Menopause Review
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Menopause Review/Przegląd Menopauzalny
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4/2025
vol. 24
 
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Original paper

Knowledge, attitudes, and practices on menopause among female health workers in Vietnam – findings from a cross-sectional study

Trang Nguyen-Khanh Huynh
1
,
Nga Thuy Nguyen
2
,
Phuoc Ngoc Huynh
2
,
Thao Thi-Phuong Nguyen
2
,
Huy Phuong Tran
2
,
Tuyet Thi-Diem Hoang
2

  1. Department of Obstetrics and Gynaecology, Pham Ngoc Thach University of Medicine, Ho Chi Minh City, Vietnam
  2. Hung Vuong Hospital, Ho Chi Minh City, Vietnam
Menopause Rev 2025; 24(4): 268-281
Online publish date: 2026/02/04
Article file
- Knowledge attitudes.pdf  [0.16 MB]
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Introduction

Menopause is a natural biological transition marking the permanent cessation of menstruation and the end of a woman’s reproductive life [1]. Globally, most women experience menopause between the ages of 45 and 55, with a mean age of approximately 50 years [2]. This transition is accompanied by a wide spectrum of physiological and psychological changes that can affect quality of life and overall well-being. Common symptoms include vasomotor disturbances such as hot flashes and night sweats, sleep problems, mood changes, and urogenital complaints, which may interfere with daily functioning, interpersonal relationships, and work productivity [3]. International research has shown that women with limited knowledge or negative attitudes towards menopause are less prepared to manage these symptoms and may be less likely to seek medical advice [4].

Despite growing global attention to midlife women’s health, substantial regional disparities persist. In many Asian societies, menopause remains a sensitive and often neglected topic [5, 6]. Cultural beliefs, societal taboos, and limited access to reliable information may contribute to misconceptions and delayed health-seeking behaviours. Vietnam shares several of these cultural characteristics with neighbouring countries, where menopause is often considered a private topic, leading to gaps in communication and insufficient education [7].

Female health workers, who represent the majority of staff in maternity hospitals, are themselves approaching or experiencing menopause. Their understanding and attitudes towards this transition not only affect their personal well-being but also influence their ability to counsel patients and raise community awareness. Although some studies have shown that even healthcare professionals may lack adequate training on menopause [8], evidence from Southeast Asia – and from Vietnam in particular – remains limited. This scarcity of data constrains the development of evidence-based interventions to support women in the workforce and improve the quality of menopause-related patient care. Despite their central role in reproductive health services, there is still a notable absence of research examining menopause-related knowledge, attitude, practice (KAP) among health workers in Vietnam.

The knowledge, attitude, practice model has been widely applied in public health to explain how awareness and perceptions influence behaviours [9]. Applying this model to female health workers provides an opportunity to identify educational gaps, inform workplace policies, and support interventions that enhance both staff well-being and patient care.

Therefore, this study aimed to evaluate KAP regarding menopause among female health workers at Hung Vuong Hospital – a tertiary obstetrics and gynaecology hospital in Vietnam – and to explore factors associated with these outcomes. Generating such evidence is essential for developing tailored training programs and improving support mechanisms for this workforce, with implications for similar settings globally.

Material and methods

Study design and population

This descriptive cross-sectional study was conducted at Hung Vuong Hospital, Ho Chi Minh City, Vietnam, from March to June 2024. The study targeted female health workers aged 40–60 years who were employed at the hospital during the study period. The selected age range aligns with the STRAW+10 staging system and global epidemiological evidence, which indicate that the menopausal transition typically begins in the early to mid-40s, natural menopause occurs for most women between ages of 45 and 55, and clinically significant postmenopausal symptoms may persist into the late 50s [10]. Including women aged 40–60 therefore ensured that the study population encompassed individuals who were most likely to be approaching, experiencing, or having recently undergone menopause, consistent with international research on menopausal knowledge and attitudes.

Eligible participants included physicians, specialists, nurses, pharmacists, attendants, accountants, and other staffs who consented to take part after being fully informed about the study, and who participated in the hospital’s 2024 perimenopausal and menopausal health screening program. Exclusion criteria included non-hospital employees working under outsourced service contracts and individuals who declined to participate.

Eligible participants were invited through internal hospital announcements conducted by the research team. Those who expressed interest were directed to a private meeting room arranged for the study. Before participation, all individuals received a brief explanation of the study objectives, procedures, and confidentiality protections, after which written informed consent was obtained. Participants completed the paper-based questionnaire themselves during scheduled times. Research staff were available nearby to clarify procedural questions but did not assist with or influence questionnaire responses.

