Massachusetts General Hospital
Boston, Massachusetts, 02114, United States
Location status: Recruiting
Location contact
Ovidiu Andronesi, PhD, MD
PRINCIPAL_INVESTIGATOR
Study Coordinator
CONTACT
NCT Number: NCT07540338
The goal of this clinical trial is to assess the safety and effects of a crystallized form of lithium, AL001, when compared to commonly used lithium carbonate in individuals diagnosed with bipolar I disorder. The main questions this study aims to answer are:
* How safe is AL001 when compared to lithium carbonate? * How is AL001 broken down in the brain and body compared to lithium carbonate?
Participants will be asked to:
* Take both the study drug (AL001) and lithium carbonate each for a period of 14 days. * Stay overnight at MGH's research unit for two separate 2-week periods. * Participate in two separate 24 hour periods of multiple MRIs and blood draws.
Interested in participating?
Request Info18 year–65 year
All sexes
Interventional
Phase 1 / Phase 2
Boston, Massachusetts, 02114, United States
Location status: Recruiting
Ovidiu Andronesi, PhD, MD
PRINCIPAL_INVESTIGATOR
Study Coordinator
CONTACT
This study is researching the effects of a new type of crystallized lithium, AL001, on it's ability to reach the brain and have an effect in subjects with bipolar I disorder diagnosis. The investigators will be comparing this to a commonly used type of lithium, lithium carbonate. Investigators want to see if the AL001 can have the same or better effect when compared to lithium carbonate. Past research has shown a greater effect within the body with AL001 when compared to commonly used lithium.
This past research suggests that AL001 may be more effective, potentially allowing for lower doses and fewer side effects. If successful, this new form of lithium could offer a new and safe treatment option for psychiatric and neurological disorders.
This study involves two, 2-week long overnight stays at the main campus of Massachusetts General Hospital (MGH). During these stays, participants will receive lithium carbonate for one stay and the AL001 for the other. There are frequent blood draws and brain MRI scans during two periods of the study to look at how the AL001 is broken down in the body and to see how it reaches the brain. This study will compare AL001 to a study reference treatment of lithium carbonate. The majority of the blood draws and MRIs will occur over a 24 hour period during each 2-week long overnight stay at MGH.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Is of childbearing potential and agrees to use an acceptable contraceptive method. Acceptable contraceptive methods include:
Or
Is of non-childbearing potential, defined as surgically sterile (i.e., has undergone complete hysterectomy, bilateral oophorectomy, or tubal ligation), or is in a postmenopausal state (i.e., at least 1 year without menses prior to the Screening visit).
Exclusion criteria
Crystallized lithium
Other names: lithium salicylate/L-proline cocrystal
Lithium carbonate
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain (and brain structures)-to-plasma ratios between AL001 and lithium carbonate for steady-state PK measures/ parameters.
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Area under the plasma and brain concentration versus time curve (AUC) will be measured.
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state
Plasma AUCtau ss = Area under the plasma concentration versus time curve from time zero to the end of the 24-hour 3-dose interval at steady-state
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain AUCtau ss = Area under the plasma concentration versus time curve from time zero to the end of the 24-hour 3- dose interval at steady-state
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma Cmax ss = Maximum plasma concentration at steady-state.
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain Cmax ss = Maximum brain concentration at steady-state
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma tmax ss = Time to reach the maximum plasma concentration at steady-state
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain tmax ss = Time to reach the maximum brain concentration at steady-state
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma Cmin ss = Minimum plasma concentration at steady-state (if at end-of-24 hour dosing interval: Ctrough
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain Cmin ss = Minimum brain concentration at steady-state (if at end-of-24 hour dosing interval: Ctrough)
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma tmin ss = Time to reach the minimum plasma concentration at steady-state over 24 hours
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain tmin ss = Time to reach the minimum brain concentration at steady-state over 24 hours
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain/Plasma AUCtau ss ratio = Ratio of brain/plasma areas under the plasma concentration versus time curve from time zero to the end of the 24-hour 3-dose interval at steady-state
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain/Plasma Cmax ss ratio = Ratio of brain/plasma minimum concentrations from time zero to the end of the 24-hour 3-dose interval at steady-state.
