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Effects of stress on academic performance of students
Effects of stress on academic performance of students
Effects of stress on academic performance of students
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People are exposed to numerous amounts of positive and negative events throughout their lifetime. No one is given a life that is perfect or free from difficulty. Whether it is a death in the family, chronic illness, house fire, automobile accident, or any other type of impacting event, stressors are bound to occur throughout one’s life. Since people are constantly exposed to stressors in life, it is essential that one is able to adequately cope. There are three types of responses to stress. The first is the positive stress response, which is a normal and brief response to stress and is characterized by a mild increase in heart rate (“Toxic Stress,” 2017). One example of a positive stress response could be the slight apprehension one feels before …show more content…
meeting a new person. The second type of response to stress is known as the tolerable stress response and is due to a more severe and longer lasting struggle, such as the death of a loved one (Harvard.edu). The help of a strong adult support system can help a child get through this trial without suffering from damaging residual effects (“Toxic Stress,” 2017). The third type of stress response is the toxic stress response and occurs when a child is exposed to “severe, prolonged, or repetitive adversity with a lack of the necessary nurturance or support of a caregiver to prevent an abnormal stress response” (Franke, 2014, p. 391). A few examples of situations that could lead to toxic stress include abuse, neglect, violence, or severe poverty. When a child is exposed to prolonged adverse events without a support system buffer, it can disrupt the child’s development and cause many severe issues for the child’s future. The human body is created in such a unique way that it actually has a physiological process of responding to stress. When an individual perceives a threat, the body undergoes a process known as fight or flight, which comprises a series of physiological changes such as an increase in heart rate, blood pressure, and respiratory rate (Franke, 2014). This fight or flight response is a protective mechanism and is a normal, healthy response when the precipitating stressor is short lived. Detrimental effects occur when the human body sustains such physiological reactions. If a child’s vital signs remain elevated over an extended period of time due to extreme, consistent stressors, permanent long term health effects can occur (Franke, 2014). One particular journal article conducted research on how exactly the stress response occurs in the human body and how it affects early childhood development. The article states that the brain, endocrine system, and immune system all work together to maintain balance in the body (Johnson, Riley, Granger, & Riis, 2013). Most of the immune system is developed while in utero and during the first year of life. Research has found that if an expectant mother is under chronic stress, it can inhibit the development of the child’s immune system, which can lead to long term illness for the child. The mother also provides the child with immunity through the placenta and also after birth through breast milk. The journal article states that it is essential that a child develop a healthy immune system, as the immune system is able to communicate via hormones with the brain and endocrine system. All three of the systems together play a significant role in how the body physiologically responds to stress. If a child is not able to develop a healthy immune system early in life due to maternal stressors, the child is more susceptible to illnesses later in life and delayed development. This can in turn lead to a stressful environment for the child. (Johnson et al., 2013). Since the human body undergoes a pathophysiological response to stress, it becomes evident that detrimental effects to one’s physical, cognitive, and psychosocial development can occur if the body is in a toxic stress state continually. These detrimental effects can cause developmental delays during childhood, but also can affect one’s health as an adult. In fact, the greater the degree of toxic stress a child experiences correlates with a stronger probability of acquiring health problems later in life such as heart disease, diabetes, substance abuse, and depression (“Toxic Stress,” 2017). One peer reviewed journal looked at the effects of toxic stress on the developing child brain and found that children who were exposed to continual toxic stress developed permanent changes in brain structure and function which led to difficulties with learning, behavior, mood control, and memory capability (Shonkoff & Garner, 2012). It also found that due to the structural changes in the brain associated with toxic stress, children tend to experience more fear and anxiety, while also displaying disparities in developing their cognitive, linguistic, and social-emotional skills (Shonkoff & Garner, 2012). While it is clear that the growing child with toxic stress will experience more developmental delays in life, the journal article also states that the disparities do not stop there, but instead continue into adulthood. The article provides further information that as the child ages into young adulthood, there is higher risk for abuse of alcohol, drugs, promiscuity, and engaging in high risk behaviors. These teens and adults who experienced toxic stress as a child are more prone to “gang membership, unemployment, poverty, homelessness, violent crime, incarceration, and becoming single parents” (Shonkoff & Garner, 2012, p. 237). In addition, the young adults who do have children are also at higher risk of not giving their own child the supportive relationship needed to prevent the cycle of toxic stress from being passed down to their own child (Shonkoff & Garner, 2012). The harmful effects of toxic stress are clear, thus it is imperative to take action to identify and prevent toxic stress.
