22 research outputs found
Predictive value of selected sperm parameters for classical in vitro fertilization procedure of oocyte fertilization
No full textClonidine and Methohexital-Induced Epileptic Magnetoencephalographic Discharges in Patients with Focal Epilepsies
No full textClonidine- and Methohexital-Induced Epileptiform Discharges Detected by Magnetoencephalography (MEG) in Patients with Localization-Related Epilepsies
No full textRelationship between the timing of hysterosalpingography before gamete intrafallopian transfer and the subsequent fertility outcome
No full textThe association between polypronucleate zygote formation with certain motion characteristics of sperm and IVF outcome
No full textPurpose To determine the efficiency of sperm motion characteristics as predictors for normal (2PN) and polypronulceate (PPN) zygotes in IVF. Methods A retrospective cohort analysis for a total of 230 couples undergoing IVF treatment in a single infertility center. Results Subsequent to semen analysis and hemizona assay, unexpected fertilization failure would appear to have occurred only extremely rarely (1/236, 0.4%). The rate of PPN, however, did arise and appeared to be related to certain sperm motion characteristics, such as lateral head displacement and concentration of progressive motile sperm. Interestingly, the patients featuring a high PPN rate (> 20% ) was associated with a greater pregnancy rate than those featuring a low PPN rate (< 20%). Conclusions The sperm motion characteristics examined herein could be utilized to predict the rate of PPN in IVF. In order to enhance the rate of 2PN and maintain the relative high rate of clinical pregnancy, an efficient method needs further investigation and development
