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| Name | Class |
|---|---|
| KGK Science Inc. | INDUSTRY |
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The goal of this open label study is to evaluate the efficacy of smart phone-based test (SOBEREYE OPTOVERA) on measuring pupillary light reflex (PLR) alterations following cannabis use healthy in adults. The main question it aims to answer is:
Can SOBEREYE OPTOVERA detect PLR alterations following cannabis consumption in healthy adults, in comparison to a pupillometer?
Participants will be given two 5 mg capsules to be ingested for the 10 mg THC dose or five 5 mg capsules to be ingested for the 25 mg THC. Participants will be asked to complete PLR tests throughout the study day.
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| Label | Type | Description | Intervention Names |
|---|---|---|---|
| Tetrahydrocannabinol (10 mg) | Experimental | 10 mg of Tetrahydrocannabinol (THC) provided as a softgel capsule. |
|
| Tetrahydrocannabinol (25 mg) | Experimental | 25 mg of THC provided as a softgel capsule. |
|
| Name | Type | Description | Arm Group Labels | Other Names |
|---|---|---|---|---|
| Tetrahydrocannabinol (10 mg) | Drug | 10 mg of Tetrahydrocannabinol (THC) provided as a softgel capsule |
|
| Measure | Description | Time Frame |
|---|---|---|
| The difference in change in Pupillary Light Reflex (PLR) measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=5 min. | T=0 to T=5 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=30 min. | T=0 to T=30 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=60 min. | T=0 to T=60 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=120 min. | T=0 to T=120 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=180 min. | T=0 to T=180 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer |
| Measure | Description | Time Frame |
|---|---|---|
| The difference in change in reaction time | The difference in change in reaction time as assessed by Dynavision from T= 0 at T=60 minutes | T= 0 at T=60 minutes |
| The difference in change in reaction time |
| Measure | Description | Time Frame |
|---|---|---|
| Clinically relevant post-emergent adverse events | Clinically relevant post-emergent adverse events at T=0 to T=480 minutes. Including via the modified Drug Effects Questionnaire (DEQ) from T=0 at T=480 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 to T=480 minutes |
Inclusion Criteria:
Males and females 21 years of age or older
Females not of child-bearing potential, defined as those who have undergone a sterilization procedure (e.g. hysterectomy, bilateral oophorectomy, bilateral tubal ligation, complete endometrial ablation) or have been post-menopausal for at least 1 year prior to screening Or,
Individuals of child-bearing potential must have a negative baseline urine pregnancy test and agree to use a medically approved method of birth control for the duration of the study. All hormonal birth control must have been in use for a minimum of three months. Acceptable methods of birth control include:
Self-reported cannabis users based on the Cannabis Use Questionnaire who are familiar and experienced with THC's acute psychoactive effects from the doses and route of administration to be used in this study without previous severe adverse reactions after cannabis ingestion
Self-reported cannabis use at least 3x per month but no more than 3x per week
Agrees to abstain from cannabis use for 3 days prior to study visit
Willingness to complete all assessments associated with the study and agrees to safe transportation home
Provided voluntary, written, informed consent to participate in the study
Exclusion Criteria:
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| Name | Role | Phone | Extension | |
|---|---|---|---|---|
| Erin Lewis, PhD | Contact | 1-226-242-4551 | 248 | elewis@kgkscience.com |
| Name | Affiliation | Role |
|---|---|---|
| David Crowley, MD | KGK Science Inc. | Principal Investigator |
| Facility | Status | City | State | ZIP | Country | Contacts |
|---|---|---|---|---|---|---|
| KGK Science Inc. | Recruiting | London | Ontario | Canada |
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Open label pilot study
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| Tetrahydrocannabinol (25 mg) | Drug | 25 mg of THC provided as a softgel capsule. |
|
| Pupillary Light Reflex (PLR) Test | Diagnostic Test | SOBEREYE OPTOVERA is a portable, non-invasive test that measures the Pupillary Light Reflex (PLR) |
|
| Pupillometer | Diagnostic Test | NeuroLight is an automated pupillometer that generates a flash of light and measures the photomotor reflex very accurately. |
|
The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=240 min. |
| T=0 to T=240 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=300 min. | T=0 to T=300 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=360 min. | T=0 to T=360 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=420 min. | T=0 to T=420 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=480 min. | T=0 to T=480 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil reflexes (absolute contraction and latency) between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=5 min. | T=0 to T=5 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil reflexes (absolute contraction and latency) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=30 min. | T=0 to T=30 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil reflexes (absolute contraction and latency) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=60 min. | T=0 to T=60 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil