Malaria,Falciparum
Conditions
Keywords
Malaria, Healthy Volunteers
Brief summary
This three-part, first-in-human, healthy volunteer study aims to assess the safety and tolerability of the test medicine as well as how it is taken up by the body when given as single and multiple doses. The effect of food on the test medicine will also be investigated. In Part 1, up to 40 volunteers will be split into up to 5 groups and will receive single oral doses of the test medicine or dummy medicine (placebo), at different dose levels. In Part 2, up to 8 volunteers will receive one oral dose of the test medicine in the fed state and one oral dose in the fasted state. In Part 3, up to 24 volunteers will be split into up to 3 groups and will receive single oral daily doses of the test medicine or placebo for 3 consecutive days. Volunteers' blood and urine will be taken throughout the study for analysis of the test medicine and for their safety. In Part 1 and Part 3, volunteers will be discharged from the clinical unit 4 days after the final dose of the test medicine and will return to the clinical unit on two occasions for safety assessments to be performed. In Part 2, volunteers will be discharged from the clinical unit 4 days after the final dose of the test medicine and will return to the clinical unit on a single occasion for safety assessments to be performed. Volunteers are expected to be involved in this study for approximately 6 weeks for all study parts, from screening to the final return visit.
Detailed description
Part 1 will be a double-blinded, randomised, placebo-controlled, single ascending dose (SAD) study, which will comprise up to 5 fasted cohorts (Cohorts 1A to 1E; Cohort 1E will be optional), with 8 participants in each cohort. Participants will be randomly assigned to receive a single oral dose of either active IMP (investigational medicinal product) (6 participants) or placebo (2 participants) to assess its safety, tolerability and PK (pharmacokinetic) profile. Each participant will take part in one cohort. Cohort A dose is 100mg. Doses for cohorts B to E will be determined following a blinded interim review of the safety, tolerability and PK data after each cohort, prior to the dose decision for subsequent cohorts. Part 2 will be an open-label, randomised, balanced two-period crossover, food effect evaluation. It is planned to enrol 8 participants. In Period 1, participants will be randomised to 1 of 2 treatment sequences. If a participant is randomised to receive MMV367 in the fasted state in Period 1, they will receive MMV367 in the fed state in Period 2 and vice versa. The dose administered in Part 2 will be determined once predicted human therapeutic concentrations of MMV367 and a safe exposure window has been established in Part 1. Part 3 will be a double-blinded, randomised, placebo-controlled, multiple-dose study. A total of 8 participants per cohort (A-C) will receive once-daily doses of MMV367 (6 participants) or placebo (2 participants) for 3 days, in the fasted state, to assess safety, tolerability and PK profile of multiple dosing. Cohorts 3B and 3C are optional and may proceed after a review of the safety and PK data. The dose(s) administered in Part 3 will be determined after review of the data from Part 1. Parts 1 and 3 will follow a sentinel dosing design. For each of the three parts, participants will be screened within 28 days prior to first admission to the clinical unit on the morning of Day -1. Part 1: In each cohort, participants will be dosed on Day 1 and will remain resident in the clinical unit until discharge on Day 5. They will attend the clinical unit for a return visit on Day 7 and again on Day 15 for end of study assessments. Part 2: Participants will be dosed on Day 1 (Period 1 dose) and on Day 8 (Period 2 dose) and will remain resident in the clinical unit until discharge on Day 12. They will attend the clinical unit on Day 14 for end of study assessments. Based on emerging PK data from Part 1, the washout period between the Period 1 and Period 2 doses may be extended. Part 3: Participants will receive a single dose on Days 1, 2 and 3 and will remain resident in the clinical unit until discharge on Day 7. They will attend the clinical unit for a return visit on Day 9 and again on Day 17 for end of study assessments. For all parts, blood samples will be collected at regular intervals for PK analysis and safety from Day 1 to discharge from the study.
Interventions
DRUGMMV367
Single dose dispersed in sterile water, fasted.
DRUGPlacebo
Single Dose dispersed in sterile water, fasted.
DRUGMMV367 (Fed 440mg)
Single dose dispersed in sterile water with a high fat meal.
DRUGMMV367 (Fasted 440mg)
Single dose dispersed in sterile water fasted.
