed pateints , relative to control subjects, tend to
favor emotion- focused coping and revert to a more
problem - focused strategy.
42. • Although emotion- focused coping can be ineffective and
even counterproductive, the effectiveness of a strategy
may depend on the specific stressor regimen.
• Factors that prevent or limit neuro-chemical adaptation
may be associated with behavioral or physiological disor
ders.
• For eg- Attention deficit hyperactivity disorder.
43. NEED FOR MANAGEMENT-
• Ability to manage stress is an important skill to have as
stress can negatively impact a host of different areas in
your life including work, relationships, health and body
functioning.
• Health- stress has a major impact on your body and
health. According to American Psychological Association
stress can impact the whole entire body from the
musculoskeletal system to reproductive system.
44. Need For Stress Management
• Parenting- parenting is hard. Managing stress can make
you more effective and happier parent. When you are ble
to utilize stress reduction excercises, you are better able
to teach your children how to manage their stress too.
• Relationships-
• Overall Level of Happiness- Chronic stress can greatly
increase the likelihood of developing symptoms of
depression, anxiety, or other mental health difficulties.
When one manages their stress, they experience less
45. • less frustration with life's challenges, decreased worries
about future and have an improved sense of well- being.
• Future gets compromised.Several other set backs are
there;
Editor's Notes
there could be many more problem ifthe stressor is multi-dimensional,