Research has shown that children who are at highest risk for toxic stress are those exposed to social isolation, poverty, family violence, and parents with substance abuse or depression (Franke, 2014). If adults and authority figures can identify toxic stress in children during the early stages, measures can be taken to prevent the harmful effects that are associated with this high stress level. Treatment of toxic stress should be aimed towards helping children learn to deal with stress in a healthy manner and responding to the child’s needs (Franke, 2014). Providing children with a strong support system is crucial so children have an outlet to communicate with and receive advice on healthy coping mechanisms. Examples of a buffering support system could be a parent, relative, social worker, or counselor. Recent research has also found that treatment of toxic stress can occur through teaching relaxation methods such as breathing techniques and guided imagery (Franke, 2014). It may also be beneficial to focus on the caretaker of the child by providing educational opportunities regarding toxic stress and by administering social resources for the parents, such as parenting classes to help with problem solving skills (Franke, 2014). It is also important that the nation as a whole raise awareness of the issue of toxic stress and provide schools, …show more content…
pediatricians, and communities with the knowledge to identify the problem and resources to help with early intervention (Franke, 2014). Personally, I do not feel I have ever truly exhibited a toxic stress response.
I do feel I had the opportunity to experience toxic stress, but I was lucky enough to have a strong support system during the most difficult times in my life to help buffer my experiences. I feel that I have really only exhibited a tolerable stress response in my life. I believe my life was shaken up the most when my parents divorced. I was only ten years old when it happened. After the divorce, my whole world started to shift. My mother went through a depression and spent time in multiple rehab centers. My siblings and I were forced to go live with my grandparents for a little while and had to change schools. The shakeup in my environment left me going through my middle school years with uncertainty and an inconsistent routine. I was always wondering which parent would pick me up from school, who would I live with each weekend, and which church I would be attending on Sundays. It was an extremely stressful situation and definitely had the potential to cause toxic stress in my life. I feel that my grandparents were the reason this situation did not progress to toxic stress in my life. My grandparents were my solid rock during that season in my life. My grandparents were always available, even when I did not know if I could count on my own parents. My grandparents gave me so much love and support and let me talk through all my feelings with them. I firmly believe they are the ones who got me
through such a difficult time in my life. I cannot imagine how I would have coped without them. I feel toxic stress can strongly harm a child’s development. Children need an outlet and a strong support system to help them through the difficult times in life. I strongly believe toxic stress can lead to potential imbalances in one’s physical health and also interfere with one’s cognitive and emotional development. I believe parents and teachers all need to be aware of the potential causes of toxic stress in children’s lives and help to be a buffer for the child when needed. In conclusion, toxic stress is a response that occurs when a person experiences a negative event for a prolonged amount of time without a buffer system. The effects of toxic stress not only occur during the trial period, but can cause lasting cognitive, physical, and psychosocial effects throughout a person’s lifespan. It is essential that toxic stress be identified early so that efforts can be made to alleviate the stress response and hopefully prevent the cycle of detrimental lifelong effects.
Everyone everywhere has experienced stress with something they have dealt with in life. Whether it is school, paying bills, managing a busy schedule or work, stress affects everyone. Although everyone experiences stress, many people don’t actually know what stress is. Stress is the physical response of the body to harmful situations that threaten someone’s well being. When someone says “stress”, the word is automatically associated with a negative effect on people but small doses of stress can benefit a person, if used to correctly. Everyone’s stress level is different and the amount of stress that can be handled varies from person to person but a stress overload will not benefit anyone. “When you feel threatened, a chemical reaction occurs in your body to allow you to act in a way to prevent injury” (“Stress Management Health Center”). The chemical that is released when stressed is known as cortisol, also known a stress hormone. “Cortisol is like a long-term form of adrenaline, produced in the adrenal gland when the body is under pressure” (“The Effects of Stress on Your Reproductive Health and Fertility”). Adrenaline is also released to send the body into, what is known as, emergency action (“Stress Symptoms, Signs and Causes”). This emergency action speeds up reactions preformed by the body and the mind. This is a way of protecting the body. While in emergency action, this stress caused by threatening situations can save your life. In emergency situations, you are given “extra strength to defend yourself, for example, or spurring you to slam on your brakes to avoid a car accident” (“Stress Management Health Center”). Signs of being in this emergency action are a racing heart, blood pressure rises, quickening of breath and tigh...
