8 Clinical Trials for Various Conditions
This study will provide pilot data examining suction as a mechanism of IUD displacement with menstrual cup use. The investigator hypothesize that manufacturer-recommended menstrual cup insertion and removal by breaking the seal will result in 15% rate of IUD displacement/expulsion. The investigator will also use this data to explore variables associated with IUD displacement and menstrual cup use. By examining the role of suction as a possible mechanism of IUD displacement, this research will allow healthcare providers to better counsel patients who use IUDs regarding menstrual cup use. Having a better understanding of the mechanics of IUD displacement could lead to the development of strategies to prevent expulsion.
The purpose of this study is to determine the feasibility of a uterine sound sparing technique for levonorgestrel 52 mg intrauterine device (IUD) placement. This study will be conducted in three phases. In phase one, the IUD will be placed in standard fashion with a uterine sound to obtain baseline data. Phase two and three are interventional phases that will investigate IUD placement without the use of a uterine sound. In phase two, the IUD will be placed without the use of a uterine sound, but under abdominal ultrasound guidance. In phase three, the IUD will be placed without the use of a uterine sound and without ultrasound guidance. An ultrasound exam will be completed at the end of phase two and three to determine if the IUD was successful placed. To answer the secondary objectives, for all study phases the investigators will measure the procedure time, the participant-reported maximum pain during and 5-minutes post placement and the provider assessment of ease of placement. To determine the exploratory objective of IUD expulsion and perforation rate for a uterine sound sparing IUD placement technique, participants in phases two and three will complete a 30-day phone follow up and 90-day in clinic follow up to evaluate for IUD expulsion or perforation. The investigators hypothesize that the levonorgestrel 52 mg IUD can successfully be inserted without uterine sounding.
This study will enroll women planning to have an intrauterine device (IUD) placed for contraception immediately following a vaginal delivery. Women will be randomized to have this procedure done with or without ultrasound guidance. We intend to determine if the routine use of ultrasound to confirm device position reduces the rates of IUD expulsion.
Despite the high efficacy of intrauterine devices (IUDs), some women choose not to receive IUDs secondary to the pain associated with insertion. Nulliparous women may be especially susceptible to procedure-related pain from IUD insertion. This study will investigate the difference in perceived pain from IUD insertion, comparing local anesthesia to a placebo, among women who have not had a vaginal delivery before. The investigators anticipate that among women who have not had a previous vaginal delivery, the pain associated with IUD insertion will be significantly decreased after administration of local anesthesia.
Intrauterine devices (IUDs) are a popular form of long-acting reversible contraception, with a high efficacy rate and few side effects. The insertion procedure for IUDs can be uncomfortable and painful. Sedation may be needed to improve patient comfort. The use of IUDs is increasing in the adolescent population, but perceived pain is a barrier to placement. Propofol is a commonly used agent for pediatric procedural sedation, but it has no analgesic properties. Ketorolac, a nonsteroidal anti-inflammatory drug, has been shown to reduce pain in adults and improve patient satisfaction when used prior to IUD placement.. The current study aims to determine if ketorolac, given in combination with propofol for IUD placement in adolescents, can improve comfort during placement and reduce pain following the procedure. Enrolled patients will receive ketorolac or placebo, in addition to propofol, for IUD placement. By comparing the outcomes of these two groups of patients, we can gain a better understanding of the optimal approach to sedation for IUD insertion in adolescents.
The goal of this clinical trial is to compare success rates of two removal techniques for intrauterine devices (IUDs) that have missing or non-visible strings. The investigators will also collect preliminary data to better understand patient and provider satisfaction, maximum pain score, procedure time, and complications with the two techniques. Participants will be randomized to IUD removal with either an alligator forceps or manual vacuum aspiration (MVA) technique. This study will provide important data on these removal techniques, which could possibly expand options for and access to no strings IUD removals.
The purpose of the study is to determine the feasibility of placing the levonorgestrel-releasing intrauterine system (LNG - IUS, Mirena®) post-delivery. The investigators will gain information about complications at the time of placement; the investigators will also examine the expulsion rate, side effects, bleeding patterns and subject satisfaction at various time periods after insertion.
UMPALA is a research study to look at the effect of four different, approved contraceptives on the cervical and vaginal tissues as well as on factors in the blood. Participants will have a baseline examination then receive one of four approved, marketed contraceptive products. Cervico-vaginal assessments will take place 4 weeks after contraceptive initiation and 3 months after to assess changes in mucosal safety after use of various contraceptive products in young, healthy, HIV uninfected women.