2. Life After MenopauseLife After Menopause
Age at menopause : 51.7 (average)
1900 : life expectancy at 40 years old
1950 : life expectancy at 65 years old
2000 : life expectancy at 83 years old
(Malaysian women - 75.4 years)
3. “Women now live
a third of their lives
after menopause”
8th International Congress on Menopause, Sydney 1996
4.
5. MenopauseMenopause
MenopauseMenopause is the permanentis the permanent
cessation of menstruation thatcessation of menstruation that
results from loss of ovarian follicularresults from loss of ovarian follicular
activity.activity.
Menopausal age :Menopausal age : 45 – 55 years45 – 55 years
Mean age ( M )Mean age ( M ) :: 50.7 years50.7 years
Premature menopausePremature menopause < 45< 45
yearsyears
Late menopauseLate menopause > 55 years> 55 years
6. is the cessation of menstruationis the cessation of menstruation
that follows surgical removal ofthat follows surgical removal of
both ovaries orboth ovaries or iatrogenic ablationiatrogenic ablation
of ovarian functionof ovarian function byby
chemotherapy, radiotherapy orchemotherapy, radiotherapy or
treatment with GnRH analogues.treatment with GnRH analogues.
Induced /surgical menopauseInduced /surgical menopause
7. PerimenopausePerimenopause
Is the period beginnning with the first
clinical, biological and endocrinological
features of the approaching
menopause such as vasomotor
symptoms and menstrual irregularity
Can be 1 or 2 years and for some as
long as 7 to 10 year
8. DiagnosisDiagnosis
For those 50 years and above :For those 50 years and above :
12 consecutive month of12 consecutive month of
amenorrhoea is diagnostic.amenorrhoea is diagnostic.
For those below 50 years :For those below 50 years :
** FSHFSH > 30 IU/l> 30 IU/l
9. Consequences of menapauseConsequences of menapause
Vasomotor
symptoms
Psychological
symptoms
Sexual dysfunction
Osteoporosis
Cardiovascular
Disease
Urogenital Atrophy
10. Vasomotor SymptomsVasomotor Symptoms
Hot flushes and night sweats are
experienced by as many as 85% of
women around the menopause.
Most would experience these symptoms
for < 5 years, however about 25%
would experience it for more than 5
years.
11. Sexual DysfunctionSexual Dysfunction
The underlying problem for female sexual
dysfunction are usually multifactorial.
Oestrogen deficiency can lead vaginal dryness
and dyspareunia,
Non hormonal factors such as conflict between
partners, insomnia, inadequate stimulation,
life stresses can also lead to sexual
dysfunction.
12. Depressed mood, anxiety, irritability,
mood swings, lethargy and lack of
energy have been associated with the
menopause.
General population studies suggest that
most women do not experience major
mood changes during the menopause.
Psychological SymptomsPsychological Symptoms
14. OsteoporosisOsteoporosis
Affects 1:3 women.
Risk factors include family history of fracture,
low BMI, early menopause, cigarette smoking,
alcohol abuse, sedentary lifestyle,
corticosteroids, hyperthyroidism.
Common sites for osteoporotic fracture are
lower end of radius (wrist/Colles’ fracture),
proximal femur (hip) and vertebrae.
15. Cardiovascular DiseaseCardiovascular Disease
common cause of death in women after the
age of 60 years.
Risk factors for myocardial infarction are
abnormal FLP, smoking, depression and
stress.
Incidence of stroke increases with age.
Risk factors are hypertension, smoking,
diabetes, hyperlipidaemia, obesity.
16. Urogenital AtrophyUrogenital Atrophy
Oestrogen and progestrone receptors are
present in the vagina, urethra, bladder and
pelvic floor musculature.
Oestrogen deficiency after menopause cause
atrophic changes in the urogenital tract and is
associated with urinary symptoms which may
co-exist with symptoms of vaginal atrophy.
17. Treatment OptionTreatment Option
Making lifestyle changes - healthy
diet, exercise and stress reduction.
Hormone replacement therapy.
Complementary and alternative
therapies.
