**Menorrhagia and the Levonorgestrel Intrauterine System**

Johnstone Shabaya Miheso *Crosshouse Hospital, Kilmarnock, UK* 

## **1. Introduction**

158 Hysterectomy

[36] Marques AA, Bahamondes L, Aldrighi JM, Petta CA. Quality of life in Brazilian women

[37] Bahamondes L, Petta CA, Fernandes A, Monteiro I. Use of the levonorgestrel-releasing

[38] Anpalagan A, Condous G. Is There a Role for Use of Levonorgestrel Intrauterine

[39] Milsom I. The levonorgestrel-releasing intrauterine system as an alternative to hysterectomy in peri-menopausal women. Contraception 2007;75:S152-S4. [40] Lähteenmäki P, Haukkamaa M, Puolakka J, Riikonen U, Sainio S, Suvisaari J, Nilsson

[41] Reid PC, Mukri F. Trends in number of hysterectomies performed in England for

[42] Ritva Hurskainen R, Teper J, Rissanen P, Aalto AM,Grenman S, Kivela A, Kujansuu E,

[43] Lethaby AE, Cooke I & Rees M. Progesterone /progestagen releasing intrauterine

[44] Marjoribanks J, Lethaby A & Farquhar C. Surgery versus medical therapy for heavy

[45] Maia H Jr, Maltez A, Coelho G, Athayde C, Coutinho EM. Insertion of mirena after

[46] Kjerulff K, Guzinski G & Langenberg P. Hysterectomy and race. Obstet Gynaecol

[47] Cramer SF, Patel A. The frequency of uterine leiomyomas. Am J Clin Pathol 1990;94:435-8. [48] Buttram VC, Reiter RC. Uterine leiomyomas: etiology, symptomatology and

[49] Donnez J, Schindler AE, Wall weiner D, Audebert A. Fibroids: management and

[50] Vollenhoven BL, Lawrance AS, Healy DL. Uterine Fibroids: a clinical review. Br J

[51] Cramer SF, Hoiszny JA, Leppert P. Epidemiology of uterine leiomyomas. With an

[52] Nisolle M and Donnez J. Medical management of uterine fibroids: short-term therapy with

uterine fibroids. Carnforth, UK: Parthenon Publishing, 1999:121-128.

Randomized Trial 5-Year Follow-up. JAMA 2004;291:1456-63.

menstrual bleeding. Cochrane Database Syst Rev22003:CD00385.

bleeding. Cochrane Database Syst Rev22000:CD002126.

1996. Carnforth, UK: Parthenon Publishing, 1996:71-82.

etiologic hypothesis. J Reprod Med 1995;40:595-600.

management. Fert Steril 1981;36:433-45.

Obstet Gynaecol 1990;97:285-98.

doi:10.1155/2010/431950.

dysmenorrhea. Contraception 2007;75:S134-S9.

as alternative to hysterectomy. BMJ 1998;316:1122-6.

Med 2004;49:115-20.

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2005;330:938-9.

2003;10:512-6.

1993;82:757-64.

Report. Obstetrics and Gynecology International 2010, Article ID 431950,

with endometriosis assessed through a medical outcome questionnaire. J Reprod

intrauterine system in women with endometriosis, chronic pelvic pain and

System in Women with Chronic Pelvic Pain? A review. J Minimally Invasive

CG. Open randomised study of use of levonorgestrel releasing intrauterine system

menorrhagia: examination of health episode statistics, 1989 to 2002-3. BMJ

Vuorma S, Yliskoski M, Paavonen J, Outcomes and Costs With the Levonorgestrel-Releasing Intrauterine System or Hysterectomy for Treatment of Menorrhagia.

system versus either placebo or any other medication for heavy menstrual

endometrial resection in patients with adenomyosis. J Am Assoc Gynecol Laparosc.

treatment. In: Lunenfeld B, Insler V, eds. GnRH analogues: The State of the Art

GnRH agonists. In: Brosens I, Lunenfeld B, Donnez J, eds. Pathogenesis and medical management of uterine fibroids. Carnforth, UK: Parthenon Publishing, 1999:113-119. [53] Donnez J, Gillerot S, Squifflet J and Nisolle M. Progestogens and antiprogestogens. In:

Brosens I, Lunenfeld B, Donnez J, eds. Pathogenesis and medical management of

## **1.1 Menorrhagia**

Heavy menstrual bleeding can be defined as excessive blood loss which interferes with a woman's physical, emotional, social and material quality of life. It is a subjective complaint by a woman of heavy periods. Menorrhagia on the other hand is an objective diagnosis of blood loss over 80 millilitres over several consecutive cycles.

The average blood loss in a Caucasian female population is approximately 30-40 millilitres per menstrual flow (Cole et al. 1971; Hallberg et al. 1966), the majority of which is lost in the first forty eight hours. Menorrhagia is the commonest cause of iron deficiency anaemia in women in the developed world and occurs in sixty per cent of women with objective menorrhagia.

## **1.2 Significance**

Only half of the women who present to clinicians with heavy menstrual loss have objective menorrhagia. However, it is the main reason for women requesting hysterectomy and 1 in 5 women have a hysterectomy in the United Kingdom for this reason by the age of fifty five. At histopathology, a vast majority of these uteri are found to be benign. With less invasive and effective alternatives to hysterectomy, women should be carefully counselled with regards to morbidity and mortality associated with this major operation.

Menstrual disorders are now more common than they were a century ago because modern career women are choosing to have smaller or no families and not breastfeeding. Menorrhagia affects about 1.5 million women in England and Wales and accounts for twenty per cent of all gynaecology referrals to the outpatient clinic (Census 2001.2002).