Adrenaline and glucocorticoids are critical to survival. Animals’ stress responses turn off after escaping from life-threatening situations. However, humans’ stress response come from a psychological state of fear or threat. We are often stressed out due to traffic, increasing taxes, instead of actual life-or-death situations. What’s worse, we are stressed constantly. Since we cannot
The term ‘stress’ was generally thought to have been a concept created by Robert Hooke in the 17th century. He worked on the design of physical structures, such as bridges; his concept of stress came from how much pressure a structure could withstand. However, Lazarus (1993) pointed out that the term ‘stress’ has been used as far back as the 14th century, when it meant hardship or adversity. Back then it referred to the external stressor, such as the death of a spouse or financial worry; in the 20th century, there are many different schools of thought on this area. Hans Selye (1956), brought together the work of Cannon and Bernard and devised a comprehensive system of physiological stress; which he termed the ‘General Adaptation Syndrome’, and is a 3-stage process. He theorised that a certain level of stress called ‘eustress’ (Cox, 1978) could actually be beneficial to our overall performance. Later In 1976, Cox & Mackay devised another model called the ‘Transactional model’. This model takes into account the individual differences in the perception of the amount of stress experienced by the person. The main difference between these two models is that Selye’s model only accounts for the physiological side of stress, whereas Cox’s model takes into account both the physiological and psychological aspects of stress. Therefore, both models will have slight similarities and differences in their explanation for how stress occurs in individuals, which is the main focus of this essay.
CHAPTER I INTRODUCTION AND REVIEW OF THE LITERATURE Each bodily physiological system has an individual established set point, or level of balance; however, some fluctuations in these levels are tolerated. The balance of any system can be, and regularly is, disturbed by internal and/or external events of the mechanical, physical, chemical, biological, and/or social types. When this balance is disrupted, and involuntary mobilizations of biological processes are not able to re-establish it, an alarm reaction is activated (Schedlowski and Tewes, 1999). This reaction is referred to as a stress response, and the activating agent is the stressor (Selye, 1936). Recently, studies of stress have shifted from demonstrating relationships between psychological factors and somatic outcomes, to investigations of the mediational pathways involved in these associations. For example, (Cohen and Williamson, 1991) have built on the work of Lazarus’ model by suggesting that once an environmental event is encountered, it is appraised, and an affective response is made.
In the past thirty years there have been a significant number of studies done to establish a connection between psychological stress and the development of cardiovascular disease (CVD). CVD refers to the negative change towards the normal process of the heart and blood vessel system (What Is Cardiovascular Disease (Heart Disease)?, online). Psychological stress is defined, but not limited to being a demanding condition in which the normal behavioral conditions are exceeded thus overwhelming the behavioral resources of the organism (Kamarck, 2012). In the world today it has been shown that the impacts of psychological, social, and environmental stressors from daily lives are increasing the physical well being of individuals. Two different types of stressors can attain cardiovascular responses: "acute major life stressors and chronic exposure to continuing stressors" (Dimsdale, 2008). A stressor is any condition which causes stress on an individual. One may be exposed to acute stressors during periods of intense stress that are not regular to one’s lifestyle. Those who are exposed to constant chronic stressors are at an increased risk for hypertension, atherosclerosis, and stroke (Hojt, online). The increased levels of psychological stress present in individuals lives is providing for alarm due to the direct correlation it has with risk for cardiovascular disease.
