Covance Dallas
Dallas, Texas, 75247, United States
NCT Number: NCT03804476
The objective of this Phase 1 trial is to assess the safety, tolerability and pharmacokinetics of AER-271 in health subjects.
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Notify Me18 year–45 year
All sexes
Interventional
Phase 1
Dallas, Texas, 75247, United States
This is a double-blind, randomized, placebo-controlled, sequential-group study to assess the safety, tolerability and pharmacokinetics of single ascending dose and multiple ascending doses of intravenously (IV) administered AER-271 in healthy human subjects. AER-271 is an Aquaporin-4 inhibitor designed to prevent brain swelling in severe ischemic stroke. The study will be conducted in 2 parts: Part A is a single ascending dose, sequential group study. The subsequent Part B is a multiple ascending dose, sequential group study. Both Parts A and B will follow an adaptive design including the use of Sentinel Dosing.
The primary objectives of this study are to assess the safety and tolerability of single and multiple IV doses and continuous infusion of AER-271 in healthy subjects. Secondary objectives include: determining the pharmacokinetics of AER-271 and AER-270 following administration of AER-271, determining the dose proportionality for AER-270 and 271, and comparing the effects of continuous infusion versus multiple bolus doses on AER-271 exposure and adverse events. An additional exploratory objective of this study is to evaluate the effects of AER-271 on electrocardiogram parameters including QT interval corrected for heart rate. Data from this trial will also be used to develop a protocol for a subsequent Phase 2 clinical trial in stroke patients.
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
AER-271, the test article for this study.
Placebo control for this study.
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Observation for signs and symptoms of adverse events
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Observation for signs and symptoms of serious adverse events
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with serum Alanine Aminotransferase exceeding or below normal values will be reported with the concentration in IU/L
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with serum Aspartate Aminotransferase exceeding or below normal values will be reported with the concentration in IU/L
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with serum Gamma-Glutamyl Transferase exceeding or below normal values will be reported with the concentration in IU/L
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with White Blood Cell Count exceeding or below normal values will be reported in count/uL
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with Red Blood Cell Count exceeding or below normal values will be reported in count/uL
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with serum Albumin exceeding or below normal values will be reported with the concentration in g/dL
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with Bilirubin exceeding or below normal values will be reported with the concentration in mg/dL
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with Platelet counts exceeding or below normal values will be reported as count/uL
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with Hematocrit exceeding or below normal values will be reported as a %
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with serum Creatinine exceeding or below normal values will be reported with the concentration in mg/dL
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with serum Alkaline Phosphatase exceeding or below normal values will be reported with the concentration in IU/L
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with Cholesterol exceeding or below normal values will be reported with the concentration in mg/dL
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with changes in Respiratory Rate will be reported in count/min
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with changes in Pulse Rate will be reported in count/min
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with changes in Oral Temperature above normal will be reported in degrees Celcius (C)
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Patients with changes in Supine Blood Pressure exceeding or below normal values will be reported in mmHg systolic over diastolic
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
Number of patients exhibiting any changes in the physical examination during this period will be reported.
Time frame: This pharmacokinetic parameter will be assessed at the end of each of 6 cohorts in the SAD study (within 1-2 weeks of final blood sample collection) and 3 cohorts in the MAD study (within 1-2 weeks of final blood sample collection).
Maximum concentration of AER-271 and AER-270 derived from plasma concentration-time profile (ng/mL)
Time frame: This pharmacokinetic parameter will be assessed at the end of each of 6 cohorts in the SAD study (within 1-2 weeks of final blood sample collection) and 3 cohorts in the MAD study (within 1-2 weeks of final blood sample collection).
Area Under the Curve for AER-271 and AER-270 derived from plasma concentration-time profile (hr*ng/mL)
Time frame: This pharmacokinetic parameter will be assessed at the end of each of 6 cohorts in the SAD study (within 1-2 weeks of final blood sample collection) and 3 cohorts in the MAD study (within 1-2 weeks of final blood sample collection).
Clearance of AER-271 derived from plasma concentration-time profile (mL/hr/kg)
Time frame: This pharmacokinetic parameter will be assessed at the end of each of 6 cohorts in the SAD study (within 1-2 weeks of final blood sample collection) and 3 cohorts in the MAD study (within 1-2 weeks of final blood sample collection).
Half-life of AER-271 and AER-270 derived from plasma concentration-time profile (hr)
Time frame: This pharmacokinetic parameter will be assessed at the end of each of 6 cohorts in the SAD study (within 1-2 weeks of final blood sample collection) and 3 cohorts in the MAD study (within 1-2 weeks of final blood sample collection).
Steady state volume of distribution of AER-271 derived from plasma concentration-time profile (mL/kg)
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
QT Interval Corrected by Fridericia's Formula (msec)
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
QRS Duration (msec)
Time frame: Changes from baseline through day 5-7 for Part A and day 15-17 Part B.
PR Interval (msec)
Aeromics, Inc.
Industry
A Phase 1, Double-Blind, Randomized, Placebo-Controlled, Sequential-Group Study to Assess the Safety, Tolerability, and Pharmacokinetics of Single and Multiple Ascending Doses of AER-271 in Healthy Subjects
OpenTrials presents study information sourced from ClinicalTrials.gov. The official registry record should be consulted for the latest information.
View the official ClinicalTrials.gov record (opens in a new tab)This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.
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