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The effects of fresh embryo transfers and elective frozen/thawed embryo transfers on pregancy outcomes in poor ovarian responders as defined by the Bologna criteria
TLDR
E2 levels tend to be lower in poor responders, thus the receptivity of the endometrium may be damaged less than normal, which may explain why pregnancy results are the same between eFET and ET groups.
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Impact of elective frozen vs. fresh embryo transfer strategies on cumulative live birth: Do deleterious effects still exist in normal & hyper responders?
TLDR
Compared with a fresh-transfer strategy, the e-FET strategy resulted in a higher CLBR among patients with >10 oocytes retrieved during stimulated cycles, and birth weights were significantly lower for fresh ET, 3064 versus 3201 g for singletons (p<0.001) and perinatal and obstetrical outcomes were nonsignificantly different between fresh and e- FET arms.
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The impact of patient, embryo, and translocation characteristics on the ploidy status of young couples undergoing preimplantation genetic testing for structural rearrangements (PGT-SR) by next…
TLDR
The incidence of euploid/balanced blastocysts was similar in both types of translocations, but there was a significant increase in pure ICE in RobT compared to RecT carriers, and increasing female age decreases the probability of obtaining a euPLoid embryo.
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The effect of the pooling method on the live birth rate in poor ovarian responders according to the Bologna criteria
TLDR
Even though, pooling strategy seems to have a slight positive effect on pregnancy outcomes, there is no benefical effect on live birth rates and this strategy is increasing the abortion rates in parallel with clinical pregnancy rates.
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Elevation of progesterone on the trigger day exerts no carryover effect on live birth in freeze-all cycles
TLDR
The proposal that trigger day progesterone elevation (PE) exerts a detrimental effect on oocyte and embryo competence has no clinical validity.
View on Taylor & Francis
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