Stressors initiate a response within the organism and causes changes in the body, specifically responses in the body’s autonomic nervous system. The autonomic nervous system has two branches: the sympathetic and parasympathetic autonomic nervous system. The sympathetic autonomic nervous system helps the body deal with the stress it encounters, initiating the ‘fight or flight’ response. Once the threat has passed, the parasympathetic autonomic nervous system will take over, relaxing the body. There is a balance between these two in a healthy person. However, when someone stays on guard, using the sympathetic autonomic nervous system, all sorts of physical effects can
Pressure turns into stress when individuals feel they are unable to cope with the situation. People have different ways of reacting to stress, so a situation that feels stressful to one person may be a positive challenge to someone else. Many of life’s demands can cause stress such as work, relationships and financial issues. When individuals feel stressed, it can obstruct them from dealing with demands, or can affect everything an individual does (Choices, 2016d). Stress can have a big impact both emotionally and physically. There are two ways people can portray signs of stress, psychological and physiological. Stress can affect how individuals feel, think, behave and how the body works. Psychological signs of stress can include: irritation, frustration, confusion, forgetfulness, anxiety, bad habits, headaches, behavioural signs of stress which can include avoiding others or decreased contact with family or friends and depression. Physiological signs of stress can include: heart palpitations, inflammation, insomnia physical tension, headaches and digestive problems. These stress hormones are released to enable an individual to deal with pressure or threat of "fight or flight" response. The theorist Walter Cannon 1920 developed the fight or flight response also known as ‘acute stress response.’ Stress is a biological and psychological response experienced when faced with a threat that people do not have the resources to deal with. The flight or flight response is a surge of hormone; adrenaline which is produced by glands located in the kidneys, which are released into the bloodstream. It is the response of the sympathetic nervous system to a stressful event and therefore, preparing the body to fight or flee. This can include an increased metabolism and heart rate, increase blood flow to the brain and muscles, erect hairs, raised sugar levels,
Children experience decreased development in the left brain when traumatic events occur (Network, n.d.). Imagine being a child and growing up with these types of events occurring. A traumatic event in a child’s life can cause a child to experience a long lasting negative effect. Life events are happening everywhere and more often in the lives of children (Understanding Child Traumatic Stress, n.d.). Trauma can cause them to do three things. First, they try to see what the danger is and how serious it is. Secondly there are strong emotional and physical reactions. Thirdly they attempt to come up with what to do that can help them with the danger. Traumatic events can cause a child to develop differently, which effects the young child stage,
There are many parents whose negative patterns of behavior are consistent and dominant within a child’s life. These are parents who do the harm. The term “Toxic Parents” is similar to a chemical toxin: the emotional, physical, or sexual damage inflicted spreads throughout the child’s being and as the child grows, so does that pain. Being a victim of physical and emotional abuse is not the ...
NCBI. (2007, December 1). Stress in Children and Adolescents Exposed to Family Violence: I. Overview and Issues. Retrieved from http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2811337/
Stress as we know it, is a mental or physical tension brought about by internal or external pressures. With our understanding through research we have found significant biochemical changes that take place in the body during stress. For instance, the body will at time increase cortisol production to aid with managing the amount of stress. As explained by Selye in his stress model, when an individual’s well-being is disrupt from being stress it activates the bodily response--general adaptation syndrome which includes the three ordinal stages; alarm, resistance and exhaustion. Prolong long experience of the three stage syndrome can lead to posttraumatic stress disorder(PTSD)
The human body has different ways of responding to stress; one quick responding nerve-hormonal system involving adrenaline, another long-lasting system involving cortisol, and perhaps others. These systems not only determine the intensity of our anxiety reactions but also our attitudes, energy level, depression, and physical health after the stressful events are over. As individuals, our nervous systems differ; however, according to Richard Dienstbier at the University of Nebraska, we may be able to modify our unique physiological reactions by learning coping skills. The genetic, constitutional, and intrauterine factors influence stress. Some of us may have been born "nerv...
The body experiences physiological change when it primarily involves autonomic and neuroendocrine systems. Regardless of the stressful setting stimulates physiological change it depends on an individual’s perception
One of the most obvious and damaging results of child abuse is death; however, research illustrating the effects on a growing child who has been abused has demonstrated many other lifelong negative factors (Felitti, Anda, Nordenberg, Williamson, Spitz, Edwards, Koss, Marks, 1998). In consonance children who suffer from abuse can show signs of depression, social withdraw, and even violent behavior. As a child grows older, they may suffer from poor physical health, such as high blood pressure, obesity, stress, and psychological disorders and disabilities (Herronkohl, T., Hong, Klika, and Herronkohl, R., 2013). Child abuse and neglect have also been associated with depression, anger disorders, and post-traumatic
When stressful events occur three types of responses take place, an emotional response, a physiological response, and a behavioral response. Negative emotional responses such as anxiety, anger, and grief are common responses to stress. However, in some cases, an individual may exhibit positive emotions when coping with stressful situations. According to Folkman and Moskowiz, positive emotions promote resilience in the face of stress by promoting creativity, problem solving, flexibility, and can enhance physical and psychological health (Weiten & Lloyd, 2006, p. 84).