#### **1.3 Pathophysiology**

A majority of cases of menorrhagia have no identifiable cause and hence are described as 'dysfunctional'. Dysfunctional uterine bleeding is associated with anovulation and occurs in a fifth of women at extremes of their reproductive life.

Menorrhagia is also associated with uterine fibroids, endometrial polyps, adenomyosis, pelvic infection, bleeding diathesis, and rarely malignancies like endometrial cancer. Over a half of women with blood loss over 200 millilitres will have underlying fibroids.

Menorrhagia and the Levonorgestrel Intrauterine System 161

In rare cases, menorrhagia can occur as a result of systemic diseases which result in hepatic and renal impairment although amenorrhea is common with end stage disease. Both hypo

Bleeding disorders like von Willebrand's disease or platelet defects are associated with

The diagnosis of menorrhagia is often made on history alone. This will take into account the severity of the complaint as judged by the presence of clots or how frequently a woman changes pads or sanitary towels, or if a woman uses both as 'double protection'. Efforts should be made to find out the impact of the bleeding on the woman's quality of life including time taken off work, avoidance of usual activities, embarrassment as well as the

A full obstetric and gynaecological history should include the woman's general health, weight and height (body mass index), number of deliveries, pregnancy losses and cervical smears. The presence of other symptoms such as dyspareunia may point to a specific cause. Drug history including tamoxifen use and a history of bleeding tendency are also important. Previous pelvic surgery and associated findings should be noted as well as past history of

This is aimed at assessing the general state, diagnosing anaemia and identifying possible causes of menorrhagia. It should therefore entail vital signs, inspection of mucous membranes, finger nails and abdominal palpation. A speculum assessment should be done to look for vaginal and cervical abnormalities. A bimanual pelvic examination will assess the

A full blood count is useful to determine haemoglobin level and can be used to monitor treatment with haematinics. Thyroid function tests, coagulation defects, liver and kidney

An ultrasound scan of the pelvis and abdomen is a useful tool in diagnosis and for describing masses suspected or actually found on physical examination, especially in obese women where examination can be suboptimal. It is not usually required if uterine size is less than 10 weeks and there is no suspicion of other pathology. It is also justifiable after failure

Cervical smear should be undertaken if screening is not up to date or where the cervix looks suspicious. Similarly an endometrial biopsy should be taken if a woman is over 40 or under

40 with particular risk factors like tamoxifen use, unopposed oestrogen or obesity.

size of the uterus, presence of adnexal mass and/or signs of a pelvic infection.

and hyperthyroidism can also cause heavy menstruation.

effect of anaemic symptoms and treatment.

polycystic disease, hormonal usage, bowels or ovarian cancer.

function tests should be done if clinically indicated.

of medical treatment of heavy periods.

**1.4.3 Medical causes** 

menorrhagia.

**1.5 Diagnosis 1.5.1 History** 

**1.5.2 Examination** 

**1.5.3 Investigations** 

The exact mechanism of menorrhagia is poorly understood. It is thought to result from increased activity of prostaglandins or the endometrial fibrinolytic activity. There is an elevation of prostaglandins (PGE2 and PGF2α) in the endometrium of women with menorrhagia, suggesting that menorrhagia may result from an increase in vasodilator PGE2 as compared to vasoconstrictor PGF2α prostaglandins (Smith et al. 1981).

The endometrium also contains a fibrinolytic system whose activity is increased in women with menorrhagia compared to those with normal menstrual loss.

## **1.4 Causes of menorrhagia**

Although no cause can be found in most cases, other causes of menorrhagia such as uterine pathology and medical disorders (Table 1) should be actively sought and excluded.

> Dysfunctional uterine bleeding (DUB) Uterine pathology Medical disorders including thyroid or bleeding disorders

Table 1. Causes of heavy periods

## **1.4.1 Dysfunctional uterine bleeding**

Dysfunctional uterine bleeding is a diagnosis of exclusion, when no other cause of bleeding can be found. Some people further sub-classify it into ovulatory and anovulatory bleeding although this does not have much clinical relevance. Ovulatory or 'idiopathic' bleeding is where periods are regular while anovulatory bleeding tends to occur at the extremes of the reproductive age.

In ovulatory cycles, bleeding results from the withdrawal of progesterone. It is typically painful and characterized by a cramping sensation. Anovulatory bleeding is caused by excessive proliferation of endometrium due to unopposed oestrogen. The absence of prostaglandins in the endometrium, which is usually synthesized in response to progesterone, may explain the absence of pain/cramps.

#### **1.4.2 Uterine abnormalities**

Fibroids are benign whorls of smooth muscle and collagen. They usually present in multiples and can grow to enormous sizes. They occur in a fifth of women and are commoner in women of the Afro-Caribbean origin. They occur in the uterine body or cervix and can be submucosal, intramural or subserosal.

The clinical signs and symptoms depend on their site and size. Symptoms include heavy periods, infertility, miscarriage or dyspareunia. They may cause pain in pregnancy due to red degeneration. When large they can cause pressure effects on surrounding organs and may present with urinary frequency, hydronephrosis and recurrent urinary tract infections. Only less than 0.1% of fibroids undergo malignant change resulting in leiomyosarcoma.

Polyps are localized growths of the endometrium which comprise of fibrous tissue surrounded by columnar epithelium. It is thought that they arise from disordered apoptosis and regrowth of the endometrium. Malignant change is extremely rare.

