Impact of cosmetic care on QOL in breast cancer patients
Titeca
et al.
772
© 2007 The Authors
JEADV
2007,
21
, 771–776 Journal compilation © 2007 European Academy of Dermatology and Venereology
from comprehensive QOL studies comparing such
treatments and thus little is known about the relative
impacts of each of these on QOL.
4–7
Cosmetology is a specific care offering not only face
moisturizing care, moisturizing massages, corrective
make-up, manicure, and pedicure, but also specialized
hair counsels (wigs, scarf, headband) to help patients to
take care of themselves and to correct the side-effects of
anti-cancer treatment such as alopecia, paleness, dryness
of the skin, scars, erythema, and nail dystrophy.
Unfortunately, so far there is no scientific evidence of
the benefit of cosmetology on QOL. The aim of our study
was to assess the impact of cosmetology and hair care on
QOL in breast cancer patients during the whole treatment
(chemotherapy and radiotherapy).
Materials and methods
Patients
Between January 2001 and August 2004, 27 female
patients aged 18 years old and over were included in two
centres (Erasme University hospital and Notre Dame de
Grâce Clinic Gosselies). Inclusion criteria were stage II
breast cancer treated by lumpectomy (excision of the
tumour with preservation of the breast) with positive
axillary lymph-node dissection receiving adjuvant chemo-
therapy and radiotherapy. Patients were treated either by
cyclophosphamide, methotrexate and fluorouracil (CMF)
or fluorouracil, epirubicin and cyclophosphamide (FEC)
administrated at intervals of 3 or 4 weeks for 4 months
(CMF) to 6 months (FEC). Approval for study was first
obtained from the local ethics committee.
Patients were informed of the target of the study and
were randomized in two groups, the cosmetic group and
the control group. The cosmetic group received cosmetic
care during the chemotherapy and the radiotherapy. The
control group did not received cosmetic care.
Methods
Patients were administered a French validated derma-
tologic specific quality of life questionnaire,
8
the VQ-
Dermato, including 28 questions about seven different
fields of QOL: self-perception, daily life activity, mood state,
social functioning, leisure/activity, treatment-induced
restriction, and physical discomfort
8
(Table 1).
All the patients had to fill in this questionnaire three
times during the adjuvant treatment: before the first
chemotherapy (time 0), after the second cycle of chemo-
therapy (time 1), and at the end of radiotherapy (time 2).
All the patients had an interview before the first cure of
chemotherapy (approximately 12 days before the first cure).
The patients of the cosmetic group received individual coun-
selling to choose the wig (model, colour), to do its mainten-
ance and to have refund by insurance company. Moreover,
this group received, by the same investigator (dermatologist
qualified in cosmetic care), a 2-h session including face
moisturizing care, body moisturizing massage with oils or
moisturizing creams, camouflage, manicure, pedicure and
make-up every month. Finally, they had an interview for
conclusion after the last session of radiotherapy (Table 2).
Data were analysed using the statistics software SPSS
12. Significance was assessed using the chi-squared or
Fisher tests and was set at
P
< 0.05.
Likert scale responses were arbitrarily subdivided in
two groups: never, seldom, not at all, somewhat, I don’t
know, not concerned corresponding to
‘
not altered QOL’
group, and sometimes, often, always, moderately, very
much, extremely corresponding to ‘altered QOL’ group.
Results
Patient’s characteristics
In the cosmetic group we find 14 patients age 39–60
(mean 51); 2 patients had CMF chemotherapy, 12 had
FEC chemotherapy, and all had radiotherapy.
In the control group we find 13 patients age 40–79
(mean 57), 1 had CMF chemotherapy, 12 had FEC chemo-
therapy, and all had radiotherapy (Table 3).
All patients except two developed alopecia, one in each
group.
Impact of cosmetic care on QOL
Table 4 show the number of patients (cosmetic group and
control group) for each responses group: ‘QOL not altered’
and ‘QOL altered’ at three different moments of the
treatment (times 0, 1 and 2).
Three questions showed a difference between the two
groups of patients but only after all the treatment (time 2).
Cosmetic patients were less discouraged than patients
receiving any cosmetic care (question no. 17/
P =
0.032).
Treated patients stayed more self-confident (question no.
23/
P =
0.032). Cosmetic patients stayed more confident
on the future (question no. 24/
P =
0.04).
We can thus notice that the treated patients keep a better
quality of life in two explored fields, the field of the ‘self-
perception of the disease “and the field of” mood state’.
Discussion
The quality of life becomes one useful tool in the medical
field, not only to analyse the impact of a disease but also
to evaluate impact of treatments.