Sample size

The sample size was estimated based on a single population proportion with a 95% confidence level and a 5% margin of error. The expected proportion of correct knowledge regarding menopause was derived from the study by Pathak et al. [11], resulting in a minimum required sample size of 359 participants.

Questionnaire

The questionnaire was developed based on previous studies by Pathak et al. [11] and Saswatika et al. [12], then translated into Vietnamese and pilot-tested with 30 participants to ensure clarity and reliability. Internal consistency reliability, measured using Cronbach’s alpha, was 0.88 for knowledge, 0.72 for attitudes, and 0.81 for practices.

The final instrument consisted of 45 items, divided into two sections:

  • Section A: 12 questions on sociodemographic and background information,

  • Section B: 33 questions assessing KAP regarding perimenopause and menopause.

The knowledge domain (15 items) assessed understanding of menopausal physiology, symptoms, and management. Each correct answer was scored as one, and total scores were categorized as poor (0–5), average (6–10), or good (11–15).

The attitude domain (7 items) was scored as positive (1) or negative (0), yielding total scores classified as negative (0–3) or positive (4–7).

The practice domain (11 items) evaluated self-care and health-seeking behaviours, scored as poor (0–3), average (4–7), or good (8–11).

Data analysis

Data were entered in EpiData 3.1 and analysed using Stata 14.2. Descriptive statistics summarised baseline characteristics and KAP outcomes. Knowledge and practice scores were categorized into poor, average, and good. Attitude was classified as positive or negative. The χ2 test or Fisher’s exact test was applied to examine associations between categorical variables, and independent-sample t-tests or ANOVA were used for continuous variables where appropriate. Variables significant in bivariate analysis were entered into multivariable regression to identify independent predictors. Crude prevalence ratios (PR) and 95% CI were calculated to estimate associations. Statistical significance was set at p < 0.05.

Results

Eligibility

Of the 482 eligible female health workers aged 40–60 years, 79 were excluded – 6 who did not participate in the annual health screening and 73 who declined to join the study. A total of 403 participants were enrolled and completed the questionnaire (Figure 1).

Figure 1

Flowchart of eligible participants

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Participant characteristics

Most participants worked in clinical departments (74.7%), were aged 40–45 years (57.6%), and resided in Ho Chi Minh City (98.8%). The majority held a university degree (61.0%) and were employed as nurses (65.3%). Nearly all participants were of Kinh ethnicity (97.5%) and married (79.9%), with two children (64.5%) being the most common. Most women reported no chronic medical conditions (70.2%) and were in the premenopausal stage (52.9%) (Table 1).

Table 1

General characteristics of participants (N = 403)

ParametersFrequencyPercentage
Department/unit
Administrative unit5613.90
Clinical department30174.69
Paraclinical department4611.41
Age (years)
40–4523257.57
46–508922.08
51–557017.37
56–60122.98
Height [cm]
Mean ±SD154.75 ±5.02
Min–max140–170
Weight [kg]
Mean ±SD56.71 ±7.82
Min–max37–90
Gender
Female403100
Other (specify, if applicable)00
Residence
Ho Chi Minh City39898.76
Province51.24
Education level
College5613.90
University24661.04
Postgraduate6215.38
Elementary certificate/school/elementary81.99
Secondary school317.69
Position
Physician5613.90
Specialist112.73
Nurse26365.26
Pharmacist102.48
Attendant71.74
Accountant204.96
Other368.93
Ethnicity
Kinh39397.52
Chinese/Vietnamese102.48
Marital status
Single4110.17
Married32279.90
Divorced338.19
Widowed71.74
Number of children
None5313.15
One7618.86
Two26064.52
More than two143.47
Contraceptive method in use
Condom8721.59
Oral contraceptive pills194.71
Implant204.96
Intrauterine device5313.15
Ogino method266.45
Withdrawal method143.47
Sterilization153.72
No contraceptive method17844.17
Comorbid medical conditions
Hypertension4711.66
Diabetes mellitus153.72
Heart disease40.99
Kidney disease30.74
Other4811.91
Asthma30.74
Hyperthyroidism71.73
No comorbidity28370.22
Self-assessment of menopausal status
Not yet perimenopausal/menopausal21352.85
Perimenopausal (still menstruating, with symptoms)11729.03
Postmenopausal (no menstruation ≥ 1 year)4811.91
Amenorrhoeic but unsure of menopausal status256.20
Gynaecological history
Endometriosis51.24
HPV infection20.50
Ovarian cysts/fibroids122.98
Vaginitis184.47
Cervical ectropion40.99
Endometritis20.50
Other317.69
Menorrhagia61.49
Polyp30.74
No gynaecological disease history31979.16

Knowledge about menopause

Most participants demonstrated a good understanding of menopause. They correctly identified the diagnostic criterion of 12 months without menstruation (80.7%) and acknowledged genetic influences on menopausal age (75.9%). Awareness was high regarding postmenopausal bleeding (84.9%), sexual health (83.1%), and the benefits of a healthy lifestyle (96.5%). However, misconceptions persisted – only 11.2% believed that thin women experience earlier menopause, and knowledge of hormone replacement therapy (HRT) remained moderate (64.8%). Overall, 73.5% demonstrated good knowledge, 22.8% average, and 3.7% poor (Tables 2, 3).