21. OestrogensOestrogens
Natural : oestradiol, oestrone and
oestriol which are chemically
synthesised from soya beans or yams;
conjugated equine oestrogen (CEE)
consisting primarily of estrone sulphate
and equilin sulphate,obtained from
urine of pregnant horses,
Synthetic : ethinyl oestradiol and
mestranol (less suitable for HRT)
22. ProgestogensProgestogens
High androgenic potency
marked adverse effects on lipoproteins!
negates beneficial effects of estrogen
eg. 19-nor progestogens, norgestrel,
norethisterone
Moderate androgenic potency
some effects on plasma lipids
eg. Medroxyprogesterone acetate (MPA)
23. No androgenic potency
no effect on blood lipids
Eg dydrogesterone (Duphaston)
Eg - Femaston
24. Routes of AdministrationRoutes of Administration
Oral
-most widely used
-well tolerated
-highly effective
-rapid onset
-‘first-pass’ effect
(beneficial changes in
HDL:LDL)
Transdermal
-patches or gels
-messy, time consuming
-redness/itchiness
-need of oral progestogen:
low compliance
Intravaginal
-vaginal rings, pessaries,
cream
-no effects on vasomotor
symptoms, osteoporosis or
CVD
-creams or tablets:messy
-need oral progestogen: poor
compliance
Subcutaneous
-surgically inserted pellets
-hormone release varies
-treatment can’t be
reversed
-estrogen effects persist
25. Prescribing RegimensPrescribing Regimens
Estrogen therapy may be
cyclical :administered for first 21 days of
the cycle)
continuous :administered throughout the
cycle)
Progestogens therapy may be
sequentially :added for last 10 - 14 days of
the cycle (induces a withdraw bleed)
continuously (to eliminate withdrawal bleed)
28. % change from baseline after 24 months (n=26, n=28, n=26)
Hänggi W et al. Endocrinology 1998;48:691-699.
Effect of HRT on Body
Weight and Fat Distribution
-2
0
2
4
6
Total Body
Fat Mass
Trunk
Fat mass
Total Body
Weight
Controls
Tibolone
femoston 2/10
*
*p<0.05 vs. baseline
* *
%changefrombaseline
29. Sequential TherapySequential Therapy
Mimics the menstrual cycle.
Regular, monthly periods.
Periods often lighter.
Appropriate for perimenopausal women
with irregular bleed.
30. Continuous Combined RegimeContinuous Combined Regime
A continuous-combined regime is to
eliminate wihdrawal bleeding.
Use should be avoided within the first
12 months after the last menstrual
bleed.
Spottings may occur during the first 3 -
4 months in most women.
Appropriate for postmenopausal women
who do not wish for any regular
withdrawal bleed.
31. Duration of SystemicDuration of Systemic
TreatmentTreatment
Vasomotor symptoms - up to 5 years
and then evaluate as some women do
experience symptoms for more than 5
years.
Prevention or treatment of
osteoporosis - needs to be continued
for life as BMD falls when treatment is
stopped. However other option should
be discussed as long term HRT is
associated with other risk.
32. Premature menopause - usually
advised to continue until the natural age
of menopause ~ 51 years. There after
need to reevaluate what is the endpoint
of treatment.
33. Treatment of LocalTreatment of Local
SymptomsSymptoms
Treatment is usually long term if not life long
as symptom return on cessation of treatment.
Synthetic oestrogens or CEE should be avoided
as they are well absorbed from the vagina.
The options available are low dose natural
oestrogen e.g vaginal oestriol by cream or
pessary or oestradiol by tablet or ring.
With the recommended dose regimen,
progestogen need not be added for endometrial
protection.
34. - effective in treating hot flushes and
improvement is usually seen within 4 weeks
with maximum effect achieved by 3 months.
- treatment should be continued for at least 1
year.
Vasomotor symptomsVasomotor symptoms
35. Percentage of menopausal symptoms in 186 women
during a 52 week period of femoston®
2/10 treatment
Baseline
6 weeks
52 weeks
0
10
20
30
40
50
60
70
80
Hot
flushes
Night
sweats
Sweating
attacks
Vaginal
dryness
Painful
intercourse
Percentageofwomen
Amy JJ. Eur Menop J 1995;2 (Suppl.):16-22
Relief of Menopause Symptoms
with femoston®
2/10
36. Urogenital symptoms and sexualityUrogenital symptoms and sexuality
- vaginal dryness, superficial
dyspareunia, urinary frequency and
urgency respond well to oestrogens
- urinary incontinence, however, is
not improved
37. - reduces the risk of spine, hip and other
osteoporotic fracture.
