Is Occupational Stress a Disease?
What is Occupational Stress?
How Does Occupational Stress Impact Your Life?
The occupational stress impacts your health and
well-being through the following stages (Quick & Henderson, 2016).
1. Stage 1 of occupation stress incorporates its risk
factors and potential causes
2. Stage 2 manifests with the short/long-term
responses of individuals against their stressors/stimuli, internal pressures,
or environmental requirements
3. Stage 3 incorporates the behavioral, psychological,
and physical impact of the stress of the affected individuals
What are the Causes of Occupational Stress?
The occupational stress develops under the impact
of one or more of the following (commonly reported) factors (Quick &
Henderson, 2016) (Rao & Chandraiah, 2012).
1. Increased work demands
2. Work-family conflict
3. Financial problems
4. Career expectations
5. Academic pressure
6. Job insecurity
7. Ambiguity and role conflicts at the workplace
8. Workplace design, lightning, and temperature
9. Interpersonal demands based on group pressures,
leadership style, personality conflicts, and social density
10. Lack of confidence and decision-making
11. Limited self-control
12. Traumatic conditions, illnesses, and
absenteeism
13. Comorbidities
14. Difficult interpersonal relations between
employees
15. Individual differences
16. Vulnerability based on reduced socioeconomic
status
17. Lack of a competitive attitude
18. Quantification of achievements
19. Time urgency
20. Hostility
21. Anger
22. Social isolation
23. Loneliness
24. Anger or aggressive attitude
25. Emotional weakness
26. Lack of instrumental support
27. Lack of feedback at the workplace
28. Lack of professional recognition
29. Home-work balance disruption
30. Extra-organizational factors
31. Workplace politics
How Does Occupational Stress Impact Your Biological
Pathways?
The impact of occupational stress on biological
pathways is many folds. Stress deteriorates the health-related quality of life
and wellness of individuals while reducing their operational productivity. The
following processes/mechanisms affirm the impact of occupational stress on
physiological outcomes (IOM, 2001).
1. The musculoskeletal reactivity in response to
stress triggers pain that potentially impacts the work-life balance
2. The stress-based psychological demands trigger
muscular activities in a manner that increases tiredness, malaise, or lethargy
3. The mental stress also activates muscles
irrespective of the physical activities
4. Occupational stress in many scenarios leads to
musculoskeletal discomfort, forearm tremor, and spectral alterations in forearm
electromyography
5. The elevated perception of workload based on
shorter turnaround times and project pressures potentially elevates the muscle
tension of the forearm that eventually deteriorates overall work
performance
6. The concomitant impact of physical and
psychological stressors at the workplace increases the risk of self-reported
stress and blood pressure elevation
7. The occupational stress-related perceptions of
individuals and the level of their responsiveness to various stimuli
considerably impact their distress
8. The sustained occupational stress impacts the
simple motor task accomplishment ability of people as well as the extent of
their muscle coactivation
9. The stress-induced muscle contraction triggers
fatigue in low-level motor neurons of the forearm and upper trapezius
10. The occupational stress-based injury or discomfort
not only elevates biomechanical risks of individuals but also recruits their
alternative muscles for the accomplishment of organizational activities.
11. Stress not only elevates the pressure on less
suitable muscles but also increases the risk of compromised postures
12. The variable perceptions to stress exposure trigger
the stress hormone following the unwarranted activation of the sympathetic
nervous system
13. Occupational stress elevates the level of
norepinephrine, epinephrine, cortisol, and catecholamines
14. The occupational stress-based hormonal elevation
generates a blend of negative and positive emotions that sometimes become
unpredictable, uncontrollable, and novel at workplace
15. The tough or rigid work arrangements and
repetitiveness of the tasks at the workplace impact the level of circulating
catecholamines
16. The conservative repetitive tasks (like data entry)
reduce the pace of epinephrine deactivation in comparison to the self-learning,
autonomous, and self-stimulating tasks
17. The repetitive/short work cycles, fixed work
stations, and traditional/conservative work environment challenge the
catecholamine deactivation process to a considerable extent
18. The abnormal cortisol/catecholamine levels in
stressed individuals impact the overall functionality of their ligaments,
tendons, and muscles
19. The elevated release of norepinephrine under the
impact of work stress elevates the task performance rate and behavior that
eventually increases biomechanical risks based on the forceful and rapid
responses to the assigned projects
20. The elevated release of neurotransmitters under the
impact of occupational stress exacerbates the musculoskeletal
complications
21. The occupational stress-based release of serotonin triggers
the release of bradykinin (i.e. endogenous pain mediator)
22. The mechanical stimulation under stressful
conditions facilitates the infusion of bradykinin and serotonin into tibialis
anterior muscle that leads to prolonged and high-intensity pain
23. The occupational stress also impacts the muscles
through the induction of nociceptor sensitization effect
24. The impact of occupational stress on the central
nervous system deteriorates emotional and attention/focus of people while
reducing their pain tolerance and pain perceptions
25. The stress-based induction of circulating
catecholamines triggers vasoconstriction that in many scenarios restricts the
vascular supply of the functionally deteriorated nerves
26. The occupational stress potentially disrupts the
immune/inflammatory responses of individuals
27. The stress-based induction of
cortisol/glucocorticoids reduces the transfer of inflammatory
mediators/cytokines to the injured tissues
28. The repeated mechanical insult due to sustained
occupational stress defeats the recovery of the pain-sensitive tissues
29. Occupational stress also delays the healing of oral
puncture wounds
30. The work-related stressors reduce the generation of
proinflammatory cytokines (example, interleukin-1ρ) that deteriorates the
fibroblasts activation and cell recruitment processes
Is it Possible to Manage Occupational Stress?