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain/Plasma Cmin ss ratio = Ratio of brain/plasma minimum concentrations from time zero to the end of the 24-hour 3-dose interval at steady-state.
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma apparent oral clearance (CLoral) = Dose24 hours/Plasma AUCtau ss
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Average plasma concentration at steady-state (Css ave plasma) = Plasma 24 h AUCtau ss/24 hours
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Average brain concentration at steady-state (Css ave brain) = Brain 24 h AUCtau ss/24 hours
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma degree of fluctuation at steady-state (FIplasma ss) = Ratio of plasma (Cmax ss - Cmin ss) to Css ave plasma
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain degree of fluctuation at steady-state (FIbrain ss) = Ratio of brain 24 h (Cmax ss - Cmin ss) to Css ave brain
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma swing 24 h = [(Cmax ss - Cmin ss)/ Cmin ss ]
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Brain swing 24 h = [(Cmax ss - Cmin ss)/ Cmin ss ]
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
MRT oral doses (0-24h ss) = Mean Residence Time following oral doses at steady-state (0 to tau, end of 24-hour dosing interval)
Time frame: From enrollment to end of follow-up period at Day 42(P2)
Proportion of participants with adverse events and serious adverse events
Time frame: From enrollment to Day 23 (P2)
Proportion of participants with abnormal vital signs
Time frame: From enrollment to Day 23 (P2)
Proportion of participants with abnormal values and change from baseline reading for each ECG parameter. Individual parameters including heart rate, PR, QT, QTcF, QRS, and RR intervals will be collected.
Time frame: From enrollment to Day 23 (P2)
Proportion of participants with abnormal findings on physical exam.
Time frame: From enrollment to Day 23 (P2)
Proportion of participants with abnormal values and changes from baseline for each Safety laboratory test (standard hematology, blood chemistry [clinical chemistry], urinalysis, and pregnancy test [for females of childbearing potential only).
Time frame: From enrollment to Day 23 (P2)
Proportion of participants with prevalence of plasma lithium concentrations above 1.2 mEq/L
Time frame: From enrollment to Day 23 (P2)
Proportion of participants with prevalence of plasma salicylic acid concentrations above 30 mg/dL
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma AUCtau ss = Area under the plasma concentration versus time curve from time zero to the end of the 24-hour 3-dose interval at steady-state
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma Cmax ss = Maximum plasma concentration at steady-state
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma tmax ss = Time to reach the maximum plasma concentration at steady-state
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma Cmin ss = Minimum plasma concentration at steady-state (if at end-of-24 hour dosing interval: Ctrough)
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma tmin ss = Time to reach the minimum plasma concentration at steady-state over 24 hours
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma apparent oral clearance (CLoral) = Dose24 hours/Plasma AUCtau ss
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Average plasma concentration at steady-state (Css ave plasma) = Plasma 24 h AUCtau ss/24 hours
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma degree of fluctuation at steady-state (FIplasma ss) = Ratio of plasma (Cmax ss - Cmin ss) to Css ave plasma
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
Plasma swing 24 h = [(Cmax ss - Cmin ss)/ Cmin ss ]
Time frame: From time zero to the end of the 24 hour 3-dose interval at steady state.
MRT oral doses (0-24h ss) = Mean Residence Time following oral doses at steady-state (0 to tau, end of 24-hour dosing interval)
Time frame: From Screening (Day 1) to Day 23 (P2)
Magnetic resonance spectroscopy (MRS) techniques will be applied to explore brain metabolism, including possible metabolic similarities/differences between treatments
Contact information is provided by the study sponsor or research team.
Alzamend Neuro, Inc.
Industry
A Randomized, Balanced, Phase 1/2A, Multiple-dose, Open-label, Two-treatment, Two-period, Two-sequence, Crossover, Relative Bioavailability Study to Investigate Lithium Brain/Plasma Pharmacokinetics and Safety of an AL001 Oral Capsule Compared to a Marketed Immediate-release Lithium Carbonate Capsule in Subjects With Bipolar I Disorder
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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