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Formation of dyspareunia in women with surgical menopause

сторінки: 35-39

Romashchenko O., DMedSc, prof.; Solovyov A., DMedSc, prof.; Biloholovska V., Phd; Melnykov S., DMedSc; Вавich O., Khodzava M., Mironenko N., PhD. State Institution «Institute of Urology of the National Academy of Medical Sciences of Ukraine», Ukraine, Kyiv

In the period of menopause usually starting at the age of about 50 a spectre of violations of women’s sexual health, conditioned by psycho-emotional, vegetovascular and neuroendocrinal changes is established [1, 2, 3, 4]. At the same time surgical menopause may be found in women of earlier age and is a conditional stage of quality changes, accompanied by certain discomfort, namely due to the formation of sexual changes [5, 6].

Objectives

Evaluation of frequency of dyspareunia in women with surgical menopause.

Design and Methods

In the observation dynamics (24 months) a sexological, gynaecological and psychological examination of 37 women aged from 38 to 52 with surgical menopause was carried out: after hysterectomy with ovariectomy – 14 patients (I group), and after hysterectomy without – 23 patients (II group).

Studies were carried out within two years, right after surgical treatment. The analysis of anamnesis data of the observed women of two groups has shown that they had practically no reliable differences by nature of diseases they had and by the accompanying pathology. After surgical treatment all patients refused to use hormone replacement therapy (HRT).

For all women a questionnaire implying interview method with McCoy form was used. Simultaneously patients kept a diary of sexual experience and impressions.

During gynaecological examination the level of intensity of dyspareunia (mild, moderately severe and severe) was considered depending on the intensity of dryness of vaginal mucous membrane and pain feelings in sexual closeness.

Hormonal examination was conducted using the enzyme-linked immunoassay equipment Multiscan (Finland) with test kits provided by DDR (Germany). Free testosterone index (FT) was calculated using the following formula:

*

where ТТ – total testosterone; SHBG – sex hormone binding globulin.

We have carried out ultrasonography of clitoris zone in the state of rest and at the background of video- and arousing lubricants in the diagnostic system XARIO of TOSHIBA expert level in the mode of grey scale (B-mode) with the use of coloured Doppler carding and determining speed indices. Multifrequency linear sensor 7.0-12.0 MHz has been used.

With the coloured Doppler carding we assessed the peculiarities of parenchymatous blood flow in clitoris (presence, absence, intensiveness and symmetry). We used the scanning angle between ray and vessel from 0 to 40 degrees. Indicators of 3-4 complexes were assessed. Doppler indices: peak systolic speed of blood flow (Vs m/s), index of resistance (IR) and index of pulsation (IP).

The concentration of nitrite anion NO2 has been evaluated in protein extract of vaginal mucous membrane with the help of Griess reagent by spectrophotometric method on photometer Screen Master. The content of the whole protein in samples has been assessed by the method of Bradford M. M.

Evaluation of pH in the vaginal mucous membrane was carried out before stimulation and in 30-40 minutes after stimulation (using video erotic stimulation and locally stimulant lubricant with aphrodiziacs).

Results

The carried research has shown that the frequency and spectre of sexual dysfunctions grew in amount after surgical treatment and reached its peak in 2 years after the hysterectomy in women of both groups. The frequency of dyspareunia (85.7% in group I, and 52.2% in group II) and lubrication disorders (85.7% in group I, and 56.5% in group II) prevailed after 24 months of surgical treatment (pic. 1). In 4 (28.6%) patients of group I and in 5 (21.7%) patients of group II anorgasmia at the background of lubrication disorders and dyspareunia of various degree of intensity was observed.

mazg174_35_r1-300x116.jpg

Pic. 1. Frequency and spectre of sexual dysfunctions among the examined women (%): а) group I – patients aſt er hysterectomy with ovariectomy, n = 14; b) group II – patients aſt er hysterectomy without ovariectomy, n = 23

It was established that among women of groupI (after hysterectomy with ovariectomy) the frequency of dyspareunia after one year constituted 64.3%, and in 5 (35.7%) patients the dyspareunia of I degree prevailed, while in 2 years after surgical treatment (when patients refused to pursue HRT) dyspareunia was marked in 12 (85.7%) women, most of them were patients with II or III degree of dyspareunia (50.0% and 14.2% respectively) (pic. 2).