Table 2

Knowledge about menopause among participants

QuestionsAnswer, n (%)
CorrectIncorrectDon’t know
1. At what age does menopause usually occur?188 (46.60)215 (53.40)0 (0)
2. Menopause is diagnosed when menstruation stops for 12 consecutive months?325 (80.65)50 (12.41)28 (6.95)
3. Does genetic background affect the age of menopause?306 (75.93)54 (13.40)43 (10.67)
4. Is postmenopausal bleeding abnormal?342 (84.86)27 (6.70)34 (8.44)
5. Does menopause affect your sexual life?335 (83.13)35 (8.68)33 (8.19)
6. Do thinner women experience menopause earlier?45 (11.17)260 (64.52)98 (24.32)
7. Does menopause cause weight gain and obesity in women?221 (54.84)119 (29.53)63 (15.63)
8. Does menopause increase stress in women?344 (85.36)36 (8.93)23 (5.71)
9. Is menopause associated with many chronic diseases?280 (69.48)78 (19.35)45 (11.17)
10. Should menopausal women consult a doctor?372 (92.31)18 (4.47)13 (3.23)
11. Is maintaining a healthy lifestyle beneficial during menopause?389 (96.53)3 (0.74)11 (2.73)
12. Can menopausal symptoms be prevented or treated?285 (70.72)76 (18.86)42 (10.42)
13. Is eating certain foods beneficial during menopause?329 (81.64)26 (6.45)48 (11.91)
14. Are you aware of hormone replacement therapy?261 (64.76)142 (35.24)0 (0)
15. Are you aware of menopausal symptoms?363 (90.07)40 (9.93)0 (0)
Table 3

Overall knowledge level about menopause among participants

Overall knowledge levelFrequencyPercentage
Poor (0–5 points)153.72
Average (6–10 points)9222.83
Good (11–15 points)29673.45

Attitudes towards menopause

Most respondents expressed positive attitudes towards menopause. Although nearly half viewed it as a loss of youth (48.6%), the majority regarded it as a natural and acceptable stage (83.1%) and not the end of sexual life (81.9%). Overall, 65.3% demonstrated positive attitudes, while 34.7% expressed negative views (Table 4).

Table 4

Attitudes of women in the perimenopausal and menopausal period

QuestionsAnswer, n (%)
PositiveNegative
16. Do you think menopause means losing youth?196 (48.64)207 (51.36)
17. Do you think menopausal psychological symptoms affect quality of life?312 (77.42)91 (22.58)
18. Do you think menopause means the end of sexual life?330 (81.89)73 (18.11)
19. Do you think menopausal women should devote more time to spirituality?69 (17.12)334 (82.88)
20. Do you think menopause is associated with maturity and experience?189 (46.90)214 (53.10)
21. Do you think menopause is a way to reduce menstruation?142 (35.24)261 (64.76)
22. Are physical changes during menopause inevitable and acceptable?335 (83.13)68 (16.87)
Overall attitude263 (65.26)140 (34.74)

Practices related to menopause

Most participants discussed menopausal symptoms with others (79.9%) and sought medical advice when symptoms appeared (70.7%). More than half had received medical treatment (54.8%) and emphasized personal hygiene (76.4%). Regular exercise was reported by 59.8%. Healthy eating (81.4%), stress management (62.5%), and maintaining interpersonal relationships (87.6%) were common coping strategies. Overall, 39.7% showed good practices, 44.9% average, and 15.4% poor (Tables 5, 6).