## **1.4.3 Medical causes**

160 Hysterectomy

The exact mechanism of menorrhagia is poorly understood. It is thought to result from increased activity of prostaglandins or the endometrial fibrinolytic activity. There is an elevation of prostaglandins (PGE2 and PGF2α) in the endometrium of women with menorrhagia, suggesting that menorrhagia may result from an increase in vasodilator PGE2

The endometrium also contains a fibrinolytic system whose activity is increased in women

Although no cause can be found in most cases, other causes of menorrhagia such as uterine

Dysfunctional uterine bleeding is a diagnosis of exclusion, when no other cause of bleeding can be found. Some people further sub-classify it into ovulatory and anovulatory bleeding although this does not have much clinical relevance. Ovulatory or 'idiopathic' bleeding is where periods are regular while anovulatory bleeding tends to occur at the extremes of the

In ovulatory cycles, bleeding results from the withdrawal of progesterone. It is typically painful and characterized by a cramping sensation. Anovulatory bleeding is caused by excessive proliferation of endometrium due to unopposed oestrogen. The absence of prostaglandins in the endometrium, which is usually synthesized in response to

Fibroids are benign whorls of smooth muscle and collagen. They usually present in multiples and can grow to enormous sizes. They occur in a fifth of women and are commoner in women of the Afro-Caribbean origin. They occur in the uterine body or cervix

The clinical signs and symptoms depend on their site and size. Symptoms include heavy periods, infertility, miscarriage or dyspareunia. They may cause pain in pregnancy due to red degeneration. When large they can cause pressure effects on surrounding organs and may present with urinary frequency, hydronephrosis and recurrent urinary tract infections. Only less than 0.1% of fibroids undergo malignant change resulting in leiomyosarcoma.

Polyps are localized growths of the endometrium which comprise of fibrous tissue surrounded by columnar epithelium. It is thought that they arise from disordered apoptosis

and regrowth of the endometrium. Malignant change is extremely rare.

pathology and medical disorders (Table 1) should be actively sought and excluded.

Medical disorders including thyroid or bleeding disorders

as compared to vasoconstrictor PGF2α prostaglandins (Smith et al. 1981).

with menorrhagia compared to those with normal menstrual loss.

Dysfunctional uterine bleeding (DUB)

progesterone, may explain the absence of pain/cramps.

and can be submucosal, intramural or subserosal.

**1.4 Causes of menorrhagia** 

Table 1. Causes of heavy periods

reproductive age.

**1.4.2 Uterine abnormalities** 

**1.4.1 Dysfunctional uterine bleeding** 

Uterine pathology

In rare cases, menorrhagia can occur as a result of systemic diseases which result in hepatic and renal impairment although amenorrhea is common with end stage disease. Both hypo and hyperthyroidism can also cause heavy menstruation.

Bleeding disorders like von Willebrand's disease or platelet defects are associated with menorrhagia.

## **1.5 Diagnosis**

## **1.5.1 History**

The diagnosis of menorrhagia is often made on history alone. This will take into account the severity of the complaint as judged by the presence of clots or how frequently a woman changes pads or sanitary towels, or if a woman uses both as 'double protection'. Efforts should be made to find out the impact of the bleeding on the woman's quality of life including time taken off work, avoidance of usual activities, embarrassment as well as the effect of anaemic symptoms and treatment.

A full obstetric and gynaecological history should include the woman's general health, weight and height (body mass index), number of deliveries, pregnancy losses and cervical smears. The presence of other symptoms such as dyspareunia may point to a specific cause.

Drug history including tamoxifen use and a history of bleeding tendency are also important. Previous pelvic surgery and associated findings should be noted as well as past history of polycystic disease, hormonal usage, bowels or ovarian cancer.

#### **1.5.2 Examination**

This is aimed at assessing the general state, diagnosing anaemia and identifying possible causes of menorrhagia. It should therefore entail vital signs, inspection of mucous membranes, finger nails and abdominal palpation. A speculum assessment should be done to look for vaginal and cervical abnormalities. A bimanual pelvic examination will assess the size of the uterus, presence of adnexal mass and/or signs of a pelvic infection.

## **1.5.3 Investigations**

A full blood count is useful to determine haemoglobin level and can be used to monitor treatment with haematinics. Thyroid function tests, coagulation defects, liver and kidney function tests should be done if clinically indicated.

An ultrasound scan of the pelvis and abdomen is a useful tool in diagnosis and for describing masses suspected or actually found on physical examination, especially in obese women where examination can be suboptimal. It is not usually required if uterine size is less than 10 weeks and there is no suspicion of other pathology. It is also justifiable after failure of medical treatment of heavy periods.

Cervical smear should be undertaken if screening is not up to date or where the cervix looks suspicious. Similarly an endometrial biopsy should be taken if a woman is over 40 or under 40 with particular risk factors like tamoxifen use, unopposed oestrogen or obesity.

Menorrhagia and the Levonorgestrel Intrauterine System 163

Gestrinone on the other hand, is a synthetic derivative of 19-nortestosterone which has both oestrogenic and progestrogenic as well as androgenic effects. It is not commonly used for treatment of heavy periods. Its androgenic side effects are less that danazol but after

The levonorgestrel intrauterine system is a medicated device that is inserted into the uterus and delivers progesterone which acts locally on the endometrium to cause thinning and

Endometrial destructive techniques can be divided into first and second generation. The former involve hysteroscopic destruction of the endometrium by rollerball, transcervical

The cumulative hysterectomy rate after endometrial resection was found in one study to be

Endometrial resection is associated with a long surgical learning curve and significant risks include uterine perforation and fluid overload resulting in hyponatremia. They have generally been superseded by second generation techniques which are quicker and safer.