mazg174_35_r2-300x121.jpg

Pic. 2. Frequency and degree of dyspareunia in women with surgical menopause (%): а) group I – patients aſt er hysterectomy with ovariectomy, n = 14; b) group II – patients aſt er hysterectomy without ovariectomy, n = 23

At the same time among the women of group II (after hysterectomy without ovariectomy) dyspareunia was observed in 5 (21.7%) of the examined when 12 months after the surgery had passed, and in 12 (52.1%) – when 24 months after surgery had passed; the first degree of dyspareunia prevailed in 8 (34.7%).

The comparative analysis of the obtained results has shown that the frequency and degree of dyspareunia progressed in women of group I (after hysterectomy with ovariectomy) and reached their peak in 2 years after surgery at the background of atrophic changes in the mucous membrane of urogenitals, accompanied by lubrication disorders.

In women with marked dyspareunia, accompanied with the reduction of libido and anorgasmia, the reduction of E2 level (group I – in 1.7-2.1 times; group II – in 1.3-1.9 times) and the reduction of FT (group I – in 2.2-2.4 times; group II – in 1.4-2.4 times) were observed, while the concentration of SHBG in comparison to reference indicators for this age group was increased.

The pH indicators of vaginal mucous membrane in women of group I before surgery in the state of rest amounted to between 4.2 and 4.8, and after sexual stimulation – between 5.6 and 7.6, in 12 months after surgery – 5.3-6.2 in the state of rest and 6.7-7.8 after stimulation; in 24 months after surgery – 5.2-6.6 and 6.8-7.8 respectively. Increase in the pH indicators in women of this age group was mixed with the development of atrophic changes in mucous membrane at the background of estrogenic deficit. In patients of group II the analogous tendency was observed – pH before surgery was within 4.1-4.6 in rest and 5.8-7.8 after sexual stimulation, in 12 months after surgery – 4.8-6.1 before stimulation and 6.5-7.7 after stimulation, in 24 months after surgery – 5.0-6.2 and 6.6-7.7 respectively.

During the evaluation of Doppler indicators in clitoris vessels in women of both groups before surgical treatment the speed of voluminous blood flow (Vs) amounted to 3.5-3.7cm/sec in rest and 6.5-7.2cm/sec in 30-40 minutes after video erotic stimulation, IR in rest was 0.66-0.7 and 0.70-0.75 after sexual stimulation, IP in rest was 1.21-1.35 and 1.55-1.75 after stimulation (pic. 3).

mazg174_35_r3-300x216.jpg

Pic. 3. Doppler indicators in clitoris vessels in women before surgical treatment in rest

After surgical treatment the change of Doppler indicators of clitoris vessels was found in women with marked dyspareunia, coupled with the reduction of libido and anorgasmia. In these cases Doppler indicators had a peculiar feature: Vs of clitoris vessels both in rest and after video erotic stimulation with the use of stimulant lubricant was low – between 0.7 and 1.2cm/sec, IR – 0.71-0.81, and IP – 1.55-1.63 (Pic. 4).

mazg174_35_r4-300x216.jpg

Pic. 4. Doppler indicators in clitoris vessels in women aſt er surgical treatment with marked dyspareunia aſt er videoerotic stimulation

These qualitative differences are confirmed by the reduction of levels of metabolites of nitric oxide in vaginal mucous membrane: in group I before surgery it constituted 20.9 ± 4.5 nmole per mg of protein, in 12 months – 14.8 ± 2.4 nmole per mg of protein, in 24 months – 9.9 ± 1.1 nmole per mg of protein; in group II before surgery it amounted to 21.7 ± 5.2 nmole per mg of protein, in 12 months – 17.9 ± 2.9 nmole per mg of protein, and in 24 months – 12.3 ± 2.5nmole per mg of protein.

One may assume that at the background of estrogenic deficit, especially marked in women having their uterus with appendages removed more than 2 years before that, the development of atrophic changes in mucous membranes of urogenitals, accompanied by the reduction of lubrication, formation of dyspareunia, and reduction of libido and anorgasmia, further aggravated.

