Development of multiple follicles and pregnancy in ovulatory women undergoing controlled ovarian stimulation as part of an assisted reproductive technology (ART) cycle.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
QUADRUPLE
Enrollment
405
Solution for injection in pre-filled pen, subcutaneous administration
Solution for injection in vials (powder and diluent), subcutaneous administration
Solution for injection in pre-filled pen, subcutaneous administration
Fertility Treatment Center
Tempe, Arizona, United States
Number of Fertilized (2 Pronuclei [2PN]) Oocytes
Fertilized oocytes with 2PN were regarded as correctly fertilized.
Time frame: On Day 1 after oocyte retrieval (up to 23 days after start of stimulation)
Positive Beta Human Chorionic Gonadotropin (βhCG) Rate
A blood serum βhCG test was obtained 10-14 days after blastocyst transfer. If the test was positive according to the local laboratory's reference ranges, this confirmed a positive βhCG.
Time frame: 10-14 days after blastocyst transfer (up to approximately 6 weeks after start of stimulation)
Clinical Pregnancy Rate
Clinical pregnancy was based on detection of at least 1 intrauterine gestational sac with fetal heart beat on transvaginal ultrasound.
Time frame: 5-6 weeks after blastocyst transfer (up to approximately 10 weeks after start of stimulation)
Ongoing Pregnancy Rate
Ongoing pregnancy was based on detection of at least 1 intrauterine viable fetus by transvaginal or abdominal ultrasound
Time frame: 8-9 weeks after blastocyst transfer (up to approximately 13 weeks after start of stimulation)
Early Pregnancy Loss
Number of participants with early pregnancy loss defined as a positive βhCG tests but no ongoing pregnancy.
Time frame: 8-9 weeks after blastocyst transfer (up to approximately 13 weeks after start of stimulation)
Follicular Development on Stimulation Day 6
The total number of follicles and the number of follicles per size category were reported.
Time frame: At stimulation Day 6
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Solution for injection in vials (powder and diluent); subcutaneous administration
Fertility Specialists Medical Group - San Diego Center for Reproductive Surgery
San Diego, California, United States
Center for Advanced Reproductive Services PC
Farmington, Connecticut, United States
Yale Fertility Center
New Haven, Connecticut, United States
Fertility and IVF Center of Miami
Miami, Florida, United States
Center for Reproductive Medicine
Winter Park, Florida, United States
Idaho Center for Reproductive Medicine
Boise, Idaho, United States
Fertility Centers of Illinois
Chicago, Illinois, United States
InVia Fertility Specialists, SC
Hoffman Estates, Illinois, United States
Fertility Answers, LLC
Baton Rouge, Louisiana, United States
...and 10 more locations
Follicular Development on Last Day of Stimulation
The total number of follicles and the number of follicles per size category were reported.
Time frame: At last day of stimulation (up to 20 stimulation days)
Serum Follicle-stimulating Hormone (FSH) Concentration
The concentration of serum FSH was measured. The median and IQR of FSH levels on stimulation day 6, End of stimulation and Oocyte Retrieval visit are presented.
Time frame: At Day 6, last day of stimulation (up to 20 stimulation days) and at oocyte retrieval (up to 22 days after start of stimulation)
Serum Anti-Müllerian Hormone (AMH) Concentration
The concentration of serum AMH was measured. The median and IQR of AMH levels on End of stimulation and End of Trial are presented.
Time frame: At the last day of stimulation (up to 20 stimulation days) and at end-of-trial (up to approximately 6 months from the start of screening)
Human Chorionic Gonadotropin (hCG) Concentration
The concentration of hCG was measured. The median and IQR of hCG levels on stimulation day 6 and End of stimulation are presented.
Time frame: At Day 6 and last day of stimulation (up to 20 stimulation days)
Luteinizing Hormone (LH) Concentration
The concentration of LH was measured. The median and IQR of LH levels on stimulation day 6 and End of stimulation are presented.
Time frame: At Day 6 and last day of stimulation (up to 20 stimulation days)
Progesterone (P4) Concentration
The concentration of P4 was measured. The median and IQR of P4 levels on stimulation day 6 and End of stimulation are presented.
Time frame: At Day 6 and last day of stimulation (up to 20 stimulation days)
Estradiol (E2) Concentration
The concentration of E2 was measured. The median and IQR of E2 levels on stimulation day 6 and End of stimulation are presented.
Time frame: At stimulation Day 6 and last day of stimulation (up to 20 stimulation days)
Number of Oocytes Retrieved
The number of oocytes retrieved was recorded at the oocyte retrieval visit.
Time frame: On day of oocyte retrieval (up to 22 days after start of stimulation)
Number of Metaphase II (MII) Oocytes
Maturity stage was assessed prior to undergoing ICSI. Maturity stage was categorized as germinal vesicle, metaphase I, metaphase II, degenerated or other.
Time frame: On day of oocyte retrieval (up to 22 days after start of stimulation)
Fertilization Rate
Fertilization rate(%) is the number of 2PN oocytes divided by the number of oocytes retrieved.