Trans-cervical resection

Microwave ablation Novasure ablation

Laser ablation

Subtotal

Second generation endometrial ablation techniques aim to destroy the endometrium with resultant amenorrhea. They do not involve direct visualization of the endometrium.

In practice, although patient satisfaction rates are over 70 per cent, the amenorrhea rate is less than 30 per cent (Lethaby et al., 2001). These are more successful in women over 45. The procedure can be repeated in women with persistent heavy menstrual bleeding after

Rare complications include uterine perforation and accidental organ injury. Effective

Hysterectomy remains the only method of ensuring complete amenorrhea and is generally offered to women where all other methods have been unsuccessful. It can be undertaken laparoscopically, vaginally or abdominally. The choice depends on the size of uterus, degree of uterine descent, previous surgery, whether ovaries are to be conserved, patient preference

Techniques include thermal balloon, microwave or novasure endometrial ablation.

amenorrhea. It is covered in more details in the second part of this chapter.

cessation of use, bleeding can become heavy again.

**1.6.2 Surgical treatment** 

endometrial resection or laser ablation.

27.4 per cent after four years (Poorey et al., 1998).

First generation Roller ball

Hysterectomy Total

contraception is essential following endometrial ablation.

Table 3. Different modalities of surgical treatment

assessing the cavity hysteroscopically.

and surgeon's skills.

Second generation Thermal balloon ablation

## **1.6 Treatment of menorrhagia**

## **1.6.1 Medical**

Several medical options are available for treatment of women with heavy menstrual loss. Non-steroidal anti-inflammatory drugs act by inhibiting prostaglandin synthesis and reduce bleeding by about a quarter. The commonest used medication is mefenamic acid of which the main side effect is dyspepsia.

Tranexamic acid is an anti-fibrinolytic medication. It inhibits plasminogen activator and hence promotes clots formation in spiral arterioles and decreases bleeding by about a half. Side effects include nausea, vomiting, diarrhoea and rarely tinnitus and thromboembolic events. Hypotension may occur if given rapidly by the intravenous route.

The combined oral contraceptive pill makes periods regular and is associated with a fifty per cent reduction in blood loss. It is suitable for all age groups unless there are specific contraindications like family or personal thromboembolic disease, migraines with aura, hypertension, obesity and immobility.

Oral progesterones act by ovulation inhibition and directly suppressing the endometrium. Norethisterone 5mg three times a day from day 5 to 26 has been shown to reduce blood loss by eighty per cent. Depo-Provera may cause unpredictable bleeding initially but usually amenorrhea results. Common side effects include nausea, breast tenderness, bloatedness, weight gain, acne and voice changes.

Non-steroidal anti-inflammatory drugs e.g. Mefenamic acid Anti-fibrinolytic drugs e.g. tranexamic acid Hormones Combined contraceptive pill Synthetic progestogens (norethisterone, provera, medroxyprogeterone acetate) Intrauterine progesterone (levornogetrel intrauterine system) Danazol and gestrinone Anti-oestrogen e.g. gestrinone Gonadotrophin releasing hormone agonists

Table 2. Medical treatment of menorrhagia

Gonadotrophin releasing hormone analogues act by down-regulating the pituitary hence inhibiting ovarian activity. Women become hypo-oestrogenised and may have distressing vasomotor symptoms of hot flushes and night sweats as well as vaginal dryness. They also cause demineralization of bones. Add-back hormone replacement therapy as well as bone mineral density scans should be considered if treatment goes beyond six months.

Danazol was originally produced for treatment of endometriosis but was found to cause amenorrhea. It is a synthetic androgen which has both oestrogenic and progestrogenic effects. It works by inhibiting the pituitary and also suppressing the endometrium directly. It has debilitating androgenic effects which restrict its use including acne, deep voice, hirsutism, breast tenderness and weight gain.

Gestrinone on the other hand, is a synthetic derivative of 19-nortestosterone which has both oestrogenic and progestrogenic as well as androgenic effects. It is not commonly used for treatment of heavy periods. Its androgenic side effects are less that danazol but after cessation of use, bleeding can become heavy again.

The levonorgestrel intrauterine system is a medicated device that is inserted into the uterus and delivers progesterone which acts locally on the endometrium to cause thinning and amenorrhea. It is covered in more details in the second part of this chapter.

## **1.6.2 Surgical treatment**

162 Hysterectomy

Several medical options are available for treatment of women with heavy menstrual loss. Non-steroidal anti-inflammatory drugs act by inhibiting prostaglandin synthesis and reduce bleeding by about a quarter. The commonest used medication is mefenamic acid of which

Tranexamic acid is an anti-fibrinolytic medication. It inhibits plasminogen activator and hence promotes clots formation in spiral arterioles and decreases bleeding by about a half. Side effects include nausea, vomiting, diarrhoea and rarely tinnitus and thromboembolic

The combined oral contraceptive pill makes periods regular and is associated with a fifty per cent reduction in blood loss. It is suitable for all age groups unless there are specific contraindications like family or personal thromboembolic disease, migraines with aura,

Oral progesterones act by ovulation inhibition and directly suppressing the endometrium. Norethisterone 5mg three times a day from day 5 to 26 has been shown to reduce blood loss by eighty per cent. Depo-Provera may cause unpredictable bleeding initially but usually amenorrhea results. Common side effects include nausea, breast tenderness, bloatedness,

Synthetic progestogens (norethisterone, provera, medroxyprogeterone acetate)

mineral density scans should be considered if treatment goes beyond six months.