As the atrophic changes in vagina further aggravated the reduction of clitoris voluminous blood flow, the significant increase of vaginal pH by 6.5-7.8 and insignificant change of these indicators after erotic stimulation were marked.

mazg174_35_sh1-300x168.jpg

Scheme 1. Infl uence of nitric oxide, freed by endotheliocytes under the infl uence of oestrogens, on the blood fi lling of genitals

As it is known vasoactive substance – NO is an element in the formation of series of biochemical processes; their consequence ensures the increase of concentration of calcium inside a cell, which is the culmination in mechanisms of relaxation of smooth muscle tissue for the achievement of sexual arousal (scheme 1). Violation of these mechanisms influences the formation of sexual dysfunctions, including dyspareunia in women with surgical menopause.

Depending on the degree of oestrogen deficit the production of nitric oxide (NO) by endotheliocytes of vessels is reduced. Under the influence of NO the mechanisms of vasodilation, relaxation of smooth vaginal muscles, blood filling of vagina and clitoris, and achievement of adequate lubrication are launched, while during the reduction of its levels all these mechanisms are violated.

The data we received has allowed to get convinced that the violations in this system of interconnections, conditioned by age deficit of oestrogens and androgens (especially marked in women after hysterectomy and ovariectomy), lead to the development of atrophic changes from the side of urogenital tract and serve as a «launching mechanism» in the emergence of the sequence of sexual dysfunctions in women of this age group. There is no doubt that the circle model of interconnections and interrelations prevails in the formation of sexual dysfunctions. Every causal factor directly reflects the further changes, keeping the patient in a «vicious circle» of cause-and-effect interrelations (scheme 2).

mazg174_35_sh2-300x220.jpg

Scheme 2. Formation of sexual problems in postmenopausal women

The obtained data has shown that the violations in the state of sexual health, to larger or smaller degree of intensity, were established in almost all examined women after the carried out surgical treatment. Their emergence led to the formation of discrepancies in partners’ sexual relationships.

It is important to note that sexual dysfunctions in most of the examined patients were combined with the state of disappointment, reduction of self-confidence, depression, and irritability, and conditioned the emergence of psycho-emotional instability and depression in many of them. However, women mostly did not pay attention to these violations, and did not turn for specialty sexological care. At the same time 11 (78.6%) patients of group I and 19 (82.6%) patients of group II associated the significance of sexual relations and sexual demand with the indicators of life activity.

The carried out research confirms the necessity of adequate actions on timely prevention of sexual dysfunctions in women with surgical menopause, their diagnostics and correction, especially significant at early stages of their formation with the use of recommendation of the International Community of Menopause.

Conclusion

Therefore, we got convinced that the surgical menopause is one of the most persuasive evidence, which confirms the presence of direct relation between the changes in concentration of sexual steroids and the state of woman’s sexual health.

In 85.7% of women in 1-2 years after hysterectomy with appendages in 52.2% without appendages the background of oestrogen deficit, reduction of nitric oxide, reduction of speed of voluminous blood flow, reductions of lubrication, and atrophic changes from the side of urogenital tract, dyspareunia was formed.

Reduction of blood supply of vulva and vagina at the background of oestrogen deficit in menopause leads to atrophic changes in vagina, reduction of vaginal lubrication, insufficient vascular reaction of clitoris, formation of female sexual dysfunctions and problems of a couple.

Therefore, FSD as a consequence and as the evidence of quality changes in women’s different systems, including urogenitals, in menopause are formed by the principle of «vicious circle».

Reasoning of individual approaches to correction and removal of the emerged violations requires arguments and has to be adapted to disharmonious expressions of this age period with the inclusion of adequate psychotherapeutic aid. Treatment has to be complex and take into account the general state and age changes (including improvement of clitoral sensation and vaginal lubrication) of a woman and psychological problems of spouses in a single context.

Timely prescription of system and local menopausal therapy (when there are no contraindications) with the use of gels and lubricants with hyaluronic acid, PRP-therapy – is perspective with the purpose of both prevention and treatment of sexual dysfunctions and urogenital disorders in women with surgical menopause.

Literature

1. Tan O., Bradshaw K., Carr B. Management of vulvovaginal atrophy-related sexual dusfunction in postmenopausal womens: An up-to-date review. Menopause 2012-Vol.19.-P.109-117.