reflexes (absolute contraction and latency) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=120 min. | T=0 to T=120 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil reflexes (absolute contraction and latency) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=180 min. | T=0 to T=180 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil reflexes (absolute contraction and latency) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=240 min. | T=0 to T=240 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil reflexes (absolute contraction and latency) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=300 min. | T=0 to T=300 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil reflexes (absolute contraction and latency) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=360 min. | T=0 to T=360 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil reflexes (absolute contraction and latency) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=480 min. | T=0 to T=480 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil activity as measured by pupillary unrest in ambient light (hippus) between a smart phone-based test and NeuroLight pupillometer in pupil size from time (T)=0 minutes (min) at T=5 min. | T=0 to T=5 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil activity as measured by pupillary unrest in ambient light (hippus) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=30 min. | T=0 to T=30 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil activity as measured by pupillary unrest in ambient light (hippus) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=60 min. | T=0 to T=60 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil activity as measured by pupillary unrest in ambient light (hippus) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=120 min. | T=0 to T=120 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil activity as measured by pupillary unrest in ambient light (hippus) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=180 min. | T=0 to T=180 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil activity as measured by pupillary unrest in ambient light (hippus) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=240 min. | T=0 to T=240 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil activity as measured by pupillary unrest in ambient light (hippus) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=300 min. | T=0 to T=300 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil activity as measured by pupillary unrest in ambient light (hippus) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=360 min. | T=0 to T=360 minutes |
| The difference in change in PLR measures between a smart phone-based test and NeuroLight pupillometer | The difference in change in pupil activity as measured by pupillary unrest in ambient light (hippus) between a smart phone-based test and NeuroLight pupillometer from time (T)=0 minutes (min) at T=480 min. | T=0 to T=480 minutes |
The difference in change in reaction time as assessed by Dynavision from T= 0 at T=120 min
| T= 0 at T=120 minutes |
| The difference in change in reaction time | The difference in change in reaction time as assessed by Dynavision from T= 0 at T=180 minutes | T= 0 at T=180 minutes |
| The difference in change in reaction time | The difference in change in reaction time as assessed by Dynavision from T= 0 at T=240 minutes | T= 0 at T=240 minutes |
| The difference in change in reaction time | The difference in change in reaction time as assessed by Dynavision from T= 0 at T=300 minutes | T= 0 at T=300 minutes |
| The difference in change in reaction time | The difference in change in reaction time as assessed by Dynavision from T= 0 at T=360 min | T= 0 at T=360 minutes |
| The difference in change in reaction time | The difference in change in reaction time as assessed by Dynavision from T= 0 at T=420 min | T= 0 at T=420 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T= 5 min, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T= 5 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=30 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=30 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=60 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=60 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=90 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=90 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=120 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=120 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=180 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=180 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=240 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=240 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=300 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=300 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=360 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=360 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=420 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=420 minutes |
| The difference in change in subjective drug effects | The difference in change in subjective drug effects as assessed by the modified Drug Effects Questionnaire (DEQ) from T=0 at T=480 minutes, on a scale of 1 to 10. Higher score indicates higher subjective drug effect. | T=0 at T=480 minutes |
| ID | Term |
|---|---|
| D013759 | Dronabinol |
| ID | Term |
|---|---|
| D002186 | Cannabinoids |
| D013729 | Terpenes |
| D006838 | Hydrocarbons |
| D009930 | Organic Chemicals |
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