Table 5

Practices of women in the perimenopausal and menopausal period

QuestionsAnswer, n (%)
YesNo
23. Do you discuss menopausal symptoms with others?322 (79.90)81 (20.10)
24. Do you consult a doctor when menopause begins?285 (70.72)118 (29.28)
25. Have you ever sought medical treatment for perimenopausal symptoms?221 (54.84)182 (45.16)
26. Do you pay special attention to personal hygiene during menopause?308 (76.43)95 (23.57)
27. Do you exercise to relieve menopausal symptoms?241 (59.80)162 (40.20)
28. Do you practice yoga to reduce menopausal symptoms?145 (35.98)258 (64.02)
29. Do you engage in spiritual activities for relaxation?74 (18.36)329 (81.64)
30. Do you use any special foods to relieve menopausal symptoms?79 (19.60)324 (80.40)
31. Do you follow a healthy diet to maintain better menopausal health?328 (81.39)75 (18.61)
32. Do you value improving interpersonal relationships?353 (87.59)50 (12.41)
33. Do you engage in activities to relieve stress?252 (62.53)151 (37.47)
Table 6

Overall practice level among women in the perimenopausal and menopausal period

Overall practice levelFrequencyPercentage
Poor (0–5 points)6215.38
Average (6–10 points)18144.91
Good (11–15 points)16039.71

Factors associated with knowledge, attitudes, and practices

Education level was significantly associated with knowledge about menopause (p < 0.001), with higher-educated participants showing better knowledge (Table 7). No significant associations were found between attitudes and any sociodemographic or clinical characteristics (Table 8). Contraceptive use was significantly related to better practices (p = 0.026), whereas no other background factors showed associations (Table 9). Multivariable regression revealed no significant predictors of overall attitude towards menopause (Table 10).

Table 7

Association between baseline characteristics and knowledge of women in the perimenopausal-menopausal period

CharacteristicKnowledge level, n (%)p-value
PoorAverageGood
Department/unit
Functional department/administrative unit6 (10.71)17 (30.36)33 (58.93)0.015*
Clinical department8 (2.66)62 (20.60)231 (76.74)
Paraclinical department1 (2.17)13 (28.26)32 (69.57)
Age (years)
40–459 (3.88)51 (21.98)173 (74.14)0.988*
46–503 (3.37)22 (24.72)64 (71.91)
51–553 (4.29)17 (24.29)50 (71.43)
56–600 (0)2 (16.67)10 (83.33)
Place of residence
Ho Chi Minh City14 (3.52)92 (23.12)292 (73.37)0.115*
Province1 (20.0)0 (0)4 (80.0)
Education
College3 (5.36)15 (26.79)38 (67.86)< 0.001*
University7 (2.85)64 (26.02)175 (71.14)
Postgraduate1 (1.61)2 (3.23)59 (95.16)
Elementary1 (12.50)1 (12.50)6 (75.0)
Secondary school3 (9.68)10 (32.26)18 (58.06)
Professional title
Physician0 (0)2 (3.57)54 (96.43)N/A
Specialist1 (9.09)4 (36.36)6 (54.55)
Nurse6 (2.28)58 (22.05)199 (75.67)
Pharmacist0 (0)2 (20.0)8 (80.0)
Attendant0 (0)2 (28.57)5 (71.43)
Accountant3 (15.0)8 (40.0)9 (45.0)
Other5 (13.89)16 (44.44)15 (41.67)
Ethnicity
Kinh15 (3.82)89 (22.65)289 (73.54)0.8*
Chinese/Vietnamese0 (0)3 (30.0)7 (70.0)
Marital status
Single2 (4.88)11 (26.83)28 (68.29)0.589*
Widowed1 (14.29)2 (28.57)4 (57.14)
Divorced1 (3.03)7 (21.21)25 (75.76)
Married11 (3.42)72 (22.36)239 (74.22)
Number of children
None2 (3.77)18 (33.96)33 (62.26)0.337*
One4 (5.26)16 (21.05)56 (73.68)
Two8 (3.08)55 (21.15)197 (75.77)
More than two1 (7.14)3 (21.43)10 (71.43)
Contraceptive method
Condom
Yes5 (5.75)13 (14.94)69 (79.31)0.087
No10 (3.16)79 (29.0)227 (71.84)
Oral contraceptive pills
Yes2 (10.53)2 (10.53)15 (78.95)0.134
No2 (3.39)90 (23.44)281 (73.18)
Implant
Yes1 (5.0)5 (25.0)14 (70.0)0.73
No14 (3.66)87 (22.72)282 (73.63)
Intrauterine device
Yes0 (0)19 (35.85)34 (64.15)N/A
No15 (4.29)73 (20.86)262 (74.86)
Ogino method
Yes1 (3.85)6 (23.08)19 (73.08)1.00
No14 (3.71)86 (22.81)277 (73.47)
Withdrawal method
Yes1 (7.14)1 (7.14)12 (85.71)0.257
No14 (3.6)91 (23.39)284 (73.01)
Sterilization
Yes0 (0)5 (33.33)10 (66.67)0.643
No15 (3.87)87 (22.42)286 (73.71)
Any contraceptive method
Yes9 (4.0)50 (22.22)166 (73.78)0.906
No6 (3.37)42 (23.6)130 (73.03)
Comorbidities
Yes4 (3.33)18 (15.0)98 (81.67)0.039
No11 (3.89)74 (26.15)198 (69.96)
Self-assessed menopausal status
Not yet10 (4.69)50 (23.47)153 (71.83)0.961
Perimenopausal3 (2.56)26 (22.22)88 (75.21)
Postmenopausal1 (2.08)10 (20.83)37 (77.08)
Unsure1 (4.0)6 (24.0)18 (72.0)
Gynaecological disease history
Yes2 (2.38)13 (15.48)69 (82.14)0.145
No13 (4.08)79 (24.76)227 (71.16)
Height (Mean ±SD)155.93 ±5.27155.30 ±5.59154.52 ±4.810.123
Weight (Mean ±SD)57.73 ±9.4457.32 ±7.2556.47 ±7.920.321

