דו״ח מאומת

In recent decades, hormonal contraceptives (HC) has made a difference in the control of female fertility, taking an unequivocal role in improving contraceptive efficacy. Some side effects of hormonal treatments have been carefully studied. However, the influence of these drugs on female sexual functioning is not so clear, although variations in the plasma levels of sexual hormones could be associated with sexual dysfunction. Permanent hormonal modifications, during menopause or caused by some endocrine pathologies, could be directly related to sexual dysfunction in some cases but not in all of them. HC use seems to be responsible for a decrease of circulating androgen, estradiol, and progesterone levels, as well as for the inhibition of oxytocin functioning. Hormonal contraceptive use could alter women's pair-bonding behavior, reduce neural response to the expectation of erotic stimuli, and increase sexual jealousy. There are contradictory results from different studies regarding the association between sexual dysfunction and hormonal contraceptives, so it could be firmly said that additional research is needed. When contraceptive-related female sexual dysfunction is suspected, the recommended therapy is the discontinuation of contraceptives with consideration of an alternative method, such as levonorgestrel-releasing intrauterine systems, copper intrauterine contraceptives, etonogestrel implants, the permanent sterilization of either partner (when future fertility is not desired), or a contraceptive ring.…

PMID: 31242625

Contraception has changed female sexuality. The possibility of sex without pregnancy is taken for granted by most women and facilitates sexual availability. Potential consequences to female sexual response are linked to the various contraceptive methods in use today. This is a comprehensive review article of existing literature that explores the impact of current contraceptive methods upon the female sexual response cycle with potential sexual dysfunction. The definitions and classifications of female sexual response and female sexual dysfunction are also reviewed. Combination estrogen and progesterone contraceptive products decrease testosterone and increase sex hormone binding globulin without consistent impact upon libido. Progesterone only methods can in small numbers decrease libido and cause vaginal dryness and dyspareunia. Bleeding irregularities contribute to vaginal dryness and vulvar irritation. In the postpartum period and during lactation, these changes are exacerbated. Overall, IUD users have no significant effect on libido. Female sterilization generally has a positive impact upon sexuality unless the woman has been ambivalent over the procedure. Barrier and natural family planning methods are neutral. The freedom of sexual activity without pregnancy must be balanced with known side effects, risks and benefits to sexual health. The impact of contraceptive methods upon sexual function is not often discussed with women prior to initiation of a selected method or at subsequent visits. It is important that as clinicians we recognize the impact of contraceptive methods to sexual functioning and counsel our patients appropriately.…

PMID: 20827250

4 kinds of progestin only oral contraceptives (OCs) and numerous combined OCs containing ethinyl estradiol (EE) or occasionally mestranol and either norgestrel or norethindrone are currently available in Australia. All progestins except norgestrel are effective in vivo after metabolism to norethindrone. Mestranol is effective in the human after demethylation to EE. The main side effects of OCs, including menstrual disturbances and changes in weight and mood, are primarily of nuisance value. Menstrual blood loss with OCs is almost invariably less than during spontaneous menses, but breakthrough bleeding and midcycle spotting may cause concern in patients. Amenorrhea and weight gain are rare with low dose pills. Approximately 6 in 1000 women remain anovulatory for 12 months or more after discontinuing OCs, but it is not yet know whether the amenorrhea is related to pill use and it is usually corrected by induction of ovulation. Cardiovascular side effects including venous thrombosis and pulmonary embolism are seen less frequently with new lower dose pills. The effects of OCs on the cardiovascular system are complex and depend on the interaction of estrogen and progestin. Amounts of estrogen and progestin should be the lowest possible to prevent ovulation, and routine monitoring should be provided for all women using pills. Older high dose formulations altered lipid metabolism in the direction of greater risk of coronary heart disease. Although research suggests the lowest dose triphasic pills have no significant effect, not enough large studies have been done with matched controls. Any effects on carbohydrate metabolism of the low dose pills are apparently minor and of little clinical significance. Insulin dependent diabetics with adequate supervision may safely use low dose pills. Combined OCs reduce the incidence of endometrial and ovarian malignancy. No relationship between OCs and the risk of breast cancer has been demonstrated except possibly in women under 35 when the cancer developed. The risk of intraepithelial neoplasia may be increased in women taking OCs for more than 8 years. Data on drug interactions are inconclusive, but women on rifampicin should use some other method. Absolute contraindications to OCs include breast cancer, history of deep venous thrombosis or pulmonary embolism, active liver disease, use of rifampicin, familial hyperlipidemia, previous arterial thrombosis, and pregnancy, while relative contraindications include smoking, age over 35, hypertension, breastfeeding, and irregular spontaneous menstruation. Progestin only OCs have a higher rate of failure and irregular bleeding than combined pills and their main use is for breastfeeding women and those with contraindications to estrogen. The pill of 1st choice should be a triphasic low-dose formulation.…

PMID: 6508652