Study on possible breakage of IUDs in the uterus
Biale, Y.; Lazer, S.; Ben-Adereth, N.
IPPF Medical Bulletin 11(1): 3-4
1977
ISSN/ISBN: 0019-0357 PMID: 873013 Document Number: 4643
It is clear that comprehensive results and deductions can only be obtained by increasing the number of samples and the amount of testing. Nevertheless, this pilot study on 30 Lippes loop IUDs has demonstrated that the belief that IUDs should be replaced every few years has some validity.
Document emailed within 1 workday
Related Documents
Jackson, M.C. 1977: Breakage of IUDs in utero. (Letter) Ippf Medical Bulletin 11(3): 3Jackson, M.C. 1977: Breakage of IUDs in utero. (Letter) Ippf Medical Bulletin 11(3): 3
Robbins, C. 2006: Hair breakage during combing. I. Pathways of breakage Journal of Cosmetic Science 57(3): 233-243
Wei, T.; Wang, H.; Wen, B. 2022: Comparison of copper IUDs and hormonal IUDs in prevalence of Candida species in cervicovaginal smears Cellular and Molecular Biology 67(4): 130-134
Wei, T.; Wang, H.; Wen, B. 2022: Comparison of copper IUDs and hormonal IUDs in prevalence of Candida species in cervicovaginal smears Cellular and Molecular Biology 67(4): 130-134
Wei, T.; Wang, H.; Wen, B. 2022: Comparison of copper IUDs and hormonal IUDs in prevalence of Candida species in cervicovaginal smears Cellular and Molecular Biology 67(4): 130-134
Wei, T.; Wang, H.; Wen, B. 2022: Comparison of copper IUDs and hormonal IUDs in prevalence of Candida species in cervicovaginal smears Cellular and Molecular Biology 67(4): 130-134
Wei, T.; Wang, H.; Wen, B. 2022: Comparison of copper IUDs and hormonal IUDs in prevalence of Candida species in cervicovaginal smears Cellular and Molecular Biology 67(4): 130-134
Wei, T.; Wang, H.; Wen, B. 2022: Comparison of copper IUDs and hormonal IUDs in prevalence of Candida species in cervicovaginal smears Cellular and Molecular Biology 67(4): 130-134
Wei, T.; Wang, H.; Wen, B. 2022: Comparison of copper IUDs and hormonal IUDs in prevalence of Candida species in cervicovaginal smears Cellular and Molecular Biology 67(4): 130-134
Jiang, G.; Akers, M.; Jain, M.; Guo, J.; Distler, A.; Swift, R.; Wadhwa, M.-V.S.; Jameel, F.; Patro, S.; Freund, E. 2007: Mechanistic studies of glass vial breakage for frozen formulations. I. Vial breakage caused by crystallizable excipient mannitol PDA Journal of Pharmaceutical Science and Technology 61(6): 441-451
Kamath, Y.K.; Robbins, C. 2011: Hair breakage by combing and brushing--a comment on: T. A. Evans and K. Park, A statistical analysis of hair breakage. II. Repeated grooming experiments, J. Cosmet. Sci., 41, 439-456 (2010) Journal of Cosmetic Science 62(6): 579-585
Prema, K.; Gayatri, T.L.; Philips, F.S. 1979: Comparative study of Copper IUDs Journal of Obstetrics and Gynaecology of India 29(3): 684-687
Prema, K.; Gayatri, T.L.; Philips, F.S. 1979: Comparative study of Copper IUDs Journal of Obstetrics and Gynaecology of India 29(3): 684-687
Gurav, K.; Bradley, J.; Chandrashekhar Gowda, G.; Alary, M. 2014: Perspectives on condom breakage: a qualitative study of female sex workers in Bangalore, India Culture Health and Sexuality 16(5): 575-586
Farr, G.; Burdan, A. 1991: Use of IUDs in developing countries: a comparative study Network 12(2): 6-8; 12
Lee, N.C. 1989: What we've learned about IUDs from the Women's Health Study American Journal of Gynecologic Health 3(3-S): 27-32
Tang, Y.; Xia, X.; Wang, Y.; Xie, C. 2011: Study on the mechanical properties of Cu/LDPE composite IUDs Contraception 83(3): 255-262
Kohli, B.R.; Goel, O.P.; Roy, S. 1976: A study of the characteristics of acceptors of copper-T device: compared to other IUDs Journal of Population Research 3(2): 16-28
Zhu, P.D.; Luo, H.Z.; Xu, R.H.; Cheng, J.; Wu, S.C.; Chen, J.H.; Wu, M.Z.; Wang, X.P. 1989: The effect of intrauterine devices, the stainless steel ring, the copper T220, and releasing levonorgestrel, on the bleeding profile and the morphological structure of the human endometrium--a comparative study of three IUDs. A morphometric study of 96 cases Contraception 40(4): 425-438