[i] Asterisks (*) indicate variables tested with Fisher’s exact test.

Table 8

Association between baseline characteristics and attitude of women in the perimenopausal-menopausal period

CharacteristicAttitude, n (%)PR (95% CI)p-value
NegativePositive
Department/unit
Functional department/administrative unit26 (46.43)30 (53.57)1
Clinical department94 (31.23)207 (68.77)1.28 (0.87–1.88)0.201
Paraclinical department20 (43.48)26 (56.52)1.05 (0.62–1.78)0.841
Age
40–4578 (33.62)154 (66.38)1
46–5036 (40.45)53 (59.55)0.99 (0.95–1.05)0.796
51–5524 (34.29)46 (65.71)0.99 (0.94–1.04)0.679
56–602 (16.67)10 (83.33)1.05 (0.97–1.13)0.240
Place of residence
Ho Chi Minh City140 (35.18)258 (64.82)0.65 (0.60–0.7)0.168*
Province0 (0)5 (100.0)1
Education
College18 (32.14)38 (67.86)1
University86 (34.96)160 (65.04)0.96 (0.78–1.17)0.682
Postgraduate20 (32.26)42 (67.74)1 (0.78–1.28)0.989
Elementary5 (62.50)3 (37.50)0.55 (0.22–1.38)0.203
Secondary school11 (35.48)20 (64.52)0.95 (0.69–1.31)0.755
Professional title
Physician18 (32.14)38 (67.86)1
Specialist8 (72.73)3 (27.27)0.4 (0.15–1.07)0.069
Nurse86 (32.70)177 (67.30)0.99 (0.81–1.21)0.935
Pharmacist3 (30.0)7 (70.0)1.03 (0.66–1.61)0.891
Attendant1 (14.29)6 (85.71)1.26 (0.89–1.8)0.194
Accountant8 (40.0)12 (60.0)0.88 (0.59–1.32)0.548
Other16 (44.44)20 (55.56)0.82 (0.58–1.15)0.254
Ethnicity
Kinh139 (35.37)254 (64.63)0.72 (0.58–0.89)0.175*
Chinese/Vietnamese1 (10.0)9 (90.0)1
Marital status
Single12 (29.27)29 (70.73)1
Widowed3 (42.86)4 (57.14)0.81 (0.41–1.58)0.534
Divorced11 (33.33)22 (66.67)0.94 (0.69–1.29)0.710
Married114 (35.40)208 (64.60)0.91 (0.74–1.13)0.404
Number of children
None18 (33.96)35 (66.04)1
One27 (35.53)49 (64.47)0.98 (0.76–1.26)0.854
Two90 (34.62)170 (65.38)0.99 (0.80–1.22)0.927
More than two5 (35.71)9 (64.29)0.97 (0.63–1.51)0.904
Contraceptive method
Condom
Yes29 (33.33)58 (66.67)1.03 (0.77–1.37)0.855
No111 (35.13)205 (64.87)
Oral contraceptive pills
Yes8 (42.11)11 (57.89)0.88 (0.48–1.61)0.680
No132 (34.38)252 (65.63)
Implant
Yes7 (35.0)13 (65.0)0.99 (0.57–1.73)0.988
No133 (34.73)250 (65.27)
Intrauterine device
Yes19 (35.85)34 (64.15)0.98 (0.68–1.41)0.915
No121 (34.57)229 (65.43)
Ogino method
Yes8 (30.77)18 (69.23)1.06 (0.66–1.71)0.796
No132 (35.01)245 (64.99)
Withdrawal method
Yes4 (28.57)10 (71.43)1.09 (0.58–2.07)0.771
No136 (34.96)253 (65.04)
Sterilization
Yes6 (40.0)9 (60.0)0.91 (0.47–1.78)0.797
No134 (34.54)254 (65.46)
Any contraceptive method
Yes78 (34.67)147 (65.33)1.00 (078–1.28)0.984
No62 (34.83)116 (65.17)
Comorbidities
Yes30 (25)90 (75)1.22 (0.95–1.58)0.116
No110 (38.87)173 (61.13)
Self-assessed menopausal status
Not yet76 (35.68)137 (64.32)1
Perimenopausal41 (35.04)76 (64.96)1.01 (0.76–1.34)0.945
Postmenopausal13 (27.08)35 (72.92)1.13 (0.78–1.64)0.508
Unsure10 (40)15 (60)0.93 (0.54–1.59)0.798
Gynaecological disease history
Yes34 (40.48)50 (59.52)1.12 (0.82–1.52)0.465
No106 (33.23)213 (66.77)
Height (Mean ±SD)155.59 ±4.83154.31 ±5.070.99 (0.99–1.0)0.013
Weight (Mean ±SD)56.38 ±7.156.89 ±8.191.01 (0.98–1.04)0.511