- need lifelong treatment to be effective in
preventing fracture.
- not recommended as a first-line treatment as
risks outweigh benefits.
- standard dose for bone protection are CEE
0.625mg, oestradiol 1-2mg and transdermal
25-50µg.
OsteoporosisOsteoporosis
38. Bone Mineral Density % Change
Stevenson JC et al. Maturitas 2001;38:197-203.
Significant increase in BMD of the lumbar vertebrae and hips
1 mg estradiol plus 5, 10 or 20 mg continuous dydrogesterone,
N=177, 1 year treatment duration
* p<0.01 vs. baseline
0.0%
1.0%
2.0%
3.0%
4.0%
L2-4 Vertebrae Femoral
Neck
Ward's
Triangle
Trochanter
3.6%*
1.16%*
1.62%*
2.83%*
%increasefrombaseline
39. Prevention and Treatment ofPrevention and Treatment of
OsteoporosisOsteoporosis
Biphosphonates
- shown to reduce both vertebral and non-
vertebral fractures
- principal side-effect : irritation of upper GIT so
given weekly/monthly to reduce this. Eg -
alandroanate
SERMs (Raloxifene)
- shown to reduce vertebral fracture.
- does not treat vasomotor symptoms, cause
transient side effects such as hot flushes and
leg cramps.
- Has an equal propensity with HRT to cause
VTE
40. Prevention and TreatmentPrevention and Treatment
of Osteoporosisof Osteoporosis
Calcitriol
- active metabolite of vitamin D and facilitates
the intestinal absorption of calcium.
Calcium
- in postmenopausal women not on HRT 1.5
gram/day and in those on HRT 1.0 gram/day
of elemental calcium is needed to preserve
bone health.
Vitamin D
- oral supplementation of 700-800IU/day seem
to reduce risk of vertebral and non-vertebral
fractures in ambulatory or institutionalized
elderly people.
42. HRT AND Breast cancerHRT AND Breast cancer
- risk of breast cancer is dependent on
the regimen prescribed, greatest with
combined oestrogen-progestrogen
replacement.
- Risk of breast cancer minimal after 5
years of usage
- The WHI found : risk in the oestrogen-
alone group was 23% lower than in the
placebo group.
43. Nurses' Health Study (January 2006Nurses' Health Study (January 2006))
Data suggest that timing of hormone
initiation in relation to age of onset
of menopause might influence
coronary risk; women beginning
HT/ET near onset of menopause had
a significantly reduced risk (30%
less) of CHD;
no significant correlation between
HT/ET and CHD risk was observed
among women who initiated therapy
10 years or more after menopause.
Grodstein F, Manson JE, Stampfer MJ. Hormone therapy and coronary heart
disease: the role of time since menopause and age at hormone initiation.
44. Effects of unopposed estrogen and risk of invasiveEffects of unopposed estrogen and risk of invasive
breast cancer (Nurses' Health Study, May 2006)breast cancer (Nurses' Health Study, May 2006)
Data indicate that use of estrogen
alone did not increase the risk of
invasive breast cancer until 20 years
of use and beyond, and risk was
increased at 15 years for estrogen
receptor and progesterone receptor-
positive cancers.
Chen WY, Manson JE, Hankinson SE, et al. Unopposed estrogen therapy and
the risk of invasive breast cancer. Arch Intern Med. 2006;166:1027-1032.
45. Breast DisorderBreast Disorder
Benign breast disease - no
convincing evidence to show that the
risk of breast cancer is increased in
patients with benign breast disease
Previous breast cancer - studies on
systemic HRT showed contradictory
results with some showing adverse
outcome and some showed no further
increase risk. However, low dose
vaginal oestrogen are not
contraindicated for vaginal symptoms.
46. HRT AND Endometrial cancerHRT AND Endometrial cancer
- unopposed oestrogen therapy increased
the risk of endometrial cancer and risk
is still increased for 5 years or more
after discontinuation of therapy.