2. Constantine G. D. et al. Incidence of genitourinary conditioning women with a diagnosis of vulvar vaginal/ atrophy. Curr Med Res Opin 2014;30:143-148.

3. Roos A. M., Sultan A. H., Thakar R. Sexual problems in the gynecology clinic: Are we making a mountain out of a molehill? Int Urogynecol J 2012-Vol.23-P.145-152.

4. Romashchenko O., Melnikov S., Bilogolovska V., Mironenko N., Khodzhava M., Koval S. Formation of Dyspareunia in Women with Surgical Menopause. J Sex Med. – 2017. – Suppl. 3, Vol.14, Number 4, P. 157-158.

5. Ромащенко О. В., Мельников С. Н., Билоголовская В. В., Коваль С. Б., Ященко Л. Б. Сексуальное здоровье, как составляющая качества жизни женщин элегантного возраста. Здоровье женщины, № 9, 2012 – с. 76-82

6. Nappi R. E., Lachowsky M. Menopause and sexuality: Prevalence of symptoms and impact on quality of life. Maturitas 2009. –Vol. 63-P.138-141.

Формирование диспареунии у женщин с хирургической менопаузой

О. В. Ромащенко, А. И. Соловьев, В. В. Билоголовская, С. Н. Мельников, А. В. Бабич, М. М. Ходжава, Н. Н. Мироненко

Цель исследования. Оценить частоту и структуру сексуальных дисфункций у женщин с хирургической менопаузой.

Материалы и методы. Проведено сексологическое, гинекологическое, психологическое обследование 37 женщин в возрасте от 38 до 52 лет с хирургической менопаузой: 14 пациенток после гистерэктомии с овариоэктомией (І группа), 23 – после гистерэктомии без овариоэктомии (ІІ группа).

Сексологическое обследование включало анкетирование методом интервью, оценку сосудистых реакций гениталий (допплерография сосудов клитора на аппарате Xario Toshiba, рН-метрия влагалища) до и после видеоэротической стимуляции, определение уровней эстрадиола (Е2), общего и свободного тестостерона, глобулина, связывающие половые стероиды, индекса свободного тестостерона (FТ).

Концентрацию нитрит-аниона NO2 определяли в безбелковых экстрактах влагалищной слизи с помощью реактива Griess спектрофотометрическим методом на фотометре Screen Master; содержание общего белка в пробах – по методу Bradford M. M. (1976).

Результаты и их обсуждение. Диспареуния формировалась в течение 1-2 лет после хирургического лечения у 85% женщин І группы и у 69,6% – ІІ, на фоне нарушения любрикации, атрофических изменений со стороны урогениталий.

У женщин с диспареунией скорость объемного кровотока составляла от 0,6 до1,3 см/сек до и после сексуальной стимуляции на фоне снижения Е2 в периферической крови (1,7-2,1 раза – в І группе, в 1,3-1,9 раза – во ІІ) и уровней метаболитов оксида азота во влагалищной слизи (9,9 + 1,1 нмоль/мг в І группе, 12,3 + 2,5 нмоль/мг во ІІ).

Выводы. У 85% женщин через 1-2 года после гистерэктомии с придатками и у 69,6% – без придатков на фоне эстрогенного дифицита, снижения продукции оксида азота, скорости объемного кровотока гениталий, уменьшения любрикации, атрофических изменений со стороны урогенитального тракта формируется диспареуния. Своевременное назначение системной и местной менопаузальной терапии (при отсутствии противопоказаний), а также использование гелей и любрикантов на основе гиалуроновой кислоты, PRP-терапии является перспективным как для профилактики, так и для коррекции сексуальных дисфункций и урогенитальных расстройств у женщин с хирургической менопаузой.

Ключевые слова: диспареуния, женские сексуальные дисфункции, хирургическая менопауза.

Формування диспаревнії у жінок із хірургічною менопаузою

О. В. Ромащенко, А. І. Соловйов, В. В. Білоголовська, С. М. Мельников, О. В. Бабич, М. М. Ходжава, Н. О. Мироненко

Мета дослідження.Встановити частоту та структуру сексуальних дисфункцій у жінок із хірургічною менопаузою.