Sponsors
Quotient Sciences
Swiss BioQuant
Banook Group
The Doctors Laboratory Ltd
GlaxoSmithKline
Medicines for Malaria Venture
Study design
Allocation
RANDOMIZED
Intervention model
SEQUENTIAL
Primary purpose
TREATMENT
Masking
QUADRUPLE (Subject, Caregiver, Investigator, Outcomes Assessor)
Eligibility
Sex/Gender
ALL
Age
18 Years to 55 Years
Healthy volunteers
Yes
Inclusion criteria
1. Must provide written informed consent 2. Must be willing and able to communicate and participate in the whole study Demographics and Contraception 3. Aged 18 to 55 years inclusive at the time of signing informed consent 4. Must agree to adhere to the contraception requirements defined in Section 9.4 Baseline characteristics 5. Healthy males or non-pregnant, non-lactating healthy females. 6. Body mass index (BMI) of 18.0 to 32.0 kg/m2 as measured at screening 7. Weight ≥50 kg at screening
Exclusion criteria
* Medical/Surgical History and Mental Health 1. Serious adverse reaction or serious hypersensitivity to any drug or the formulation excipients 2. Presence or history of clinically significant allergy requiring treatment, as judged by the investigator. Hay fever is allowed unless it is active 3. History of clinically significant cardiovascular, renal, hepatic, dermatological, chronic respiratory or gastrointestinal disease, neurological or psychiatric disorder, as judged by the investigator 4. Blood pressure (supine) at screening or admission outside the range of 90 to 140 mmHg systolic or 50 to 90 mmHg diastolic; and pulse rate outside the range of 45 to 100 bpm, unless deemed not clinically significant by the investigator 5. A decrease of SBP (systolic blood Pressure) ≥20 mmHg after 3 min standing and/or a decrease of DBP (diastolic blood Pressure) ≥10 mmHg after 3 min standing, at screening 6. History or presence of known structural cardiac abnormalities, family history of long QT (measured from the beginning of the QRS complex to the end of the T-wave) syndrome, cardiac syncope or recurrent, idiopathic syncope, exercise related clinically significant cardiac events. Any clinically significant abnormalities in rhythm, conduction or morphology of resting ECG or clinically important abnormalities that may interfere with the interpretation of QT interval changes 7. Presence of sinus node dysfunction, clinically significant PR interval prolongation (\>210 msec), intermittent second- or third-degree atrioventricular block, complete bundle branch block, sustained cardiac arrhythmias including (but not limited to) atrial fibrillation or supraventricular tachycardia; any symptomatic arrhythmia with the exception of isolated extra systoles, abnormal T wave morphology which may impact on the QT/QTc assessment, or QTcF \>450 msec. Participants with borderline abnormalities may be included if the deviations do not pose a safety risk, and if agreed between the sponsor's medical monitor and the investigator 8. Participants with a history of cholecystectomy or gall stones 9. Participants with conditions that affect their ability to smell or taste (Part 1 only) including, but not limited to mouth ulcers, gum disease, nasal surgery and smell and/or taste disorders (e.g. dysosmia, dysgeusia, respiratory and/or sinus infection or cold) Physical Examination 10. Participants who do not have suitable veins for multiple venepunctures/cannulation as assessed by the investigator or delegate at screening Diagnostic assessments 11. Evidence of current SARS-CoV-2 infection (severe acute respiratory syndrome) 12. Clinically significant abnormal clinical chemistry, haematology, coagulation or urinalysis as judged by the investigator (laboratory parameters are listed in Appendix 1 of protocol). Participants with Gilbert's Syndrome are not allowed. 13. Positive hepatitis B surface antigen (HBsAg), hepatitis C virus antibody (HCV Ab) or human immunodeficiency virus (HIV) 1 and 2 antibody results 14. Females who are pregnant or lactating (all female participants must have a negative highly sensitive serum pregnancy test at screening and a negative urine pregnancy test at admission) Prior Study Participation 15. Participants who have received any IMP in a clinical research study within the 90 days prior to Day 1, or less than 5 elimination half-lives prior to Day 1, whichever is longer 16. Participants who have previously been administered IMP in this study. Participants who have taken part in Part 1 are not permitted to take part in Parts 2 and 3 and participants who have taken part in Part 2 are not permitted to take part in Part 3 17. Donation of blood or plasma within the previous 3 months or loss of greater than 400 mL of blood Prior and Concomitant Medication 18. Participants who are taking, or have taken, any prescribed or over-the-counter drug or herbal remedies (other than up to 4 g of paracetamol per day, hormonal contraception or HRT) in the 14 days before first IMP administration (see Section 11.4) 19. Participants who have received a COVID-19 vaccine within 7 days before first IMP administration Lifestyle Characteristics 20. History of any