Literature DB >> 36249621

An Observational Study of Anticipatory Coping Behavior of Women for Chemotherapy-Induced Alopecia for Breast Cancer Treatment.

Deepak Raj G1, Oseen Shaikh1, Uday Kumbhar1, Sudharsanan Sundaramurthi1, Vikas Menon2, Chellappa Vijayakumar1.   

Abstract

Background It is necessary to explore patients' expectations of chemotherapy-induced alopecia, anticipate reactions to alopecia, and how women intend to prepare for an altered body appearance. Studies regarding women's critical aspects of anticipatory coping behavior (anticipate reactions to alopecia and how women intend to prepare for a modified body appearance) towards hair loss and factors influencing it are sparse, especially from India. This study helped identify the factors influencing the anticipatory coping behavior toward chemotherapy-induced alopecia. Methodology This was a cross-sectional analytic study carried out for three months, including all breast cancer patients admitted for neo-adjuvant chemotherapy. Anticipatory coping behavior before and during each chemotherapy cycle period (minimum one cycle) was assessed using the World Health Organization scale. Study patients received two sets of questionnaires. The first question is asked before the start of chemotherapy, and the second is requested at least four weeks after completing the first chemotherapy. The first question included baseline demographic data, disease details, and awareness about hair loss. The second question had hair loss pattern, severity of cancer-induced alopecia, and rated the degree of alopecia in a visual analog scale score. Individual psychosocial and social factors associated with the anticipatory coping behavior were documented using a self-administered questionnaire. Results A total of 40 patients were included in the study. All of the participants reported anticipating hair loss. Five percent of the patients came to terms with the inevitability of hair loss. Around 22.5% of them became ready, 67.5% of the patients took control and 52.5% of the patients felt shame in front of society due to a lack of anticipatory behavior. About 47.5% of the participants felt that not being willing to wear a wig is a reason for deficient anticipatory coping behavior. Conclusion The study patients' main reasons for lack of anticipatory coping behavior were shame in society, insecure thoughts about the future, and unwillingness to live with a wig. It should be advised to such patients that losing hair is not a health problem (though it is an emotional issue), and clinicians can encourage them to use hats. Further multi-institutional prospective studies are required to assess the poor motivation of health care professionals to achieve target anticipatory coping behavior.
Copyright © 2022, G et al.

Entities:  

Keywords:  alopecia; anticipatory coping behavior; breast cancer; chemotherapy; chemotherapy-induced alopecia

Year:  2022        PMID: 36249621      PMCID: PMC9557142          DOI: 10.7759/cureus.29097

Source DB:  PubMed          Journal:  Cureus        ISSN: 2168-8184


Introduction

Chemotherapy-induced alopecia (CIA) affects each individual differently. For some patients, the fear of the CIA is significant enough to refuse potentially curative chemotherapy. It is necessary to explore their expectations of the CIA, anticipate reactions to alopecia, and how women intend to prepare for an altered body appearance. Anticipatory coping behavior (ACB) has four levels. These include anticipating, coming to terms with inevitability, becoming ready, and taking control. Studies regarding a woman's critical aspects of ACB towards hair loss and factors influencing it are sparse, especially in India [1]. This study helps identify the factors that influence the ACB towards hair loss. The primary objective of this study was to identify the number of critical aspects of ACB in women undergoing neo-adjuvant CIA for their breast cancer treatment. A secondary objective was to assess the factors associated with anticipatory coping behavior (psychosocial and social impact). This article was first presented for an undergraduate research award, the Golden Jubilee Short-Term Research Award to undergraduate students (GJSTRAUS), at the Seventh Annual Research Day 2022, Jawaharlal Institute of Postgraduate Medical Education and Research (JIPMER), Pondicherry, India, on 3rd March 2022 (https://jipmer.edu.in/sites/default/files/List%20of%20presentations%207RD%20updated%20.pdf).