- addition of progestogen reduces this
risk but not completely with sequential
progestogens especially if used for more
than 5 years.
- no increase risk is found with combined
continuous regimen.
47. HRT andHRT and VenousVenous
thromboembolic diseasethromboembolic disease
- highest risk occurs in the first year of
use.
- however, absolute risk is small as VTE
occurs in 1.7 per 1000 in women older
than 50 years who are not taking HRT
and mortality is low (1-2%).
- limited data suggest that transdermal
HRT is associated with a lower risk than
the oral route.
48. HRT and CANCERHRT and CANCER
Cervical and ovarian cancer -
not contraindicated except for
endometrioid ovarian cancer where
some doubt exist and progestogen
addition is recommended.
Endometrial cancer - need to be
given with progestogen.
49. Cardiovascular DiseaseCardiovascular Disease
Hypertension - no evidence shows that oestradiol-
based HRT increases blood pressure or has an adverse
effect in women with hypertension. Rarely CEE may
cause severe hypertension which returns to normal
upon stopping treatment.
Hyperlipidaemia - depends on type of HRT used.
Venous thromboembolism - relative contraindication.
If still need to give as benefits outweighed risks then
the transdermal route might be safer (limited evidence)
HRT and surgery - to stop 4 weeks prior to elective
surgery or to continue HRT with thromboprophylaxis.
50. Endocrine DiseaseEndocrine Disease
Diabetes Mellitus - HRT seems to
improve the glycaemic control with
varying results depending on the type
and route of administion.
Thyroid disease - dose of thyroxine
may need to be increased as oestrogen
can can increase the concentration of
thyroxine-binding globulin.
51. Non-oestrogen Based TreatmentNon-oestrogen Based Treatment
Menopausal symptoms
- progestogens such as NET 5mg/day or
megestrol acetate 40mg/day
- Clonidine - 50-75mg bd, of limited
value and effectiveness
- SSRI, gabapentin
Vaginal atrophy
- lubricants, moisturisers
52. What are other options?What are other options?
Exercise – yoga, Taichi, meditations
Healthy food – increase fruits and
vegetable intake
Alternative – black cohosh, red
clovers, etc
54. Case Study 1Case Study 1
45 year old woman, para 3,
complains of:
irregular bleeding (not heavy)
vasomotor symptoms (hot
flushes, night sweats)
What would you advise her ?What would you advise her ?
55. Case Study 1Case Study 1
1.1. Health ScreenHealth Screen
• Detailed history of general health status including family history
• Physical examination: BP, Anemia, Thyroid, CVS, Lung, Breasts,
Pelvic examination including Pap Smear.
• Blood Examination: Hb, Lipid profiles, FBS, Others if indicated.
• Other investigations: Mammography, BMD (Dexa)
2. Treatment …
If all tests are normal the choices are:
• Combined Cyclical HRT (regular-bleed)
56. Case Study 1Case Study 1
2. …Treatment
Combined Cyclical HRT (regular-bleed)
• Short-term
• Pregnancy?
Rees M, Purdie DW (2002), Management of the Menopause. Pg 112
57. Case Study 2Case Study 2
50 year old woman, posthysterectomy 3 years
(ovaries not removed), has menopausal
symptoms. She wants to know what are her
options for:
hot flushes
night sweats
Dryness of vagina
Dyspareunia
What would you advise her ?What would you advise her ?
58. Case Study 2Case Study 2
1.1.Health ScreenHealth Screen
• Baseline workup as is case 1
2. Treatment
• If normal mammogram and no contraindication, estrogen
only therapy can be started
• For fast relieve of vaginal symptoms, local application of
vaginal cream can be used for short term
59. Case Study 2Case Study 2
3. Weigh the benefits and risks
What are my risks ?
• Cardiovascular disease
− no protection
− If coronary artery disease present, higher risk of mortality in
the first year
• Breast Cancer
− Increased risk (MW study)
− No increase in risk (WHI Study)
− Increase mortality from breast cancer (MW Study)
60. Case Study 2Case Study 2
4. Alternative therapy if there are other risk
factors
What are my options?
