Outcome
Type |
Measure |
Description |
Time frame |
Safety issue |
Other |
Number of Participant With Compliance |
Subject compliance with the study medication, based on questionnaire that asked if the participant took the medication as scheduled and asked about side effects. |
18 weeks |
|
Other |
Number of Participants With Tolerance |
Subject tolerance with the study medication, based on questionnaire that asked if the participant took the medication as scheduled and asked about side effects. |
18 weeks |
|
Other |
Number of Adverse Events |
Number of adverse events that participants experienced |
30 weeks |
|
Primary |
Number of Subjects With at Least One Episode of Bacterial Vaginosis |
Overall failure rate as measured by the number of subjects with at least one episode of bacterial vaginosis in the 30 week follow-up period. |
30 weeks |
|
Primary |
Probability of Failure at 210 Days |
To assess the efficacy of secnidazole, we estimated failure rates and 95% exact confidence intervals for initial treatment, suppression therapy following initial resolution of BV symptoms, and overall. For the time-to-failure analysis, time was defined as the number of days since the second visit where clinical resolution of initial BV was confirmed. The non-parametric maximum likelihood estimate (NPMLE) of the survival curve was estimated using the interval package in R to account for the interval censored data. Results are presented using an Amsel criteria score of as well as for BV diagnosis. All analyses were conducted using R 4.2.2 (R Core Team, 2020) in RStudio (RStudio Team 2021). |
210 days (30 weeks) |
|
Primary |
The Number of Subjects That Failed Treatment in the Supressive Phase |
The probability of recurrence or treatment failure was calculated as time from the second visit in days. This timeframe is the suppressive therapy phase and was 30 weeks long. |
30 weeks |
|
Secondary |
Number of Subjects Who Experienced Recurrence 3-5 Days After Initial Treatment (Initial Treatment Was 2 Weeks Long) |
Recurrence was measured using the Amsel criteria. The Amsel criteria are: 1) Homogenous white discharge, 2) pH > 4.5, 3) amine odor (whiff) test, 4) clue cells on microscopy |
3-5 days after initial treatment after initial treatment of 2 weeks |
|
Secondary |
Number of Subjects Who Experienced Recurrence 6 Weeks After Start of Initial Treatment |
Recurrence was measured using the Amsel criteria. The Amsel criteria are: 1) Homogenous white discharge, 2) pH > 4.5, 3) amine odor (whiff) test, 4) clue cells on microscopy |
week 6 |
|
Secondary |
Number of Subjects Who Experienced Recurrence 10 Weeks After Start of Initial Treatment |
Recurrence was measured using the Amsel criteria. The Amsel criteria are: 1) Homogenous white discharge, 2) pH > 4.5, 3) amine odor (whiff) test, 4) clue cells on microscopy |
week 10 |
|
Secondary |
Number of Subjects Who Experienced Recurrence 14 Weeks After Start of Initial Treatment |
Recurrence was measured using the Amsel criteria. The Amsel criteria are: 1) Homogenous white discharge, 2) pH > 4.5, 3) amine odor (whiff) test, 4) clue cells on microscopy |
week 14 |
|
Secondary |
Number of Subjects Who Experienced Recurrence 18 Weeks After Start of Initial Treatment |
Recurrence was measured using the Amsel criteria. The Amsel criteria are: 1) Homogenous white discharge, 2) pH > 4.5, 3) amine odor (whiff) test, 4) clue cells on microscopy |
week 18 |
|
Secondary |
Number of Subjects Who Experienced Recurrence 22 Weeks After Start of Initial Treatment |
Recurrence was measured using the Amsel criteria. The Amsel criteria are: 1) Homogenous white discharge, 2) pH > 4.5, 3) amine odor (whiff) test, 4) clue cells on microscopy |
week 22 |
|
Secondary |
Number of Subjects Who Experienced Recurrence 30 Weeks After Start of Initial Treatment |
Recurrence was measured using the Amsel criteria. The Amsel criteria are: 1) Homogenous white discharge, 2) pH > 4.5, 3) amine odor (whiff) test, 4) clue cells on microscopy |
week 30 |
|