Materials and methods

Study patients The study included all female breast cancer patients more than 18 years of age admitted for neo-adjuvant chemotherapy. The study excluded patients with recurrent breast carcinoma, those who had already received chemotherapy, with active emotional and cognitive disorders, pre-existing psychiatric illness, those who have recovered from it, not completed even one cycle of chemotherapy, and had prior CIA. Also, the study excluded patients with non-chemotherapy-induced alopecia and alopecia due to other causes like hematological malignancies with generalized metastases, clinical signs of scalp skin metastases, and hereditary alopecia. Sampling technique A convenient sampling technique was used. Calculations were done with Open Epi software version 3.0 (Open Source Epidemiologic Statistics for Public Health, www.OpenEpi.com) using the previous study estimate done by Münstedt et al. [1]. It was found that 97% of patients undergoing chemotherapy had alopecia and 73.3% of the patients did not feel as self-confident as before treatment of chemotherapy considering this proportion with 95% confidence interval and 15% relative precision and a dropout rate of 20%, the expected sample size was calculated to be 40 during the two months study period [1]. Study procedure This prospective observational study was done in the Department of Surgery Jawaharlal Institute of Medical Education and Research (JIPMER), Puducherry, India, from May 2021 to June 2021. Prior approval was taken from the Institutional Ethics Committee (JIP/IEC/2020/028). All patients who fulfilled the inclusion and exclusion criteria were recruited for the study. Written informed consent was obtained from all the patients. Social and demographic data of the patients, stage of carcinoma, type of treatment, and the details of chemotherapy cycles during the initial interview were recorded. ACB before and during each chemotherapy cycle period (minimum one cycle) was assessed using the World Health Organization (WHO) scale. Study patients received two sets of questionnaires. The first question included baseline demographic data, disease details, and awareness about hair loss. The second question included hair loss pattern and severity of CIA, and the degree of alopecia in a visual analog scale score. The first question is asked before the start of chemotherapy, and the second question is asked at least four weeks after completing the first chemotherapy. The severity of cancer-induced alopecia is graded by the WHO, grade 0 for none, grade 1 for mild, grade 2 for pronounced, and grade 3 for total alopecia. Furthermore, patients were asked to rate the degree of alopecia in a Visual Analogue Scale (VAS) score ranging from 0 (for no alopecia) to 100 (for total baldness) and details about the ACB pattern. Individual psychosocial and social factors associated with the ACB are documented using a self-administered questionnaire. ACB was categorized into four levels. These include anticipating hair loss, coming to terms with the inevitability of hair loss, becoming ready, and taking control [1]. These four themes are correlated with the socio-psychological parameters. The adjustment refers to the psychological processes that occur over time as the individual, and those in their social world, manage, learn from, and adapt to the multitude of changes that have been precipitated by the illness and the treatment, failure of this adjustment leads to deficiency in ACB [2].

Results

A total of 40 patients were included in the study. All the patients had CIA. Eighteen (45%) patients developed body pain and fatigue, six (15%) patients developed oral ulcers, four (10%) patients developed nausea and vomiting, two (5%) patients developed diarrhea, five (12.5%) patients developed bleeding, and three (7.5%) patients developed some other side effects. Ten (25%) patients were willing to face hair loss. About 14 (35%) patients were afraid to face hair loss. Thirty-two (80%) participants had total hair loss, and 30 (75%) patients had grade 3 hair loss. There was a statistical difference between VAS scores about alopecia before and after chemotherapy (p<0.05) (Table 1).
Table 1

Baseline hair loss knowledge among study patients.

*Data presented as mean; WHO: World Health Organization; VAS: Visual Analog Scale.