[i] Asterisks (*) indicate variables tested with Fisher’s exact test.

Table 9

Association between baseline characteristics and practice of women in the perimenopausal-menopausal period

CharacteristicPractice, n (%)p-value
PoorAverageGood
Department/unit
Functional department/administrative unit12 (21.42)22 (39.29)22 (39.29)0.682
Clinical department44 (14.62)139 (46.18)118 (39.2)
Paraclinical department6 (13.04)20 (43.48)20 (43.48)
Age
40–4536 (15.52)108 (46.55)88 (37.93)0.628
46–5014 (15.73)41 (46.07)34 (38.20)
51–5512 (17.14)26 (37.14)32 (45.71)
56–600 (0)6 (50.0)6 (50.0)
Place of residence
Ho Chi Minh City61 (15.33)180 (45.23)157 (39.45)0.470*
Province1 (20.0)1 (20.0)3 (60.0)
Education
College8 (14.29)27 (48.21)21 (37.50)0.083*
University34 (13.82)118 (47.97)94 (38.21)
Postgraduate13 (20.97)16 (25.81)33 (53.23)
Elementary2 (25.0)3 (37.50)3 (37.50)
Secondary school5 (16.13)17 (54.84)9 (29.03)
Professional title
Physician12 (21.43)15 (26.79)29 (51.79)N/A
Specialist4 (36.36)4 (36.36)3 (27.27)
Nurse30 (11.41)130 (49.43)103 (39.16)
Pharmacist2 (20.0)4 (40.0)4 (40.0)
Attendant0 (0)3 (42.86)4 (57.14)
Accountant3 (15.0)10 (50.0)7 (35.0)
Other11 (30.56)15 (41.67)10 (27.78)
Ethnicity
Kinh58 (14.76)178 (4.29)157 (39.95)0.123
Chinese/Vietnamese4 (40.0)3 (30.0)3 (30.0)
Marital status
Single6 (14.63)21 (51.22)14 (34.15)0.692*
Widowed2 (28.57)2 (28.57)3 (42.86)
Divorced7 (21.21)12 (36.36)14 (42.42)
Married47 (14.60)146 (45.34)129 (40.06)
Number of children
None7 (13.21)26 (49.06)20 (37.74)0.267
One15 (19.74)35 (46.05)26 (34.21)
Two36 (13.85)112 (43.08)112 (43.08)
More than two4 (28.57)8 (57.14)2 (14.29)
Contraceptive method
Condom
Yes7 (8.05)45 (51.72)35 (40.23)0.07
No55 (17.41)136 (43.04)125 (39.56)
Oral contraceptive pills
Yes2 (10.53)5 (26.32)12 (63.16)0.111
No5 (26.32)176 (45.83)148 (38.54)
Implant
Yes0 (0)10 (50.0)10 (50.0)0.104
No62 (16.19)171 (44.65)150 (39.16)
Intrauterine device
Yes8 (15.09)23 (43.4)22 (41.51)0.979
No54 (14.43)158 (45.14)138 (39.43)
Ogino method
Yes2 (7.69)15 (57.69)9 (34.62)0.374
No60 (15.92)166 (144.03)151 (40.05)
Withdrawal method
Yes2 (14.29)5 (35.71)7 (50.0)0.764
No60 (15.42)176 (45.24)153 (39.33)
Sterilization
Yes4 (26.67)9 (60.0)2 (13.33)0.09
No58 (14.95)172 (44.33)158 (40.72)
Any contraceptive method
Yes25 (11.11)108 (48)92 (40.89)0.026
No37 (20.79)73 (41.01)68 (38.20)
Comorbidities
Yes17 (14.17)45 (37.5)58 (48.33)0.068
No45 (15.9)136 (48.06)102 (36.04)
Self-assessed menopausal status
Not yet40 (18.78)93 (43.66)80 (37.56)0.073
Perimenopausal11 (9.4)59 (50.43)47 (40.17)
Postmenopausal7 (14.58)15 (31.25)26 (54.17)
Unsure4 (16.0)14 (56.0)7 (28.0)
Gynaecological disease history
Yes10 (11.9)34 (40.48)40 (47.62)0.255
No52 (16.3)147 (46.08)120 (37.62)
Height (Mean ±SD)58.43 ±9.4856.10 ±7.1056.74 ±7.850.401
Weight (Mean ±SD)155.26 ±4.92154.37 ±5.02154.99 ±5.050.928