• Prozac/Effexor
• Antihypertensives (Aldomet)
• Unproven therapy
− Black Cohosh
− Phytoestrogens
− Advise on spritual exercise yoga, taichi etc
61. Case Study 3Case Study 3
60 year old woman, has taken HRT
for 10 years is seeking your advice
whether she should stop or continue
taking HRT ?
What would you advise her ?What would you advise her ?
62. Counseling risk outweigh benefit
Health screening
Offer non pharmacological treatment
now consider HT rather than HRT?
65. ACOG: State-of-the-Art Guide to HormoneACOG: State-of-the-Art Guide to Hormone
TherapyTherapy
Combined hormone therapy should not be used for
prevention of diseases such as cardiovascular
disease, due to the small but significant increased
risk of conditions such as breast cancer, heart
attack, stroke, and blood clots;
Estrogen-alone therapy, used for women who
have had a hysterectomy, should also not be used
for prevention of diseases, due to increased risks
of blood clots and stroke.
Although ET carries fewer risks than combined HT,
women with a uterus should not use estrogen
alone due to their increased risk of uterine cancer;
66. ACOG: State-of-the-Art Guide toACOG: State-of-the-Art Guide to
Hormone TherapyHormone Therapy
Hormone therapies are appropriate for the relief
of vasomotor symptoms, so long as a woman has
weighed the risks and benefits with her doctor;
and
Women on combined HT or ET should take the
smallest effective dose for the shortest possible
time and annually review the decision to take
hormones.
67. NAMS (North American Menopause Society –NAMS (North American Menopause Society –
Sept 2003)Sept 2003)
The primary indication for systemic
hormone therapy is moderate and
severe menopausal symptoms: Hot
flashes, night sweats/insomnia,
mood swings
When treating moderate and severe
urogenital atrophy (vaginal dryness,
dyspareunia, urinary frequency, and
incontinence), local estrogen
preparations are preferred.
68. 2. HRT for treating menopausal symptoms
Treatment is justified since the benefits outweigh
the risks.
4. HRT for managing osteoporosis
Consider alternative therapies such as calcium,
biphosponates and the selective estrogen receptor
modulators. (SERMs)
69. 3. HRT for preventing cardiovascular diseases
3.1 Conventional HRT should not to be used for primary
prevention however a low dose HRT and transdermal
therapy can be considered to be used.
3.2 HRT should not be used for secondary prevention
against heart disease.
3.3 Women at risk of cardiovascular disease who wish to
discontinue HRT should consider dietary and lifestyle
changes (weight loss, regular exercise, stop smoking) as
well as the use of drugs to lower cholesterol and blood
pressure.
Hinweis der Redaktion
1 1 1
An increase in body weight and a shift in body fat distribution typically occur in the years following menopause. In one study,* over the course of a year, early postmenopausal women gained an average of 2.1 kg, even though caloric and macronutrient intake did not change. Accompanying this increased weight is a shift from gynoid to android fat distribution with a concomitant increased waist/hip ratio. This pattern of fat disposition is especially concerning given the association between abdominal obesity and cardiovascular disease risk. Espeland MA, Stefanick ML, Kritz-Silverstein D, Fineberg SE, Waclawiw MA, James MK. Effect of postmenopausal hormone therapy on body weight and waist and hip girths. Postmenopausal Estrogen-Progestin Interventions Study Investigators. J Clin Endocrinol Metab 1997;82:1549-1556. Gambacciani M, Ciaponi M, Cappagli B, Piaggesi L, de Simone L, Orlandi R, Genazzani AR. Body weight, body fat distribution, and hormonal replacement therapy in early postmenopausal women. J Clin Endocrinol Metab 1997;82:414-417. *Reubinoff BE, Wurtman J, Rojansky N, Adler D, Stein P, Schenker JG, Brzezinski A. Effects of hormone replacement therapy on weight, body composition, fat distribution, and food intake in early postmenopausal women: a prospective study. Fertil Steril 1995;64:963-968 .