Medium (below the shoulder)

Good (below the spine of the scapula)

Long (below the inferior angle of the scapula)

ParametersNumber (%) (n=40)
Hair growth
Low (above the shoulder)3 (7.5)
Medium (below the shoulder)19 (47.5)
Good (below the spine of the scapula)14 (35)
Long (below the inferior angle of the scapula)4 (10)
Side effects of chemotherapy  
Hair loss40 (100)
 0
Body pain and Fatigue18 (45)
 22 (55)
Oral ulcers6 (15)
 34 (85)
Nausea and Vomiting4 (10)
 36 (90)
Bleeding5 (12.5)
 35 (87.5)
Diarrhea2 (5)
 38 (95)
Other3 (7.5)
 37 (92.5)
Are you willing to face hair loss?
Yes10 (25)
No30 (75)
What is your current mental status of hair loss?
Afraid14 (35)
Not Afraid26 (65)
Hair loss type 
Patchy10 (25)
Total30 (75)
WHO grade
00
12 (5)
28 (20)
330 (75)
VAS about alopecia*
At Admission before chemotherapy20.125
After six weeks of chemotherapy75.5

Baseline hair loss knowledge among study patients.

*Data presented as mean; WHO: World Health Organization; VAS: Visual Analog Scale. Medium (below the shoulder) Good (below the spine of the scapula) Long (below the inferior angle of the scapula) Fifteen (37.5%) patients were afraid after noticing hair fall, and 14 (35%) shaved their heads completely. Thirty-four (85%) patients had support from a family member after witnessing the hair fall, which helped them achieve ACB. After the family members, 25 (62.5%) of the patients’ neighbors suggested the patients wear a wig, 13 (32.5%) patients’ friends laughed at them, and two (5%) patients’ relatives ignored the patients after noticing the hair fall. Twenty-three (57.5%) patients tried to cover up their heads; because they felt shame in front of society. Three (7.5%) patients had discussed their hair loss with family members, 14 (35%) patients had discussed their hair loss with friends, and 23 (57.5%) patients did not discuss it with anyone (Table 2).
Table 2

Mood affective parameters after hair loss in study patients.

Mood affective parametersNumber (%) (n=40)
Patient's reaction after noticing hair fall
Loss of confidence3 (7.50)
Afraid15 (37.50)
Did not care about hair loss5 (12.50)
Shaved head completely14 (35.00)
I did not worry as I knew already.1 (2.50)
Not affected2 (5.00)
The first reaction of family members
Supportive34 (85.00)
Not supportive1 (2.50)
No reaction5 (12.50)
Who noticed first after the patient's family members, and what was their reaction?
Neighbors suggested wig25 (62.50)
Friends laughed13 (32.50)
Relatives avoided2 (5.00)
Did patients try to cover it up?
Yes23 (57.50)
No17 (42.50)
With whom did patients speak about hair loss?
Family members3 (7.50)
Friends14 (35.00)
Not discussed23 (57.50)
All the patients (100%) in the study population only thought about hair loss ('anticipating'). About 38 (95%) patients were coming to 'terms with the inevitability of losing hair and were ready to face hair loss; many of the patients took control of hair loss. Thirty-one (78%) patients started to cope with losing hair ('becoming ready'). Almost 37 (93%) patients voluntarily, after noticing hair loss go to the temple they shave their head ('taking control') (Table 3).
Table 3

Achievement of anticipatory coping behavior in study patients.

Anticipatory coping behaviorNumber (%) (n=40)
If achieved 'anticipating hair loss' reason for that (e.g., oh my god, I am going to lose my hair, I did not think about anything else) 
Yes40 (100)
No00
If achieved 'coming to terms with inevitability of hair loss' reason for that (e.g., I did not want chemotherapy. did not want to lose my hair) 
Yes38 (95)
No2 (5)
If achieved 'becoming ready' reason for that (e.g., I have already set myself up with one wig, and I have another one in the pipeline coming along) 
Yes31 (77.5)
No9 (22.5)
If achieved 'taking control' reason for that (e.g., at what point in treating hair loss might be expected to occur, advice about wearing hats to catch lost hair) 
Yes13 (32.5)
No27 (67.5)
Thirty-two (80%) patients felt poor motivation from health care professionals. There were 28 (70%) patients who had a lack of self-confidence, 21 (52.50%) patients who felt shame in front of society, 20 (50%) were insecure about the future, and seven patients who had other social reasons for failure. Nineteen (47.5%) patients were not willing to live with a wig, 37 (92.5%) patients felt less loved by their loved ones, and 38 (95%) patients had poor support from their families (Table 4).
Table 4

Reason for failure in study patients due to deficient anticipatory coping behavior.