[i] Asterisks (*) indicate variables tested with Fisher’s exact test.

Table 10

Multivariable analysis of factors associated with overall attitude of women in the perimenopausal-menopausal period

CharacteristicCrude PR (95% CI)p (crude)Adjusted PR (95% CI)p (adjusted)
Place of residence
Ho Chi Minh City0.65 (0.60–0.7)0.1680.60 (0.24–1.48)0.271
Province11
Professional title
Physician11
Specialist0.4 (0.15–1.07)0.0690.44 (0.13–1.43)0.172
Nurse0.99 (0.81–1.21)0.9350.99 (0.68–1.42)0.946
Pharmacist1.03 (0.66–1.61)0.8911.07 (0.47–2.40)0.873
Attendant1.26 (0.89–1.8)0.1941.27 (0.53–3.03)0.585
Accountant0.88 (0.59–1.32)0.5481.04 (0.53–2.05)0.900
Other0.82 (0.58–1.15)0.2540.96 (0.54–1.70)0.891
Ethnicity
Kinh0.72 (0.58–0.89)0.1750.66 (0.33–1.31)0.235
Chinese/Vietnamese11
Height [cm]0.99 (0.99–1.0)0.0130.98 (0.96–1.01)0.96
Knowledge level
Poor11
Average2.72 (0.97–7.62)0.0572.57 (0.79–8.38)0.118
Good3.55 (1.28–9.8)0.0153.09 (0.96–9.96)0.059
Practice level
Poor11
Average1.29 (0.97–1.71)0.0761.16 (0.77–1.77)0.476
Good1.55 (1.18–2.04)0.0021.35 (0.89–2.05)0.159

A significant positive relationship was found between KAP with good knowledge were 3.55 times more likely to have positive attitudes than those with poor knowledge (p = 0.015; 95% CI: 1.28–9.80) (Table 11). Similarly, those with good practices were 1.55 times more likely to have positive attitudes (p = 0.002; 95% CI: 1.18–2.04) (Table 12). Knowledge was also significantly associated with practice levels (p < 0.001) (Table 13).

Table 11

Association between knowledge and attitude of women in the perimenopausal-menopausal period

CharacteristicAttitude, n (%)p-valuePR (95% CI)
NegativePositive
Knowledge level
Poor12 (80.0)3 (20.0)1
Average42 (45.65)50 (54.35)0.0572.72 (0.97–7.62)
Good86 (29.05)210 (70.95)0.0153.55 (1.28–9.8)
Table 12

Association between attitude and practice of women in the perimenopausal-menopausal period

CharacteristicAttitude, n (%)p-valuePR (95% CI)
NegativePositive
Practice level
Poor32 (51.61)30 (48.39)1
Average68 (37.57)113 (62.43)0.0761.29 (0.97–1.71)
Good40 (25.0)120 (75.0)0.0021.55 (1.18–2.04)
Table 13

Association between knowledge and practice of women in the perimenopausal-menopausal period

CharacteristicPractice, n (%)p-value
PoorAverageGood
Knowledge level
Poor9 (60.0)4 (26.67)2 (13.33)< 0.001
Average22 (23.91)48 (52.17)22 (23.91)
Good31 (10.47)129 (43.58)136 (45.95)

Discussion

Principal findings

This study assessed KAP regarding perimenopause and menopause among 403 female health workers aged 40–60 years at a large tertiary maternity hospital in Vietnam. There was a strong and consistent relationship among KAP regarding menopause. Most participants demonstrated good knowledge (73.5%) and positive attitudes (65.3%), whereas fewer reported good practices (39.7%). Knowledge was significantly associated with both attitude and practice: women with good knowledge were 3.55 times more likely to have a positive attitude and nearly half of them demonstrated good practice. Similarly, a positive attitude correlated strongly with better practice behaviour (PR = 1.55, p = 0.002). Overall, these findings highlight a clear KAP pathway, suggesting that improved understanding of menopause contributes to more favourable perceptions and healthier self-care behaviours among women.