Gonadotrophin releasing hormone analogues act by down-regulating the pituitary hence inhibiting ovarian activity. Women become hypo-oestrogenised and may have distressing vasomotor symptoms of hot flushes and night sweats as well as vaginal dryness. They also cause demineralization of bones. Add-back hormone replacement therapy as well as bone

Danazol was originally produced for treatment of endometriosis but was found to cause amenorrhea. It is a synthetic androgen which has both oestrogenic and progestrogenic effects. It works by inhibiting the pituitary and also suppressing the endometrium directly. It has debilitating androgenic effects which restrict its use including acne, deep voice,

events. Hypotension may occur if given rapidly by the intravenous route.

**1.6 Treatment of menorrhagia** 

the main side effect is dyspepsia.

hypertension, obesity and immobility.

weight gain, acne and voice changes.

Combined contraceptive pill

 Danazol and gestrinone Anti-oestrogen e.g. gestrinone

Anti-fibrinolytic drugs e.g. tranexamic acid

Gonadotrophin releasing hormone agonists

Table 2. Medical treatment of menorrhagia

hirsutism, breast tenderness and weight gain.

Non-steroidal anti-inflammatory drugs e.g. Mefenamic acid

Intrauterine progesterone (levornogetrel intrauterine system)

**1.6.1 Medical** 

Hormones

Endometrial destructive techniques can be divided into first and second generation. The former involve hysteroscopic destruction of the endometrium by rollerball, transcervical endometrial resection or laser ablation.

The cumulative hysterectomy rate after endometrial resection was found in one study to be 27.4 per cent after four years (Poorey et al., 1998).

Endometrial resection is associated with a long surgical learning curve and significant risks include uterine perforation and fluid overload resulting in hyponatremia. They have generally been superseded by second generation techniques which are quicker and safer.


Table 3. Different modalities of surgical treatment

Second generation endometrial ablation techniques aim to destroy the endometrium with resultant amenorrhea. They do not involve direct visualization of the endometrium. Techniques include thermal balloon, microwave or novasure endometrial ablation.

In practice, although patient satisfaction rates are over 70 per cent, the amenorrhea rate is less than 30 per cent (Lethaby et al., 2001). These are more successful in women over 45. The procedure can be repeated in women with persistent heavy menstrual bleeding after assessing the cavity hysteroscopically.

Rare complications include uterine perforation and accidental organ injury. Effective contraception is essential following endometrial ablation.

Hysterectomy remains the only method of ensuring complete amenorrhea and is generally offered to women where all other methods have been unsuccessful. It can be undertaken laparoscopically, vaginally or abdominally. The choice depends on the size of uterus, degree of uterine descent, previous surgery, whether ovaries are to be conserved, patient preference and surgeon's skills.

Menorrhagia and the Levonorgestrel Intrauterine System 165

the menstrual cycle) in treating women with dysfunctional uterine bleeding although it was associated with more side effects such as breast tenderness and intermenstrual bleeding

In comparison with tranexamic acid and non-steroidal anti-inflammatory drugs, it has been

The intrauterine system has been proved to be effective in over 85% of patients with simple endometrial hyperplasia although the authors recommend long term follow up with

When compared with thermal balloon endometrial ablation, no difference was noted in the quality of life, number of women requesting alternative treatment, or satisfaction between the two groups (Busfield et al., 2006). Both groups however showed an improvement in quality of life although patients with the intrauterine system recorded lower PBAC (Pictorial

Compared to trans-cervical resection of endometrial (TCRE), satisfaction rates were both 80% in one study (Gupta, 2006) although intrauterine system requires less skill with no operative hazards. Continuation rates at five years were high with reasons sited in one

It can be used successfully in selected women with coexisting morbidities. These include leiomyomas, obesity and those on anticoagulation therapies. There has not been any deleterious difference in endothelial or vascular function in thromboembolic high risk women on intrauterine system (Brito et al., 2010) and it is therefore can be considered after

In a prospective comparative trial of 132 perimenopausal patients who smoked, IUS was found to be superior in preventing anaemia to both medroxyprogesterone acetate and

Like all hormonal contraception, the World Health Organization recommends avoidance among women with present or past history of breast cancer although there has not been any known increase in risk compared to the copper intrauterine contraceptive device (Gemzell-Danielsson, 2010). It is safe and effective in Human Immunodeficiency Virus positive women and like in the healthy equivalent, causes a reduction in bleeding. It has no effect on ovarian function and is not associated with increased viral secretion from the cervical mucus

Compared to hysterectomy, the intrauterine system was found to be more cost effective (Hurskainen et al., 2004). However, a recent study (Roberts et al., 2011) has shown that although hysterectomy is initially costly, it produces more quality assured life years compared to the other treatment modalities for menorrhagia and therefore more cost effective in the long run. It is therefore a reasonable option of initial primary treatment.

The use of the intrauterine system has reduced the rate of hysterectomy among women with adenomyosis by 70% by decreasing dysmenorrhoea and bleeding episodes (Kulshrestha, et

found to be superior in reducing menstrual loss (Stewart et al., 2001).

periodic biopsies for up to 2 years (Scarselli et al., 2011).

Blood loss Assessment Chart) scores at 12 and 24 months.

study being bleeding, pain and infection (Backman et al., 2001).

(Lethaby et al., 2010).

assessing the risks and benefits.

(Heikinheimo, 2010).

al, 2011).

continuous oral progesterone (Kucuk et al., 2008).