Stress management options rely on the following
evidence-based interventions (Schneiderman, Ironson, & Siegel, 2005).
1. Cognitive-behavioral therapy based on reprocessing
and eye movement desensitization
2. Psychopharmacotherapy
3. Pharmacotherapy
4. Cognitive-behavioral stress management
5. Dietary management
The below-mentioned innovative occupational
stress-management interventions/strategies help in improving the emotional
stamina and psychosocial strength (Gardiner et al., 2015). The stressed
professionals should engage themselves in one or more of these activities in
their leisure time (outside work premises/operational hours).
1. Aromatherapy
2. Relaxation technique
3. Mind-body interventions based on yoga, meditation,
and deep breathing exercises
4. Creative visualization
5. Hot baths
6. Bubble baths
7. Meditation based on beach noise taps
8. Biking
9. Camping
10. Body control methods
11. Callahan hand taping
12. Relaxation tapes
13. Crocheting
14. Smooth Jazz music
15. Chanting
16. Cooking
17. Counting
18. Electric massage
19. Exercise
20. Group therapy
21. Spiritual engagement
22. Hypnosis
23. Musical activities
24. Massage
25. Muscle relaxation imagery
26. Pedicure
27. Prayer
28. Reading books
29. Reflexology
30. Reiki
31. Sauna/steam room
32. Concentrating
33. Stretching
34. Tai Chi
35. Alternative thinking
36. Walking
You must thoughtfully comply with the following
tips to minimize your risk of health and wellness deterioration under the
impact of occupational stress (Cleveland Clinic, 2020).
- It is advisable to enroll in stress management training programs for the management of deleterious stress reactions
- You must carefully identify your occupational stress-related complications and/or stress reactions and accordingly explore viable stress management strategies
- You must not ignore your stressful feelings of harassment, anxiety, and tension at the workplace and promptly seek help from your supervisor
- You must consult your physician to investigate the relationship of your stress with physical symptoms
- The problems like digestive issues, headaches, tension, and blood pressure elevation require a clinical assessment to explore/rule-out their stress-related etiology
- You must restrict your consumption of alcohol and follow a healthy eating plan for stress management
- You must strike off the myth related to the positive influence of smoking on stress management
- You should regularly participate in performance improvement programs at the workplace to strengthen your occupational stress management capacity
- You must engage with your supervisor following the occurrence of interpersonal conflicts with any employee at the workplace
- The early identification of stress reaction is highly needed to overcome the psychosocial/physical complications
- Breathing exercises and rigorous physical activities not only enhance your stamina but also elevate your overall confidence and coping skills for occupational stress mitigation
- You must make every effort to protect and improve your self-esteem
- You must try learning new skills at the workplace to attain the professional advantage since that greatly helps to reduce the stress-related adversities
- The establishment of realistic expectations and goals at the workplace is necessarily required to improve the perceptions of stress and panic
- Introspection/self-reflection and inculcation of values/morale not only promotes professional growth but also strengthens the stress management ability
- You must consider your workplace stressors as your biggest enemies and leave no stone unturned to win over them
- You must responsibly control your feelings and emotions without giving them the space to hinder your work performance
- You must explore and develop innovative strategies to improve your self-control at the workplace
- Positive interactions with peers and professional discussions will undoubtedly enhance your immunity against work-relates stress
- You must control/optimize your eating habits and maintain a healthy lifestyle to reduce the risk of stress-induced extra consumption of calories
References
Cleveland Clinic.
(2020). Stress Management and Emotional Health. Retrieved from
https://my.clevelandclinic.org/health/articles/6409-stress-management-and-emotional-health
Gardiner, P., Sadikova,
E., Filippelli, A. C., Mitchell, S., White , L. F., Saper , R., . . .
Fredman, L. (2015). Stress Management and Relaxation Techniques Use among
Underserved Inpatients in an Inner City Hospital. Complementary Therapies
in Medicine, 23(3), 405-412. doi:10.1016/j.ctim.2015.03.006
IOM. (2001).
Occupational Stress. In Musculoskeletal Disorders and the Workplace: Low
Back and Upper Extremities. Washington (DC): National Research Council
and Institute of Medicine. Retrieved from
https://www.ncbi.nlm.nih.gov/books/NBK222423/
Quick, J. C., &
Henderson, D. F. (2016). Occupational Stress: Preventing Suffering, Enhancing
Wellbeing. International Journal of Environmental Research and Public
Health, 13(5). doi:10.3390/ijerph13050459
Rao, J. V., &
Chandraiah, K. (2012). Occupational stress, mental health and coping among
information technology professionals. Indial Journal of Occupational and
Environmental Medicine, 16(1), 22-26. doi:10.4103/0019-5278.99686
Schneiderman, N.,
Ironson, G., & Siegel, S. D. (2005). Stress and Health: Psychological,
Behavioral, and Biological Determinants. Annual Review of Clinical
Psychology, 607-628. doi:10.1146/annurev.clinpsy.1.102803.144141
Trifunovic, N., Jatic , Z., & Kulenovic, A. D. (2017). Identification of causes of the occupational stress for health providers at different levels of health care. Medical Archives, 71(3), 169-172. doi:10.5455/medarh.2017.71.169-172