Hänggi W, Lippuner K, Jaeger MH, Birkhäuser MH, Horber FF. Differential impact of conventional oral or transdermal hormone replacement therapy or tibolone on body composition in postmenopausal women. Clin Endocrinol 1998;48:691-699. OBJECTIVE: To compare the effects on body composition and body weight of tibolone vs two different sequential oral or transdermal oestrogen-progestogen hormone replacement therapies versus no therapy. PATIENTS AND METHODS: One hundred postmenopausal women were assigned to a control group (n = 26), or randomized to 1) tibolone (TIB) 2.5 mg/day (n = 28), 2) oral oestradiol 2 mg/day (PO) plus sequential dydrogesterone 10 mg/day for 14 of 28 days per cycle (n = 26), or 3) transdermal oestradiol patch (TTS) releasing 50 micrograms/day plus oral sequential dydrogesterone 10 mg/day for 14 of 28 days per cycle (n = 20). Body composition was measured at the base-line and every 6 months for 2 years by DXA (Hologic QDR 1000 W). RESULTS: Total body fat mass increased (P < 0.05) in controls (+3.6 +/- 1.5%) and in TTS treated (+4.7 +/- 2.2%), but not in PO (-1.2 +/- 2.4%) and TIB (-1.6 +/- 2.2%) treated subjects. This increase in total fat mass in controls and TTS treated women was mostly due to an increase in fat mass of the trunk (P < 0.05), but not legs. As a result, a redistribution of body fat to the trunk occurred in controls, TTS and TIB, but not in PO treated women (P < 0.05). Total lean body mass decreased (P < 0.02) in controls (-1.7 +/- 0.7%) and PO (-1.4 +/- 0.6%) but not in TTS (+0.3 +/- 0.8%) and TIB (+0.4 +/- 0.5%) treated subjects. CONCLUSIONS: The menopause is associated with an increase in total body fat and a decline in lean body mass. Oral oestradiol/dydrogesterone and tibolone prevent total body fat changes, whereas transdermal oestradiol/oral dydrogesterone and tibolone prevent the lean mass changes. Furthermore, oral oestradiol/dydrogesterone prevents the shift to a central, android fat distribution .
Highly effective in relieving vasomotor symptoms improvement usually seen within 4 weeks with
Amy JJ. Femoston®: effects on bone and quality-of-life. Eur Menop J 1995;2 (Suppl.):16-22. In a study in 186 postmenopausal women receiving femoston ® (2 mg 17ß-estradiol and 10 mg dydrogesterone) for one year, a clear reduction of menopausal symptoms such as hot flushes or night sweats was observed after 6 weeks and throughout the remaining observation period.
Stevenson JC, Teter P, Lees B . 17beta-estradiol (1 mg/day) continuously combined with dydrogesterone (5, 10 or 20 mg/day) increases bone mineral density in postmenopausal women. Maturitas 2001;38:197-203 Although the minimal dose of 17beta-estradiol in hormone replacement regimens was originally considered to be 2 mg/day, it is now increasingly accepted that a lower dose of 1 mg/day is effective in protecting women from the detrimental effects of the menopause. A 1-year, multicentre, double-blind, randomised study was conducted in 214 healthy postmenopausal women in order to assess the effect of 17beta-estradiol (1 mg/day) continuously combined with dydrogesterone (5, 10 or 20 mg/day) in preventing bone loss. Bone mineral density (BMD) was evaluable in 177 women who completed the study. In all women, a statistically significant increase from baseline in lumbar vertebrae (L2-L4) BMD was seen after 6 months ( + 2.4%; p < 0.01); this increase was somewhat greater after 12 months ( + 3.6%; p < 0.01). Similar effects were seen in the hip. After 6 months, BMD in the femoral neck, Ward's triangle and trochanter had increased by 0.20% (not significant [n.s.]), 0.32% (n.s.) and 1.08% (p < 0.01), respectively, compared with baseline. Greater increases were again seen after 12 months ( + 1.16%, + 1.62% and + 2.83%, respectively), all of which were statistically significant (p < 0.01) compared with baseline. The change in BMD from baseline did not differ significantly between the three dydrogesterone dosages for either L2-L4 or hip. All dosages were well-tolerated and amenorrhoea was achieved in over 70%. In conclusion, 17beta-estradiol (1 mg/day) continuously combined with dydrogesterone (5, 10 or 20 mg/day) results in a significant increase in lumbar vertebrae and hip BMD in postmenopausal women. The lower dose of oestrogen and the avoidance of cyclical bleeding make this a particularly suitable regimen for the prevention and treatment of osteoporosis in older women.