## **1.6.3 Specific treatment**

Organic causes of heavy bleeding should be addressed. These include fibroids which can be resected hysteroscopically or by laparotomy or a laparoscopic approach if a patient wants to preserve fertility. In these cases, women should be warned of the risk of significant intraoperative bleeding necessitating blood transfusion and the possibility of an emergency hysterectomy.

Polyps can be removed at out patient hysteroscopy or in theatre under a general anaesthetic. Where malignancy is suspected, appropriate biopsies and referral should be made to the multidisciplinary team.

## **2. Medicated Intrauterine system**

## **2.1 Background**

The levonorgestrel intrauterine system is a reversible long acting contraceptive device that is aseptically fitted into the uterine cavity. It has a hormone cylinder that contains 52 mg of levonorgestrel that is released at the rate of twenty micrograms per day.

The term intrauterine system (IUS) is used to differentiate it from the intrauterine contraceptive device (IUCD) in the United Kingdom.

It was primarily produced as a contraceptive device but has other non-contraceptive benefits. It can be beneficial in the management of chronic pelvic pain, endometriosis, anaemia, dysmenorrhoea, and endometrial protection in women on oestrogen hormone replacement therapy.

Over one hundred and fifty million women worldwide use the intrauterine system for contraception. It is easy to insert and remove and does not require high level of technical skills. It is licensed for contraception use for up to 5 years following which a replacement can be made.

It can be inserted at any time of the cycle and during caesarean section (Lopez-Farfan, MacIel-Martnez, Velez-Machorro, & Vazquez-Estrada, 2010). It is useful in the peri and postmenopausal woman for bleeding, contraception and hormone replacement therapy (Kirk & McFall, 2009).

It is also widely used for menorrhagia. Its therapeutic effect is achieved by endometrial atrophy with a subsequent reduction in the heaviness of menstrual loss of eighty per cent in the first 6 months and up to 90 per cent in a year (Irvine et al., 1999, Hallberg et al., 1966, Stewart, et al., 2001).

Studies show that it is highly acceptable with 40 % women choosing to have a second device inserted after five years (Lete et al., 2011).

#### **2.2 Comparison with other treatments of menorrhagia**

Its effect on heavy menstrual loss has been compared to alternatives in clinical practice. It has been found to be more successful than cyclical norethisterone (given from day 5-26 of

Organic causes of heavy bleeding should be addressed. These include fibroids which can be resected hysteroscopically or by laparotomy or a laparoscopic approach if a patient wants to preserve fertility. In these cases, women should be warned of the risk of significant intraoperative bleeding necessitating blood transfusion and the possibility of an emergency

Polyps can be removed at out patient hysteroscopy or in theatre under a general anaesthetic. Where malignancy is suspected, appropriate biopsies and referral should be made to the

The levonorgestrel intrauterine system is a reversible long acting contraceptive device that is aseptically fitted into the uterine cavity. It has a hormone cylinder that contains 52 mg of

The term intrauterine system (IUS) is used to differentiate it from the intrauterine

It was primarily produced as a contraceptive device but has other non-contraceptive benefits. It can be beneficial in the management of chronic pelvic pain, endometriosis, anaemia, dysmenorrhoea, and endometrial protection in women on oestrogen hormone

Over one hundred and fifty million women worldwide use the intrauterine system for contraception. It is easy to insert and remove and does not require high level of technical skills. It is licensed for contraception use for up to 5 years following which a replacement

It can be inserted at any time of the cycle and during caesarean section (Lopez-Farfan, MacIel-Martnez, Velez-Machorro, & Vazquez-Estrada, 2010). It is useful in the peri and postmenopausal woman for bleeding, contraception and hormone replacement therapy

It is also widely used for menorrhagia. Its therapeutic effect is achieved by endometrial atrophy with a subsequent reduction in the heaviness of menstrual loss of eighty per cent in the first 6 months and up to 90 per cent in a year (Irvine et al., 1999, Hallberg et al., 1966,

Studies show that it is highly acceptable with 40 % women choosing to have a second device

Its effect on heavy menstrual loss has been compared to alternatives in clinical practice. It has been found to be more successful than cyclical norethisterone (given from day 5-26 of

levonorgestrel that is released at the rate of twenty micrograms per day.

contraceptive device (IUCD) in the United Kingdom.

**1.6.3 Specific treatment** 

multidisciplinary team.

**2.1 Background** 

replacement therapy.

(Kirk & McFall, 2009).

Stewart, et al., 2001).

inserted after five years (Lete et al., 2011).

**2.2 Comparison with other treatments of menorrhagia** 

can be made.

**2. Medicated Intrauterine system** 

hysterectomy.

the menstrual cycle) in treating women with dysfunctional uterine bleeding although it was associated with more side effects such as breast tenderness and intermenstrual bleeding (Lethaby et al., 2010).

In comparison with tranexamic acid and non-steroidal anti-inflammatory drugs, it has been found to be superior in reducing menstrual loss (Stewart et al., 2001).

The intrauterine system has been proved to be effective in over 85% of patients with simple endometrial hyperplasia although the authors recommend long term follow up with periodic biopsies for up to 2 years (Scarselli et al., 2011).

When compared with thermal balloon endometrial ablation, no difference was noted in the quality of life, number of women requesting alternative treatment, or satisfaction between the two groups (Busfield et al., 2006). Both groups however showed an improvement in quality of life although patients with the intrauterine system recorded lower PBAC (Pictorial Blood loss Assessment Chart) scores at 12 and 24 months.

Compared to trans-cervical resection of endometrial (TCRE), satisfaction rates were both 80% in one study (Gupta, 2006) although intrauterine system requires less skill with no operative hazards. Continuation rates at five years were high with reasons sited in one study being bleeding, pain and infection (Backman et al., 2001).