drug or alcohol abuse in the past 2 years 21. Regular alcohol consumption in males \>21 units per week and females \>14 units per week (1 unit = ½ pint beer, or a 25 mL shot of 40% spirit, 1.5 to 2 units = 125 mL glass of wine, depending on type) 22. A confirmed positive alcohol breath test at screening or admission 23. Current smokers and those who have smoked within the last 12 months. A confirmed breath carbon monoxide reading of greater than 10 ppm at screening or admission 24. Current users of e-cigarettes and nicotine replacement products and those who have used these products within the last 12 months 25. Confirmed positive drugs of abuse test result (drugs of abuse tests are listed in Appendix 1) 26. Participant with a vegan or vegetarian diet (Part 2 only) Other 27. Male participants with pregnant or lactating partners 28. A score of 20 or more on the Beck Depression Inventory (BDI-II), and/or a response of 1, 2 or 3 for item 9 of this inventory (related to suicidal ideation) \[7\]. Note, individuals with a BDI-II score of 17-19 may be enrolled, at the discretion of the investigator, if they do not have a medical history of psychiatric conditions and their mental state is not considered to pose additional risk to the health of the individual or to the execution of the trial and interpretation of the data 29. Participants who are, or are immediate family members of, a study site or sponsor employee 30. Failure to satisfy the investigator of fitness to participate for any other reason
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Number of Treatment-Emergent Adverse Events (TEAEs) | Screening/day-28 to EoS (End of Study) visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total. | Treatment-emergent AEs (TEAEs): AEs that commence during/after the first dose of IMP or commence before first dose of IMP (i.e., a pre-dose AE or existing medical condition) but worsen in intensity during exposure to IMP. |
| Number of Clinically Significant Physical Examination Findings | Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total | In the targeted (symptom driven) physical examination, a physician will assess the participant; if the participant reports feeling unwell or has ongoing AEs, then the physician will examine the appropriate body system(s) if required. |
| Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total | Clinically important changes in mean values from baseline (individual: Day 1, Pre-dose; mean: Day 1, mean of 3 pre-dose measurements) to any post-dose time point |
| Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2, and Day 17 in part 3). Up to a maximum of 6.5 weeks in total | Shifts from within the reference range at baseline to outside the reference range after dosing with IMP. |
| Number of Clinically Important Changes From Baseline for Respiratory Rate | Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2,and Day 17 in part 3). Up to a maximum of 6.5 weeks in total | Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo. |
| Number of Clinically Important Changes in Heart Rate, Supine | Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2, and Day 17 in part 3). Up to a maximum of 6.5 weeks in total | Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo. |
| Number of Clinically Important Changes in Heart Rate, Orthostatic | Screening/day-28 to Day 7 in Part 1, Day 15 in Part 2, and Day 9 in Part 3, up to a maximum of 6 weeks in total | Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo. |
| Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Screening/day-28 to Day 7 in Part 1, Day 15 in Part 2, and Day 9 in Part 3, up to a maximum of 6 weeks in total | Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo. |
| Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total | Number of Participants with Out of Range QTcF Values |
| Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total | Number of Participants with Out of Range QTcB Values |
| Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | Screening/day -28 to EoS visit (Day 15 in Part 1, Day 14 in part 2, and Day 17 in Part 3). Up to a maximum of 6.5 weeks in total. | Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo. |
Countries
United Kingdom
Participant flow
Participants by arm
| Arm | Count |
|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg MMV367 oral solution, fasted. Single dose dispersed in sterile water. | 6 |
| Part 1 Single Ascending Dose Cohort B Single ascending dose determined after SAC review of previous cohort.
Intervention: 300mg MMV367 single dose dispersed in sterile water, fasted | 6 |
| Part 1 Single Ascending Dose Cohort C Single ascending dose determined after SAC review of previous cohort.
Intervention: 750mg MMV367 single dose dispersed in sterile water, fasted | 6 |
| Part 1 Single Ascending Dose Cohort D Single ascending dose determined after SAC review of previous cohort.
Intervention: 1500mg MMV367 single dose dispersed in sterile water, fasted | 6 |
| Part 1 Single Ascending Dose Placebo Single ascending dose determined after SAC review of previous cohort.