Reason for failureNumber (%) (n=40)
Poor motivation from healthcare professionals 
Yes32 (80%)
No8 (20%)
Lack of self-confidence 
Yes28 (70%)
No12 (30%)
Feeling shame in front of society. 
Yes21 (52.50%)
No19 (47.50%)
Insecure thoughts of future 
Yes20 (50%)
No20 (50%)
Other social factors 
Yes7 (17.50%)
No33 (82.50%)
Not willing to live with the wig 
Yes19 (47.50%)
No21 (52.50%)
Feeling different from loved ones. 
Yes37 (92.50%)
No3 (7.25%)
Poor support from family 
Yes38 (95.00)
No2 (5.00%)

Discussion

Despite numerous unpleasant side effects of chemotherapy, such as vomiting, nausea, and tiredness, a previous study found that hair loss was the most traumatic aspect of the treatment for 46% of respondents [3]. Nursing understands possible illness-related changes in self-concept and how changes affect the healing process across the illness/wellness continuum [4]. These activities include resource accumulation (information), initial appraisal (assessment of the impact of the event), initial coping efforts (actions to prevent or minimize the event), and elicitation and use of feedback [5,6]. Out of the total, 52.5% of the patients felt shame in front of society; that is the reason for deficient ACB. 34.5% of participants were afraid to face hair loss. The remaining patients were supported by family members, which helped them to achieve anticipatory coping behavior. This may be due to a lower level of education and poor socio-economic background. Most of the patients felt that proper instruction from the clinicians and family support would help achieve ACB. The most common reaction of patients noticing hair loss was being afraid (37.5%) and losing confidence. Of those who saw hair loss, 35% shaved their heads. Only a few were not worried that they were losing hair, probably due to the achievement of the ACB. Most of the study patients' family members were supportive, which helped them achieve anticipatory coping behavior. Some of the patients spoke to family members or friends, but a few others were not open to discussing hair loss. Family members give moral support to the patient in their difficult times. The neighbors of the patients suggested wearing a wig. Some of the friends of the patients had laughed at them for alopecia. Some of the relatives of the patients avoided talking to the patients. These kinds of behavior from relatives and friends may build a social stigma about cancer patients undergoing chemotherapy. Patients who are facing all these difficulties from society feel dejected. Moreover, many patients tried to cover up their heads because they felt shame in front of the community. Patients, along with friends and relatives, should be counseled and encouraged to discuss hair loss with their relatives or friends, and they should be advised not to worry about what society thinks and to be afraid of losing hair [7]. None of the patients in the study population solely thought about hair loss. A few of them were coming to terms with the inevitability of losing hair and were becoming ready to face hair loss. Many of the patients achieved taking control of hair loss. Some patients coped by voluntarily shaving their heads at the temple, while others remained worried. A previous study observed CIA severely affects the patient's quality of life [8]. Another study demonstrated that patients need information and support for chemotherapy-related problems [9]. Physicians can advise such patients that losing hair is not a detrimental health problem and encourage them to use hats. The study patients' main reasons for lack of ACB were shame in society, insecure thoughts about the future, and unwillingness to live with a wig. Patients should be counseled on managing the social implications of the CIA, and other avenues of support may be suggested to those who feel estranged from their families. Since some patients feel poor motivation from health care professionals is also a reason, it must be corrected so that in the future for other patients, we can encourage them and help them to achieve coping behavior. The limitations of this study are that it is a prospective analytic study with a small sample size of the population and a failure to analyze other socioeconomic factors. Larger sample sizes with an analysis of patient ACB in a different stage of hair loss will give more consolidated results. Further multi-institutional prospective studies are required to assess the poor motivation of health care professionals to discover what changes are needed to achieve the target ACB. Further studies can be conducted using a computerized program to endorse patients with education and information for the CIA [10]. Few studies have also demonstrated that scalp cooling may reduce the CIA, which can be advised to patients [11].