The findings are consistent with previous research indicating that adequate knowledge predicts more positive perceptions and adaptive coping with menopausal symptoms. Several studies have also observed that women with higher educational attainment tend to have greater awareness and adopt healthier lifestyle modifications during the menopausal transition [13, 14].

Interpretation

Our results reinforce the conceptual model in which knowledge shapes attitude and attitude influences practice. Women who understood the physiological and emotional changes associated with menopause were more accepting of this natural life transition and more likely to adopt beneficial practices. Interestingly, the absence of significant associations between age or marital status and KAP variables implies that access to information and health education – rather than demographic background – play a pivotal role in shaping menopausal adaptation. Knowledge was generally strong on fundamental concepts; however, content gaps persisted around HRT, where awareness levels were only average. Given that HRT remains a sensitive and often misunderstood topic [15], targeted updates for health workers could improve their capacity to counsel patients and to make informed personal choices.

Attitudes are predominantly positive, though ambivalence remained. Approximately two-thirds of participants expressed positive attitudes and most did not view menopause as the end of sexual life or an unacceptable transition. Nevertheless, nearly half perceived menopause as a “loss of youth”, reflecting persistent cultural narratives and the psychological impact of menopausal symptoms, as reported in related studies [1618]. The strong link between knowledge and attitudes observed in our data suggests that addressing these knowledge gaps could further foster positive and adaptive perceptions of menopause.

Engagement in menopausal-related practices was uneven. Many participants reported discussing symptoms with others and seeking medical advice, yet only 39.7% demonstrated good practice behaviours. Similar studies have identified barriers to seeking medical support for sexual and menopausal issues among older women [19, 20]. The observed association between knowledge and practice highlights the need for skill-based education that goes beyond awareness to promote practical, actionable self-care behaviours.

Implications for practice and future research

These findings support the development of workplace-based educational programs that simultaneously address specific knowledge gaps, strengthen behavioural skills, and equip staff with practical counselling tools. Because both knowledge and practice were associated with more positive attitudes, interventions that combine up-to-date clinical information with structured behaviour-change strategies are likely to enhance attitudes and everyday self-care behaviours.

Future research should employ longitudinal or interventional designs to evaluate the causal effect of educational programs on improving attitude and practice. In addition, multi-centre studies across different regions would also help validate and expand the current findings.

Strengths and limitations

The strengths of this study include its relatively large sample size, the use of standardized questionnaires, and the application of comprehensive statistical analyses. However, several limitations should be acknowledged. First, the cross-sectional design limits causal inference, as the observed associations cannot establish temporal relationships. Second, the reliance on self-reported data may introduce bias, particularly regarding sensitive topics such as sexual activity. Third, because the study was conducted in a single tertiary hospital, the findings may not be generalizable to women in rural areas.

Conclusions

In conclusion, most female health workers had good knowledge and positive attitudes towards menopause, though their practical behaviours were less consistent. Higher education was significantly linked to better knowledge, and both greater knowledge and more active practice correlated with more positive attitudes. Despite their professional background, notable gaps remained in awareness and application of healthy menopausal practices. Strengthening workplace-based education and support programs is essential to enhance awareness, promote self-care, and improve the quality of counselling and care for women during the menopausal transition.

Beyond the Vietnamese context, the results contribute to the growing international evidence on menopause among healthcare professionals, especially in low- and middle-income settings where formal training may be limited. Strengthening menopause-related education for healthcare workers may therefore represent a practical and globally relevant strategy for improving women’s health services across diverse cultural and healthcare environments.

Disclosures

  1. Institutional review board statement: Ethical approval was obtained from the Committee of Hung Vuong Hospital (CS/HV/24/25, dated 10 March 2024). Written informed consent was obtained from all participants before data collection.

  2. Assistance with the article: The authors thank the staff of Hung Vuong Hospital for their cooperation.

  3. Financial support and sponsorship: This study was funded by Hung Vuong Hospital under Decision No. 1660/QĐ-BVHV, dated 10 March 2024, through routine institutional resources. No external grants or third-party financial support were received. The funding institution had no influence on the study design, data collection, analysis, interpretation, or manuscript writing.

  4. Conflicts of interest: None.

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