Intervention: placebo, oral solution, fasted | 7 |
| Part 2 Food Effect Fed/Fasted Open label, 2-period cross-over, randomized, food effect study to provide preliminary information on the effect of a high-fat meal on the pharmacokinetics of a single-dose oral administration of MMV367 determined to be safe in Part 1.
MMV367: 440mg dispersed in sterile water in fed and fasted states. | 4 |
| Part 2 Food Effect Fasted/Fed Open label, 2-period cross-over, randomized, food effect study to provide preliminary information on the effect of a high-fat meal on the pharmacokinetics of a single-dose oral administration of MMV367 determined to be safe in Part 1. | 4 |
| Part 3 Multiple Dose 400mg Double-blinded, randomised, placebo-controlled, multiple-dose study.
Intervention: MMV367 400mg, oral solution, fasted. Once daily for 3 days.
MMV367 400mg: Single dose dispersed in sterile water. | 6 |
| Part 3 Multiple Dose Placebo Double-blinded, randomised, placebo-controlled, multiple-dose study.
Intervention: 400mg placebo, oral solution, fasted. Once daily for 3 days.
MMV367: Single dose dispersed in sterile water.
Placebo: Single dose dispersed in sterile water. | 2 |
| Total | 47 |
Baseline characteristics
| Characteristic | Part 1 Single Ascending Dose Cohort A | Total | Part 3 Multiple Dose Placebo | Part 3 Multiple Dose 400mg | Part 2 Food Effect Fasted/Fed | Part 2 Food Effect Fed/Fasted | Part 1 Single Ascending Dose Placebo | Part 1 Single Ascending Dose Cohort D | Part 1 Single Ascending Dose Cohort C | Part 1 Single Ascending Dose Cohort B |
|---|---|---|---|---|---|---|---|---|---|---|
| Age, Continuous | 44.0 years STANDARD_DEVIATION 9.96 | 37.2 years STANDARD_DEVIATION 9.47 | 39.5 years STANDARD_DEVIATION 3.54 | 30.7 years STANDARD_DEVIATION 11.36 | 29.3 years STANDARD_DEVIATION 6.18 | 37.3 years STANDARD_DEVIATION 8.88 | 40.1 years STANDARD_DEVIATION 10.59 | 36.3 years STANDARD_DEVIATION 6.44 | 41.3 years STANDARD_DEVIATION 10.65 | 35.2 years STANDARD_DEVIATION 6.59 |
| Ethnicity (NIH/OMB) Hispanic or Latino | 0 Participants | 1 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 1 Participants |
| Ethnicity (NIH/OMB) Not Hispanic or Latino | 6 Participants | 46 Participants | 2 Participants | 6 Participants | 4 Participants | 4 Participants | 7 Participants | 6 Participants | 6 Participants | 5 Participants |
| Ethnicity (NIH/OMB) Unknown or Not Reported | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants |
| Race (NIH/OMB) American Indian or Alaska Native | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants |
| Race (NIH/OMB) Asian | 1 Participants | 3 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 1 Participants | 0 Participants | 1 Participants |
| Race (NIH/OMB) Black or African American | 0 Participants | 1 Participants | 0 Participants | 1 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants |
| Race (NIH/OMB) More than one race | 0 Participants | 1 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 1 Participants | 0 Participants |
| Race (NIH/OMB) Native Hawaiian or Other Pacific Islander | 0 Participants | 1 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 1 Participants | 0 Participants | 0 Participants | 0 Participants |
| Race (NIH/OMB) Unknown or Not Reported | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants | 0 Participants |
| Race (NIH/OMB) White | 5 Participants | 41 Participants | 2 Participants | 5 Participants | 4 Participants | 4 Participants | 6 Participants | 5 Participants | 5 Participants | 5 Participants |
| Region of Enrollment United Kingdom | 6 participants | 47 participants | 2 participants | 6 participants | 4 participants | 4 participants | 7 participants | 6 participants | 6 participants | 6 participants |
| Sex: Female, Male Female | 3 Participants | 17 Participants | 1 Participants | 3 Participants | 1 Participants | 0 Participants | 5 Participants | 1 Participants | 2 Participants | 1 Participants |
| Sex: Female, Male Male | 3 Participants | 30 Participants | 1 Participants | 3 Participants | 3 Participants | 4 Participants | 2 Participants | 5 Participants | 4 Participants | 5 Participants |
Adverse events
| Event type | EG000 affected / at risk | EG001 affected / at risk | EG002 affected / at risk | EG003 affected / at risk | EG004 affected / at risk | EG005 affected / at risk | EG006 affected / at risk | EG007 affected / at risk | EG008 affected / at risk |
|---|---|---|---|---|---|---|---|---|---|
| deaths Total, all-cause mortality | 0 / 6 | 0 / 6 | 0 / 6 | 0 / 6 | 0 / 7 | 0 / 8 | 0 / 8 | 0 / 6 | 0 / 2 |
| other Total, other adverse events | 1 / 6 | 3 / 6 | 2 / 6 | 1 / 6 | 2 / 7 | 2 / 8 | 1 / 8 | 4 / 6 | 2 / 2 |
| serious Total, serious adverse events | 0 / 6 | 0 / 6 | 0 / 6 | 0 / 6 | 0 / 7 | 0 / 8 | 0 / 8 | 0 / 6 | 0 / 2 |
Outcome results
Primary
Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.)