Conclusions

The main reasons for the lack of ACB are the lack of support from treating clinicians and family members. Once patients got support from family members, they achieved “taking control” of hair loss in a better way. Few patients started to cope with losing hair by shaving their heads with a temple or wig, or hat. While others just worried about hair loss and did not find ways to cope with the hair loss. The clinician can encourage them adequately so that patients will get self-confidence, secure thoughts about the future, and live with wigs or hats for time being, as the CIA is temporary.
  10 in total

1.  Knowledge, expectations and experiences of patients receiving chemotherapy for breast cancer.

Authors:  A J Tierney; J Taylor; S J Closs
Journal:  Scand J Caring Sci       Date:  1992

2.  Anticipating an altered appearance: women undergoing chemotherapy treatment for breast cancer.

Authors:  Hannah Frith; Diana Harcourt; Anna Fussell
Journal:  Eur J Oncol Nurs       Date:  2007-05-18       Impact factor: 2.398

3.  An evaluation of a computer-imaging program to prepare women for chemotherapy-related alopecia.

Authors:  Elizabeth L McGarvey; Maguadalupe Leon-Verdin; Lora D Baum; Karen Bloomfield; David R Brenin; Cheryl Koopman; Scott Acton; Brian Clark; B Eugene Parker
Journal:  Psychooncology       Date:  2010-07       Impact factor: 3.894

4.  Changes in self-concept and body image during alopecia induced cancer chemotherapy.

Authors:  K Münstedt; N Manthey; S Sachsse; H Vahrson
Journal:  Support Care Cancer       Date:  1997-03       Impact factor: 3.603

5.  Efficacy and tolerance of a scalp-cooling system for prevention of hair loss and the experience of breast cancer patients treated by adjuvant chemotherapy.

Authors:  Christel Protière; Katrin Evans; Jacques Camerlo; Marie-Pierre d'Ingrado; Geneviève Macquart-Moulin; Patrice Viens; Dominique Maraninchi; Dominique Genre
Journal:  Support Care Cancer       Date:  2002-08-15       Impact factor: 3.603

Review 6.  Chemotherapy-induced alopecia and effects on quality of life among women with breast cancer: a literature review.

Authors:  Julie Lemieux; Elizabeth Maunsell; Louise Provencher
Journal:  Psychooncology       Date:  2008-04       Impact factor: 3.894

Review 7.  The symptom experience of alopecia.

Authors:  S Pickard-Holley
Journal:  Semin Oncol Nurs       Date:  1995-11       Impact factor: 2.315

8.  Impact of scalp cooling on chemotherapy-induced alopecia, wig use and hair growth of patients with cancer.

Authors:  C J G van den Hurk; M E van den Akker-van Marle; W P M Breed; L V van de Poll-Franse; J W R Nortier; J W W Coebergh
Journal:  Eur J Oncol Nurs       Date:  2013-04-06       Impact factor: 2.398

9.  The Role of Hair Loss in Cancer Identity: Perceptions of Chemotherapy-Induced Alopecia Among Women Treated for Early-Stage Breast Cancer or Ductal Carcinoma in Situ.

Authors:  Diane Trusson; Alison Pilnick
Journal:  Cancer Nurs       Date:  2017 Mar/Apr       Impact factor: 2.592

  10 in total

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