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Abstract This was a clinical prospective observational study that was performed in assisted reproduction unit at Ain Shams University Maternity Hospital. The study included 57 patients to whom ICSI or IVF was performed for treatment of their infertility. Patients included in the study were infertile couples undergoing their first ICSI trial for male and female factor infertility. A total of fifty seven (57) patients were included in the study. Twenty six (n=26) patients became pregnant and was labled as group (A) for descriptive purpose and thirty one (31)patient was not pregnant and labled as group (B) for descriptive purpose . Pregnancy was confirmed by serum hCG (positive pregnancy test 18 days after Ovulation induction.) and vaginal ultrasound scan at 8 weeks’ gestation. We subcategorized the pregnant patients in group (A) into two groups preclinical abortion (n=3) and clinical pregnancy (n=23). All patient included in the study were subjected to clinical history taking, Complete physical examination for all patient with special emphasis on Weight, height and body mass index (BMI). Gynecological examination as well as Routine laboratory investigation according to the protocols applied in the unit, this investigations included, estimation of serum FSH, LH, Prolactin, TSH levels and initial transvaginal ultrasound (TVS) to exclude the presence of any uterine or ovarian abnormality. In this study, we aimed to determine whether estradiol/progesterone (E2/P) ratios at the day of embryo transfer (ET) have an effect on implantation and pregnancy rate in in vitro fertilization (IVF) cycles and intracytoplasmic sperm injection (ICSI). In this study age was significantly higher in non pregnant group (B) (31.1+ 6.0) who were older compared to pregnant group (A) (26.6+5.5) who were younger. There was significantly higher BMI in non pregnant group (B) (29.2+ 3.6) compared to pregnant group (A) (26.4+4.3). Also BMI was significantly higher in subcategorized preclinical abortion group compared to pregnant group. There was significantly higher number of embryos transfered in pregnant group (3.0+0.6) compared to non pregnant group (2.5+1.1). As regard estradiol our study showed that, high estradiol (E2) in pregnant group (909.9+593.2) than non pregnant group (880.6+ 700.8) but it did not reach statistical significance or affect the pregnancy outcome or implantation rate.Although high estradiol (E2) level had a negative effecting on implantation rate as shown in subcategorized preclinical abortion and non pregnant group compared with clinical pregnant group but it did not also reach statistical significance There was a significant positive correlation between high serum E2 levels and increased number of mature follicles and mature oocytes retrieved. There was high progesterone (P) level in pregnant group (337.4+396.1) than non pregnant group (199.3+ 203.7) but it did not reach statistical significance. There was significantly higher E2/P ratio on day of embryo transfer in non pregnant group (5.7+ 4.1) compared to pregnant group (3.8+2.5). Serum E2/P ratios were evaluated for clinical pregnancies, non-conception cycles by using the receiveroperator curve analysis (ROC) curve (area under the curve = 0.63; 95% CI = 0.49–0.75; p = 0.071) on (day 3 after ovulation induction) to distinguish the significance between them. At the critical point (4.3) which was the best point to evaluate the sensitivity and specificity of E2/P ratio on day of embryo transfer to predict the pregnancy outcome The sensitivity of E2/P ratio on day of embryo transfer to predict the pregnancy outcome at this point was 76.9%, and specificity of E2/P ratio on day of embryo transfer to predict the pregnancy outcome at this point was 54.8% E2/P ratios were significant difference between subcategorized clinical pregnancy, preclinical abortion and non pregnant group. Women with preclinical abortion had significant higher mean E2/P ratios on day of embryo transfer compared with those who had either a clinical pregnancy or failed to conceive. So We conclude the following We conclude that high increased P values in the early luteal phase and low increased E2 values was associated with low E2/P ratios and better pregnancy outcomes, whereas a decrease in P values in combination with a increase in E2values (reflected by a high E2/P ratio) append to indicate poor reproductive outcome. Also We conclude that At the critical point (4.3) which was the best point reported by ROC curve to evaluate the sensitivity and specificity of E2/P ratio on day of embryo transfer to predict the pregnancy outcome we found The sensitivity of E2/P ratio on day of embryo transfer to predict the pregnancy outcome at this point was 76.9%, and specificity of E2/P ratio on day of embryo transfer to predict the pregnancy outcome at this point was 54.8%. |