[Ovulation induction therapy and systemic lupus erythematosus].

Improvement in the prognosis of SLE prognosis has led to considering infertility therapy. The earliest reports displayed complications such as SLE revealed by ovulation induction or thrombophlebitis. Fertility is known to be normal in women with SLE, excepting amenorrhea accompanying severe flare-ups, renal insufficiency-related hypofertility and ovarian failure secondary to cyclophosphamide therapy. Anti-phospholipid antibodies are suspected to cause defective nidation and placental ischemia. An exponential rise of serum estradiol is observed irrespective of the ovulation induction protocol used, leading to SLE flare-up and thrombosis. We have experience with 114 cycles in 21 women with SLE and/or APS. A complication (fetal loss, SLE flare-up, thrombophlebitis) revealed the underlying disease in 8 women. Eighteen pregnancies led to 9 live-births, 4 fetal deaths and 5 embryonic losses. Pregnancy rate was higher after ovulation induction using gonadotropins (25% per cycle), than clomiphene (4%). Pregnancy rate was similar after IVFETE, whether the protocol was planned or not. However, three-quarters of the pregnancies after unplanned IVFETE led to abortions. On the contrary, 6 out of 7 pregnancies after planned IVFETE led to live-births. Two women developed thrombophlebitis after gonadotropins therapy. A SLE flare-up appeared after 13 out of 62 cycles, with a flare-up rate higher after gonadotropins (27% per cycle) than clomiphene therapy (6%), and after an unplanned (30%) than a planned procedure (10%). In conclusion, ovulation induction therapy can reveal SLE or APS. Clomiphene complications are uncommon. When gonadotropin therapy is considered, a preventive anti-inflammatory therapy should be discussed in SLE patients, in conjunction with heparin and/or anti-aggregate therapy for those with asymptomatic anti-phospholipid antibodies or prior thrombotic events.