Матеріали та методи. Проведено сексологічне, гінекологічне, психологічне обстеження 37 жінок віком від 38 до 52 років з хірургічною менопаузою: у 14 пацієнток після гістеректомії з оваріоектомією (І група), у 23 – після гістеректомії без оваріоектомії (ІІ група).

Сексологічне обстеження включало анкетування методом інтерв’ю, оцінку судинних реакцій геніталій (доплерографія судин зони клітора на апараті Xario Toshibа, рН-метрію піхви) до та після відеоеротичної стимуляції, визначення рівнів естрадіолу (Е2), загального та вільного тестостерону, глобуліну, що зв’язує статеві стероїди (SHBG), індексу вільного тестостерону (FТ).

Концентрацію нітрит-аніону NO2 визначали в безбілкових екстрактах піхвового слизу за допомогою реактиву Griess спектрофотометричним методом на фотометрі Screen Master. Вміст загального білка в пробах оцінювали за методом Bradford M. M. (1976).

Результати. Диспаревнія формувалася через 1-2 роки після хірургічного лікування у 85% жінок І групи і у 69,6% – ІІ, на фоні порушення любрикації, атрофічних змін з боку урогеніталій.

У жінок із диспаревнією швидкість об’емного кровоплину становила від 0,6 до 1,3см/сек як до, так і після сексуальної стимуляції на фоні зниження концентрації Е2 (в 1,7-2,1 раза в І групі, в 1,3-1,9 раза в ІІ) і рівнів метаболітів оксиду азоту в піхвовому слизу (9,9 + 1,1 нмоль/мг в І групі, 12,3 + 2,5 нмоль/мг в ІІ).

Висновки. Диспаревнія формується у 85% жінок протягом 1-2 років після гістеректомії з придатками і у 69,6% – без придатків на фоні естрогенного дифіциту, зниження продукції оксиду азоту, швидкості об’ємного кровоплину геніталій, зменшення любрикації, атрофічних змін з боку урогенітального тракту.

Своєчасне призначення системної та місцевої менопаузальної терапії (за умови відсутності протипоказань), а також використання гелів та любрикантів з гіалуроновою кислотою, PRP-терапії є перспективними як із профілактичною метою, так і при усуненні сексуальних дисфункцій та урогенітальних розладів у жінок з хірургічною менопаузою.

Ключові слова: диспаревнія, жіночі сексуальні дисфункії, хірургічна менопауза.

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  1. І.Б. Вовк, А.Г. Корнацька, О.В. Трохимович

  2. Е.Н. Носенко, Г.Дж.А. Карп (H.J.A. Carp), Д.Г. Коньков

  3. П.Н. Веропотвелян, В.В. Радченко, И.В. Гужевская, И.С. Цехмистренко, Л.А. Жабицкая, С.П. Яручик, П.С. Горук

  4. В.И. Медведь

  5. В.В. Камінський, М.Н. Шалько, О.І. Гервазюк

  6. В.Н. Шишкова

Зміст випуску 1, 2017

  1. Олександр Йоскович, Р.О. Ткаченко, Даніель Шаталін

  2. В.И. Медведь

  3. Р.А. Ткаченко

  4. М.В. Майоров, Е.А. Жуперкова, С.И. Жученко, О.Л. Черняк

  5. В.И. Кисина

  6. І.М. Рудик, А.С. Шатковська, О.І. Полунченко, С.В. Полунченко

  7. І.Б. Вовк, О.О. Зелінський

  8. О.В. Рыкова

Випуски поточного року

Зміст випуску 2 (131), 2020

  1. О. В. Дженина, В. Ю. Богачев, А. Л. Боданская

  2. В.І. Пирогова

  3. М.В. Медведєв

  4. М. В. Майоров, С. В. Ворощук, Е. А. Жуперкова, С. И. Жученко, О. Л. Черняк

  5. І. В. Лахно, А. Е. Ткачов

  6. Ю. В. Лавренюк, П. Л. Шупика, М. В. Лоншакова

  7. С. П. Пасєчніков, П. О. Самчук

  8. R. Eastell, C. J. Rosen, D. M. Black, A. M. Cheung, M. H. Murad, D. Shoback