Acute stress affects immunity positively and chronic stress negatively. There is a similar situation in the emotional situation. Emotional disorders (anxiety, depression, etc.) that have become chronic and illness negatively affect the immune stress.
Acute stress affects immunity positively and chronic stress negatively. There is a similar situation in the emotional situation. Emotional disorders (anxiety, depression, etc.) that have become chronic and illness negatively affect the immune stress.
Stress and anger are natural feelings for humans in various circumstances. People instinctive reactions that work as unconditional reflex are often jeopardizing people immunity, and lead to harsh consequences. People ought to be learned / trained/ practiced to restrain their first reaction, and filter it through their conscience. It's difficult, but it's the only method to keep / enforce an immunity against stress and emotions.
As per Ayurvedic science, causes for decrease in immunity of our body includes:
a. excessive physical exercise
b. fasting for long period
c. constant worry
d. Consumption of foods which are dry (moistureless) in nature
e. consuming very less quantity of food
f. excessive exposure to heavy blows of wind and sun's heat
g. fear
h. grief and sorrow
h. alcoholism
i. keeping awake at nights
j.· due to old age
k. mental and physical trauma or injury to vital parts
l. anger
m. excess indulgence to intercourse.
References:
1. Charak Samhita, with Charak Chandrika Hindi commentary, by Dr Brahmanand Tripathi and Dr Ganga Sahay Pandey, Sutra Sthana Chapter 17, Verse 76-77, Chaukhamba Surbharti Prakashan; 2007. p. 354.
3. Ashtanga Hridaya, with Vidyotini Hindi commentary of Kaviraj Atrideva Gupta, Sutra Sthana, Chapter 11, Verse No. 39, Chaukhambha Prakashan, Varanasi; 2009. p. 167. 4. (PDF) OJAS: THE VITAL NECTAR OF LIFE. Available from: https://www.researchgate.net/publication/269847545_OJAS_THE_VITAL_NECTAR_OF_LIFE [accessed Dec 15 2020].
Light stress activates the functions of the immune system, but under strong stressful influences, its functions are suppressed, which, under chronic stress, makes us vulnerable to various diseases.
If rats are exposed to severe stress, for example, immobilization and hypothermia, the response of the immune system to the introduction of antigens decreases - less cells of the immune system and antibodies are formed.
The stress response is realized by the nervous and endocrine systems. In particular, there is a release of steroid hormones of the adrenal cortex, including cortisol. In small doses, steroid hormones can stimulate the functions of the immune system, and in large doses, they can depress. But experimental evidence suggests that physiological increases in steroid hormone levels alone do not lead to the suppression of immune function that occurs with stress.
with a weak stress effect, the reaction of lymphoid cells to a regulatory signal - the cytokine interleukin-1 - is enhanced (this is manifested by the activation of the proliferation process - multiplication of cells of the immune system). With strong combined stress, the response of cells to the action of interleukin-1 decreases sharply. Apparently, there is a violation of the ligand-receptor relationship, which is involved in the implementation of cytokine signaling into the cell.
Individuals have different levels of vulnerability to stress which varies from time to time and among different individuals. This variation is caused by physiological and psychosocial differences between people. for example, the introverts’ nervous system is naturally prone to stimulation and the nervous system of extroverts is naturally inclined to inhibition. we should keep in mind that innate genetic differences can cause people to differ from each other in their Ascending Reticular Activating Systems (ARAS). The ARAS of the brain structure is responsible for brain arousal in response to an external stimulus. Introverted and low sensation seekers are characterized by ARAS sensitivity to low levels of stimulation and intolerance of high ARAS stimulation that acts to reduce external stimulus by low sensation seekers. Also, studies on hormonal activities such as cortisol show that this hormone is negatively correlated with high sensation seeking. In other words, the amount of these hormones in individuals with high sensation seeking is lower and the decrease in cortisol levels is a good explanation for determining why high sensation seekers suffer less from stress.
In conclusion, stress and emotions can affect the immune system, both through hormones and by increasing the sympathetic nervous system, and consequently by increasing heart rate and blood pressure, but factors such as personality traits (such as high/low sensation seeking or extraversion) can play a moderating role in the effect of stress and emotions on the immune system.
ref: (PDF) Effects of Emotional Images on Cardiovascular Responses in Males with Coronary Artery Disease and in Healthy Males: The Role of Sensation Seeking (researchgate.net)
They definitely do affect people. If stress and emotional distress reach to a peak level it can lead to mental illnesses. In addition, if individuals already suffer from a mental illness and on top of that their stress levels and emotional crisis are not in control it can cause something really serious or maybe a severe damage. Feeling stressed is totally normal, expressing your emotions is a human thing, but, we should try to get it under control. It’s definitely not easy and exhausting but we should try.
Different kinds of physical and mental pressure or any kind of failureness produce special type of hormone inside an individual which create stress. When a stressed individual is involved in emotions frustration is produced, which obviously reduce the immunity or willing power. Because different important organs of a frustrated human body can not work properly.
I come form the world of behavioral sciences and am trying to participate in this discussion from that standpoint. In behavioral sciences "immunity" is defined as a "collection of concentration, attentiveness, awareness". Stress and negative emotions definitely reduce concentration, attention and awareness. Therefore, the proposition hidden in the topic of this discussion holds truth.
Of course it does and, in addition, it is widely demonstrated with multiple evidences: By way of illustration (and if to be exhaustive) H. Selye already laid the foundations of the General Adaptation Syndrome -GAS- and how in its "Exhaustion phase" the The organism enters a serious Immune Depression Syndrome with vital compromise, in the same way Cortisol -true form of Stress- after the hypersecretion of ACTH acts as a serious immunosuppressant and, therefore, makes it easier for the subject to become infected by an infectious condition ( in addition to many other problems: Gastric, Sleep Disorders, Heart Disease ... especially if it joins the so-called Alpha Type Pattern of Behavior -PTAC-, Sexual dysfunctions, etc.)
Yes, particularly chronic stress, leads to suppression of immune function, and the immune system may not be adapted over time. Also, negative emotions such as fear, sadness, disgust, and anger may negatively affect the immune system by change the way in which the immune response functions.