Clinically important changes in mean values from baseline (individual: Day 1, Pre-dose; mean: Day 1, mean of 3 pre-dose measurements) to any post-dose time point
Time frame: Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Value (NUMBER) |
|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | 0 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | 0 Number of clinically important changes |
| Part 3 Placebo | Number of Changes From Baseline for Electrocardiograms (ECGs): RR Interval (The R-R Interval is the Distance Between Two Consecutive R Waves.) | 0 Number of clinically important changes |
Primary
Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic
Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo.
Time frame: Screening/day-28 to Day 7 in Part 1, Day 15 in Part 2, and Day 9 in Part 3, up to a maximum of 6 weeks in total
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Group | Value (NUMBER) |
|---|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | All other timepoints | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 12 hr | 1 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 12 hr | 1 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | All other timepoints | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | All other timepoints | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | All other timepoints | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | All other timepoints | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | All other timepoints | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | All other timepoints | 0 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 6 hr | 1 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | All other timepoints | 0 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 6 hr | 1 Number of clinically important changes |
| Part 3 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | All other timepoints | 0 Number of clinically important changes |
| Part 3 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 3 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
| Part 3 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Diastolic Orthostatic Change (mmHg) 6 hr | 0 Number of clinically important changes |
| Part 3 Placebo | Number of Clinically Important Changes From Baseline for Blood Bressure in mmHg: Orthostatic | Systolic Orthostatic Change (mmHg) 12 hr | 0 Number of clinically important changes |
Primary
Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine
Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo.
Time frame: Screening/day -28 to EoS visit (Day 15 in Part 1, Day 14 in part 2, and Day 17 in Part 3). Up to a maximum of 6.5 weeks in total.
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Value (NUMBER) |
|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | 0 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | 0 Number of clinically important changes |
| Part 3 Placebo | Number of Clinically Important Changes From Baseline for Blood Pressure in mmHg: Supine | 0 Number of clinically important changes |
Primary
Number of Clinically Important Changes From Baseline for Respiratory Rate
Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo.
Time frame: Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2,and Day 17 in part 3). Up to a maximum of 6.5 weeks in total
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Value (NUMBER) |
|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Important Changes From Baseline for Respiratory Rate | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Important Changes From Baseline for Respiratory Rate | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Important Changes From Baseline for Respiratory Rate | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Important Changes From Baseline for Respiratory Rate | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Clinically Important Changes From Baseline for Respiratory Rate | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Clinically Important Changes From Baseline for Respiratory Rate | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Important Changes From Baseline for Respiratory Rate | 0 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Important Changes From Baseline for Respiratory Rate | 0 Number of clinically important changes |
| Part 3 Placebo | Number of Clinically Important Changes From Baseline for Respiratory Rate | 0 Number of clinically important changes |
Primary
Number of Clinically Important Changes in Heart Rate, Orthostatic
Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo.
Time frame: Screening/day-28 to Day 7 in Part 1, Day 15 in Part 2, and Day 9 in Part 3, up to a maximum of 6 weeks in total
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Value (NUMBER) |
|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Important Changes in Heart Rate, Orthostatic | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Important Changes in Heart Rate, Orthostatic | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Important Changes in Heart Rate, Orthostatic | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Important Changes in Heart Rate, Orthostatic | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Clinically Important Changes in Heart Rate, Orthostatic | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Clinically Important Changes in Heart Rate, Orthostatic | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Important Changes in Heart Rate, Orthostatic | 0 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Important Changes in Heart Rate, Orthostatic | 0 Number of clinically important changes |
| Part 3 Placebo | Number of Clinically Important Changes in Heart Rate, Orthostatic | 0 Number of clinically important changes |
Primary
Number of Clinically Important Changes in Heart Rate, Supine
Clinically important changes in mean values from baseline (Day 1, Pre-dose) to any post-dose time point for any dose level of MMV367 or placebo.