It can be used successfully in selected women with coexisting morbidities. These include leiomyomas, obesity and those on anticoagulation therapies. There has not been any deleterious difference in endothelial or vascular function in thromboembolic high risk women on intrauterine system (Brito et al., 2010) and it is therefore can be considered after assessing the risks and benefits.

In a prospective comparative trial of 132 perimenopausal patients who smoked, IUS was found to be superior in preventing anaemia to both medroxyprogesterone acetate and continuous oral progesterone (Kucuk et al., 2008).

Like all hormonal contraception, the World Health Organization recommends avoidance among women with present or past history of breast cancer although there has not been any known increase in risk compared to the copper intrauterine contraceptive device (Gemzell-Danielsson, 2010). It is safe and effective in Human Immunodeficiency Virus positive women and like in the healthy equivalent, causes a reduction in bleeding. It has no effect on ovarian function and is not associated with increased viral secretion from the cervical mucus (Heikinheimo, 2010).

Compared to hysterectomy, the intrauterine system was found to be more cost effective (Hurskainen et al., 2004). However, a recent study (Roberts et al., 2011) has shown that although hysterectomy is initially costly, it produces more quality assured life years compared to the other treatment modalities for menorrhagia and therefore more cost effective in the long run. It is therefore a reasonable option of initial primary treatment.

The use of the intrauterine system has reduced the rate of hysterectomy among women with adenomyosis by 70% by decreasing dysmenorrhoea and bleeding episodes (Kulshrestha, et al, 2011).

Menorrhagia and the Levonorgestrel Intrauterine System 167

Cole SK, Billewicz WZ, & Thomson AM (1971) Sources of variation in menstrual blood loss –

Gemzell-Danielsson, K. (2010). IUS in women with breast cancer. European Journal of

Gupta, B., Mittal, S., Misra, R., et al. Levonorgestrel-releasing intrauterine system vs.

International Journal of Gynaecology and Obstetrics 2006 95 (3) pp 261-266. Hallberg L, Hogdahl AM, Nilsson L, Rybo G. Menstrual blood loss- a population study.

Heikinheimo, O. (2010). Levonorgestrel-releasing intrauterine system (LNG-IUS) in human

Hurskainen R, Teperi J, Rissanen P, Aalto AM, Grenman S, Kivale A, et al. Clinical

Irvine GA, Cameron IT. Medical management of dysfunctional uterine bleeding. Bailliere's

Kirk, K., & McFall, P. (2009). The use of the mirena intrauterine system in a regional

Kucuk, T. and Ertan , K. Continous oral or medroxyprogesterone acetate versus the

Kulshrestha, V., Kriplani, A., Agarwal, N., & Bhatla, N. (2011). Role of levonorgestrel-

Conference End: 20100522.Conference P(TRUNCATED), 15, 143-144. Busfield, R.A, Farquhar, C. M, Sower, M. C et al: A randomised trial comparing the

menstrual bleeding. BJOG: 2006 113 (3) PP257-263.

P(TRUNCATED), 15, 204.

Scand 1966; 45:320-351.

17(3 SUPPL. 1), 88A.

60.

follow-up. JAMA 2004;291:1456-63.

Clin Obstet Gynecol 1999; 13(2):189-202

Publication: (Var.Pagings), 63, S31-S32.

Confe(TRUNCATED), 31, 27.

a population study. J Obstet Gynecol Br Cmmwlth 78, 933-9

Reproductive Health, ESC the Hague Netherlands.Conference Start: 20100519

levonorgestrel intrauterine system and thermal balloon ablation for heavy

Contraception and Reproductive Health Care.Conference: 11th Congress of the European Society of Contraception and Reproductive Health, ESC the Hague Netherlands.Conference Start: 20100519 Conference End: 20100522.Conference

transcervical resection of the endometrium for dysfunctional bleeding,

Variation at different ages and attempts to define normality. Acta Obstet Gynecol

immunodeficiency virus (HIV) infected women - A five-year follow-up study. Reproductive Sciences.Conference: 57th Annual Scientific Meeting of the Society for Gynecologic Investigation, SGI 2010 Orlando, FL United States.Conference Start: 20100324 Conference End: 20100327.Conference Publication: (Var.Pagings),

outcomes and costs with the levonorgestrel-releasing intrauterine system or hysterectomy for the treatment of menorrhagia- randomized control trial 5-year

menopause clinic. Maturitas.Conference: 8th European Congress on Menopause, EMAS London United Kingdom.Conference Start: 20090516 Conference End: 20090520 Sponsor: PANTARHEI BIOSCIENCE, FSDeducation.Eu.Conference

levonorgestrel releasing intrauterine system in the treatment of perimenopausal menorrhagia: A randomized, prospective, controlled clinical trial in female smokers. Clinical and Experimental Obstetrics and Gynaecology 2008 35 (1) pp57-

intrauterine system in medical management of adenomyosis. Journal of Obstetrics and Gynaecology.Conference: 1st World Congress of Obstetrics, Gynaecology and Andrology: Psychosomatic and Biological Perspectives on Clinical Controversies, WCOGA 2011 London United Kingdom.Conference Start: 20110321

## **2.3 Contraindications**

Intrauterine system is contraindicated in pregnancy, local or systemic infection, suspected malignancy of the cervix or uterus, weight gain and unexplained vaginal bleeding among others.

## **2.4 Complications**

During fitting there is a risk of perforation of the uterus with potential damage to surrounding organs. There is also a risk of infection which can spread to the pelvis and rarely systemically.

