The purpose of this research study is to find out how Zulresso®/brexanolone influences Posttraumatic Stress Disorder (PTSD) symptoms and alcohol use.
The overall objectives of this study are to establish the safety of administering 90, 60, and 30mcg/kg/h target doses of brexanolone (BREX; 20-hour infusion; versus placebo) and investigate efficacy of each dose to reduce PTSD symptoms, alcohol consumption, and stress reactivity via mood-induction paradigms in individuals with PTSD/AUD. The primary aims of this study are to: 1. Evaluate the safety and tolerability of BREX 90, 60, and 30 mcg/kg/h among individuals with PTSD/AUD 2. Investigate the medication effect of the 90, 60, and 30 mcg/kg/h doses of BREX to reduce alcohol consumption and PTSD symptoms in men and women with PTSD/AUD. The secondary aim of this study is to: 1\. Investigate the medication effect of each of the 90, 60, 30 mcg/kg/h doses of BREX to reduce stress reactivity via mood-induction paradigm in men and women with PTSD/AUD. The exploratory aim of this study is to: 1\. Explore sex-specific responses to brexanolone's effect on PTSD and alcohol use among men and women with PTSD/AUD.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
OTHER
Masking
TRIPLE
Enrollment
40
The participant will receive either a placebo, or 90, 60, or 30 mcg/kg/hr of Brexanolone over a 20-hour period intravenous infusion.
Severity and numbers of treatment-emergent AEs
The number and proportion of individuals experiencing any adverse event, any SAE, and any related adverse event overall will be summarized using frequency tables. No formal statistical tests will be conducted, rather the safety will be evaluated from a risk/benefit perspective. Any p-values reported will be for descriptive purposes only.
Time frame: From onset of Brexanolone administration until 30-day follow up.
Change in Heart Rate from onset of Brexanolone administration until discharge from the drug administration session.
The change in heart rate a physiological safety/stress measure are continuous and obtained multiple times after study drug administration which occurs on day 1. This measure will be analyzed using descriptive statistics and graphical summaries including time-specific summary statistics (e.g., box and whisker plots).
Time frame: An average of 22 hours (From the start of Brexanolone administration on day 1 at 10 am until 7 am on day 2)
Change in Blood Pressure from onset of Brexanolone administration until discharge from the drug administration session.
The change in blood pressure a physiological safety/stress measure are continuous and obtained multiple times after study drug administration which occurs on day 2. This measure will be analyzed using descriptive statistics and graphical summaries including time-specific summary statistics (e.g., box and whisker plots).
Time frame: An average of 22 hours (From the start of Brexanolone administration on day 1 at 10 am until 7 am on day 2)
Change in Cortisol from onset of Brexanolone administration until discharge from the drug administration session.
The change in Cortisol a physiological safety/stress measure are continuous and obtained multiple times after study drug administration which occurs on day 2. This measure will be analyzed using descriptive statistics and graphical summaries including time-specific summary statistics (e.g., box and whisker plots).
Time frame: FAn average of 22 hours (From the start of Brexanolone administration on day 1 at 10 am until 7 am on day 2)
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Change in percentage of milliliters of alcohol consumed during the 2-hour ad-libitum drinking paradigm between laboratory sessions (stress vs. neutral).
A set of dose-response models will be tested response using the Multiple Comparisons Procedure Modifications (MCP-Mod) methodology including change in percentage of milliliters consumed during the 2-hour ad-libitum drinking paradigm within laboratory sessions (stress and neutral) as dependent variable, the treatment as factor (90, 60, 30 and 0 mcg/kg/h), and baseline dependent value. These dose-response models with repeated measures will be used to test the effects of the regimens of 90, 60, and 30 mcg/kg/h doses of brexanolone on alcohol consumption in self-administration.
Time frame: During the 2-hour ad-libitum drinking paradigm between lab sessions (stress Vs Neutral)
Change in Posttraumatic Stress Disorder Checklist for DSM-5 (PCL-5) score from intake until 30-day follow-up
Another set of dose-response models will test Multiple Comparisons Procedure Modifications (MCP-Mod) methodology for the 30-day follow-up in PCL-5 score as dependent variable, the treatment as factor (90, 60, 30 and 0 mcg/kg/h), and baseline dependent value. These dose-response models will be used to test the effects of the regimens of 90, 60, 30 and 0 mcg/kg/h doses of brexanolone on PTSD symptoms. Scale PCL-5 is 0-4 with 0 being not at all and 4 being extreme; the higher score is worse outcome
Time frame: From intake, day 0 through day 37 (30-day follow-up).
Change in Change in Posttraumatic Stress Disorder Checklist for DSM-5 (PCL-5) score from intake until end of dosing.
Another set of dose-response models will test Multiple Comparisons Procedure Modifications (MCP-Mod) methodology including change from intake to end of dosing in PCL-5 score as dependent variable, the treatment as factor (90, 60, 30 and 0 mcg/kg/h), and baseline dependent value. The same modeling will be repeated for the 30-day follow-up timepoint. These dose-response models will be used to test the effects of the regimens of 90, 60, 30 and 0 mcg/kg/h doses of brexanolone on PTSD symptoms. Scale PCL-5 is 0-4 with 0 being not at all and 4 being extreme; the higher score is worse outcome
Time frame: An average of 22 hours (From intake, day 0 through end of infusion on Day 2)