Fertility and sterility
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Fertility and sterility · Jan 1991
Randomized Controlled Trial Comparative Study Clinical TrialTreatment of tubal ectopic pregnancy by salpingotomy with or without tubal suturing and salpingectomy.
Thirty-four women with unruptured tubal ectopic pregnancy (EP) were randomly assigned to undergo salpingotomy without tubal suturing (n = 15) or salpingotomy with tubal suturing (n = 19). The reproductive performance of these patients was compared with 24 patients who underwent salpingectomy for their EP (historical control). Using life table analysis, the cumulative probability of intrauterine pregnancy (IUP) at 12 and 24 months was 45% and 45% after salpingotomy without tubal suturing and 21% and 47% after salpingotomy with tubal suturing, respectively. ⋯ These findings suggest that IUP after conservative treatment is higher than after salpingectomy, but recurrent EP is also higher. Intrauterine pregnancy occurs earlier after salpingotomy without tubal suturing than after salpingotomy with tubal suturing. This might be because of rapid return of tubal function after healing by secondary intention.
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Fertility and sterility · Jan 1991
Young's syndrome (obstructive azoospermia and chronic sinobronchial infection): a quantitative study of axonemal ultrastructure and function.
The ultrastructure and function of nasal cilia and sperm tails were examined in 23 men with Young's syndrome and compared with data previously collected from 10 normal subjects. Quantitative electron microscopic assessment showed that sperm tails from patients with Young's syndrome contained significantly fewer central pair microtubules, radial spokes, and inner dynein arms, and their cilia contained less inner dynein arms than normal subjects. ⋯ In these patients, the deficiency of ciliary inner dynein arms did not appear to affect ciliary function in vitro but may under mucus loading lead to abnormal in vivo ciliary function. The consistent abnormalities shown in cilia and sperm tails, though apparently minor, constitute a common factor in both the reproductive and respiratory tracts which may, in combination with abnormalities in the in vivo environment, lead to the features of Young's syndrome.