Time frame: On Day 1 after oocyte retrieval (up to 23 days after start of stimulation)
Number of Blastocysts and Number of Good-Quality Blastocysts 5 Days After Oocyte Retrieval
The number of blastocysts (total and good-quality) was reported. Blastocyst quality was assessed by blastocyst expansion and hatching status, blastocyst inner cell mass grading, and trophectoderm grading. The scoring was based on the classification system by Gardner and Schoolcraft, with additional categories for inner cell mass (degenerative or no inner cell mass) and trophectoderm (degenerative or very large cells)
Time frame: On Day 5 after oocyte retrieval (up to 27 days after start of stimulation)
Total Gonadotropin Dose
The gonadotropin starting dose was 225 IU for the first 5 days, followed by individual adjustments according to the participant's follicular response. Dose adjustment should be 75 IU per adjustment. Gonadotropin was to be initiated within 3 days of confirmed downregulation.
Time frame: Up to 20 stimulation days
Number of Stimulation Days
Calculated by start dates and end dates.
Time frame: Up to 20 stimulation days
Proportion of Participants With Ovarian Hyperstimulation Syndrome (OHSS)
OHSS was defined as the total of early OHSS with onset ≤9 days after triggering of final follicular maturation, and late OHSS with onset \>9 days after triggering of final follicular maturation.
Time frame: ≤9 days after triggering of final follicular maturation (early OHSS), >9 days after triggering of final follicular maturation until 21-28 days after last IMP dose or up to ongoing pregnancy 8-9 weeks after transfer in pregnant participants (late OHSS)
Frequency of Adverse Events (AEs)
Any AE occurring after start of IMP and before the end-of-trial visit, or a pre-treatment AE or pre-existing medical condition that worsens in intensity after start of IMP and before the end-of-trial visit was considered treatment-emergent, and is presented for this endpoint.
Time frame: From the time of signed informed consent for participation in the trial until the end-of-trial visit (up to approximately 6 months)
Intensity of AEs
The intensity of an AE was classified using the following 3-point scale: Mild = Awareness of signs or symptoms, but no disruption of usual activity. Moderate = Event sufficient to affect usual activity (disturbing). Severe = Inability to work or perform usual activities (unacceptable).
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Alanine Aminotransferase
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Aspartate Aminotransferase
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Blood Urea Nitrogen
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Calcium
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Chloride
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Creatinine
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Gamma Glutamyl Transferase
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Glucose
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Potassium
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Sodium
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Egfr African American
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Clinical Chemistry Parameters Compared to Baseline: Egfr Non-afr. American
Blood samples were collected for the analysis of clinical chemistry parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Erythrocytes
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Leukocytes
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Hemoglobin
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Hematocrit
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Platelets
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Basophils
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Basophils/Leukocytes
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Eosinophils
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Eosinophils/Leukocytes
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Lymphocytes
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Lymphocytes/Leukocytes
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Monocytes
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Monocytes/Leukocytes
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Neutrophils
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Changes in Circulating Levels of Haematology Parameters Compared to Baseline: Neutrophils/Leukocytes
Blood samples were collected for the analysis of haematology parameters.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Proportion of Subjects With Markedly Abnormal Changes of Clinical Parameters and Haematology Parameters
The table represents the percentage of participants in each group with normal baseline values and markedly abnormal end-of-stimulation or end-of-trial visit values. It is only parameters with markedly abnormal values at end of stimulation or end of trial visit which are represented. Parameters with normal baseline values and normal end of stimulation and end of trial values are not represented.
Time frame: From the start of screening until the end-of-trial (up to approximately 6 months)
Frequency of Injection Site Reactions (Redness, Pain, Itching, Swelling and Bruising) Assessed by the Participant During the Stimulation Period
Assessed by the participant during the stimulation period. Participants assessed the injection site reactions (redness, pain, itching, swelling and bruising) three times daily: immediately after the injection, 30 minutes after the injection and 24 hours after the injection. Total Number of events include all categories None, Mild, Moderate and Severe. Percentage of events with injection site reactions as a sum of the categories Mild, Moderate and Severe is presented.
Time frame: Up to 20 stimulation days
Intensity of Injection Site Reactions (Redness, Pain, Itching, Swelling and Bruising) Assessed by the Participant During the Stimulation Period
Assessed by the participant during the stimulation period as mild, moderate or severe. Participants assessed the injection site reactions (redness, pain, itching, swelling and bruising) three times daily: immediately after the injection, 30 minutes after the injection and 24 hours after the injection.
Time frame: Up to 20 stimulation days
Proportion of Participants With Treatment-induced Anti-MENOPUR Antibodies. Overall as Well as With Neutralizing Capacity
Measured by presence of anti-MENOPUR antibodies. 95% Clopper-Pearson confidence interval has been reported in this endpoint.
Time frame: Up to 28 days after end of the stimulation period (simulation period up to 20 days)
Number of Participants With Potential Technical Malfunctions of the Administration Pen
Number of participants With Potential Technical malfunctions of the Administration Pen were recorded.
Time frame: Up to 20 stimulation days