The expulsion rate is 4 per cent and is most common in the first year after insertion. Risk factors include young age, nulliparity and immediately postpartum. The rate of expulsion is not related to the uterine cavity length (Bahamondes, et al, 2011)

## **2.5 Side effects**

It has been associated with a change in pattern of bleeding, spotting, amenorrhea or irregular bleeding. Rarely it may cause abdominal/pelvic pain, breast tenderness, acne, bloatedness, weight gain, headaches, hair loss, migraines, ovarian cysts, mood changes, nausea and low sex drive.

## **3. Conclusion**

The levonorgestrel intrauterine system is an acceptable and cost effective treatment of heavy menstrual loss. It has additional benefits that make it a preferred choice for management of a number of other gynaecologic conditions at the same time. More research is required in long term outcome and cost analysis taking into account clinician preferences of choice.

## **4. Acknowledgment**

I am grateful to Dr David Rae and Dr Wael Agur for their substantial input.

## **5. References**


Intrauterine system is contraindicated in pregnancy, local or systemic infection, suspected malignancy of the cervix or uterus, weight gain and unexplained vaginal bleeding among

During fitting there is a risk of perforation of the uterus with potential damage to surrounding organs. There is also a risk of infection which can spread to the pelvis and

The expulsion rate is 4 per cent and is most common in the first year after insertion. Risk factors include young age, nulliparity and immediately postpartum. The rate of expulsion is

It has been associated with a change in pattern of bleeding, spotting, amenorrhea or irregular bleeding. Rarely it may cause abdominal/pelvic pain, breast tenderness, acne, bloatedness, weight gain, headaches, hair loss, migraines, ovarian cysts, mood changes,

The levonorgestrel intrauterine system is an acceptable and cost effective treatment of heavy menstrual loss. It has additional benefits that make it a preferred choice for management of a number of other gynaecologic conditions at the same time. More research is required in long term outcome and cost analysis taking into account clinician preferences of choice.

Backman, T., Huhtala, S., Tuominen, J., Luoto, R., Erkkola, R., Blom, T., et al. (2001). Sixty

Bahamondes, M. V., Monteiro, I., Canteiro, R., Fernandes, A. D. S., & Bahamondes, L. (2011).

Brito, M. B., Barboza, R. P., Martins, W. P., Oliveira, L. C. O., Ferriani, R. A., & Vieira, C. S.

International Journal of Gynecology and Obstetrics, 113(1), 50-53.

thousand woman-years of experience on the levonorgestrel intrauterine system: An epidemiological survey in finland. European Journal of Contraception and

Length of the endometrial cavity and intrauterine contraceptive device expulsion.

(2010). The levonorgestrel-intrauterine system was associated with no adverse effect in endothelial function in women with history of thrombosis or thrombophilia. European Journal of Contraception and Reproductive Health Care.Conference: 11th Congress of the European Society of Contraception and

I am grateful to Dr David Rae and Dr Wael Agur for their substantial input.

Reproductive Health Care, 6(SUPPL. 1), 23-26.

not related to the uterine cavity length (Bahamondes, et al, 2011)

**2.3 Contraindications** 

**2.4 Complications** 

rarely systemically.

**2.5 Side effects** 

**3. Conclusion** 

nausea and low sex drive.

**4. Acknowledgment** 

**5. References** 

others.

Reproductive Health, ESC the Hague Netherlands.Conference Start: 20100519 Conference End: 20100522.Conference P(TRUNCATED), 15, 143-144.


**13**

*Croatia* 

Tomislav Strinic

*University Hospital Split,* 

*Split University, School of Medicine,* 

**Is Embolization Equal to Hysterectomy**

It is important for women to ensure that they make their own individual decision about whether to have a hysterectomy. Making this decision can be a difficult and emotional process. It is important for women to be well informed about the procedure so they can confidently discuss all available options with their gynaecologist. Because a hysterectomy involves the removal of the uterus, it is important that women realise they will no longer menstruate or be able to conceive after the procedure. For some women the prospect of no more periods and the removal of the fear of pregnancy will bring relief. Other women may

In November 1843, Charles Clay performed the first hysterectomy in Manchester, England. The earliest hysterectomies were supracervical, or subtotal hysterectomies. The body of the uterus was removed while the cervix remained intact. In 1929, Richardson, performed the first total abdominal hysterectomy (TAH), in which the entire uterus and cervix were removed (Johns, 1997). Total abdominal hysterectomy involves removal of the uterus and cervix through an abdominal incision. A hysterectomy can be performed in three different ways**:** abdominal, vaginal and endoscopic. The method chosen will depend on the surgeon's skills, expertise and preference. Also taken into account is the reason for the hysterectomy and characteristics such as a woman's weight, pelvic surgery history and if they have had

Hysterectomy is the most common non–pregnancy-related major surgery performed on women worldwide. This surgical procedure involves removal of the uterus and cervix, and for some conditions, the fallopian tubes and ovaries. Reasons for choosing this operation are treatment of genital malignancy and various common noncancerous uterine conditions. Primary indication for benign hysterectomy are uterine leiomyoma, endometriosis, uterine prolapse/incontinence, and abnormal uterine bleeding. Although this procedure is highly successful in curing the disease of concern, it is a surgical alternative with the accompanying risks, morbidity, and mortality that an operative procedure carries and it leads to sterility in women who are premenopausal. The patient may be hospitalized for several days and may

find the finality of the ending of their reproductive capability distressing.

**1. Introduction** 

children.

**2. Hysterectomy** 

**in Treating Uterine Fibroids?** 