Time frame: Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2, and Day 17 in part 3). Up to a maximum of 6.5 weeks in total
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Value (NUMBER) |
|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Important Changes in Heart Rate, Supine | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Important Changes in Heart Rate, Supine | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Important Changes in Heart Rate, Supine | 0 Number of clinically important changes |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Important Changes in Heart Rate, Supine | 0 Number of clinically important changes |
| Part 1 Placebo | Number of Clinically Important Changes in Heart Rate, Supine | 0 Number of clinically important changes |
| Part 2 Food Effect Fed 440mg | Number of Clinically Important Changes in Heart Rate, Supine | 0 Number of clinically important changes |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Important Changes in Heart Rate, Supine | 0 Number of clinically important changes |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Important Changes in Heart Rate, Supine | 0 Number of clinically important changes |
| Part 3 Placebo | Number of Clinically Important Changes in Heart Rate, Supine | 0 Number of clinically important changes |
Primary
Number of Clinically Significant Physical Examination Findings
In the targeted (symptom driven) physical examination, a physician will assess the participant; if the participant reports feeling unwell or has ongoing AEs, then the physician will examine the appropriate body system(s) if required.
Time frame: Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Value (NUMBER) |
|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Clinically Significant Physical Examination Findings | 1 Clinically significant abnormal finding |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Clinically Significant Physical Examination Findings | 0 Clinically significant abnormal finding |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Clinically Significant Physical Examination Findings | 4 Clinically significant abnormal finding |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Clinically Significant Physical Examination Findings | 0 Clinically significant abnormal finding |
| Part 1 Placebo | Number of Clinically Significant Physical Examination Findings | 0 Clinically significant abnormal finding |
| Part 2 Food Effect Fed 440mg | Number of Clinically Significant Physical Examination Findings | 0 Clinically significant abnormal finding |
| Part 2 Food Effect Fasted 440mg | Number of Clinically Significant Physical Examination Findings | 0 Clinically significant abnormal finding |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Clinically Significant Physical Examination Findings | 1 Clinically significant abnormal finding |
| Part 3 Placebo | Number of Clinically Significant Physical Examination Findings | 0 Clinically significant abnormal finding |
Primary
Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula)
Number of Participants with Out of Range QTcB Values
Time frame: Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Group | Value (COUNT_OF_PARTICIPANTS) |
|---|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 8 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 3 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 5 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 6 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 1 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 12 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 24 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 72 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 96 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 144 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec Follow-up | 1 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec End of Study | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D2 12 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D3 8 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D4 36 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | All other timepoints | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D3 8 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec End of Study | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 144 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 96 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 1 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 8 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D2 12 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec Follow-up | 1 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 6 hr | 2 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 5 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 72 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D4 36 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 3 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 24 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 12 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | All other timepoints | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 12 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 5 hr | 2 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D3 8 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec Follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 24 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D2 12 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 6 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | All other timepoints | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 96 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 1 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 8 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec End of Study | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D4 36 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 72 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 144 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 3 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec End of Study | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 144 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 3 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | All other timepoints | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 6 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D4 36 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 1 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 8 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D3 8 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 12 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D2 12 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 24 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 5 hr | 1 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 72 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 96 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec Follow-up | 1 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 12 hr | 1 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D3 8 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 3 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 72 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 5 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 8 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 1 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | All other timepoints | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 6 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D4 36 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 144 hr | 1 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec Follow-up | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 96 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 24 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec End of Study | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D2 12 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 6 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 5 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D4 36 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 8 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 12 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 24 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 72 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 96 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 144 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec Follow-up | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec End of Study | 1 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | All other timepoints | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D2 12 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D3 8 hr | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 1 hr | 1 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 3 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 8 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 5 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D2 12 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 1 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D3 8 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | All other timepoints | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 3 hr | 1 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 12 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 6 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec End of Study | 1 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 144 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec Follow-up | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 96 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 72 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 24 hr | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D4 36 hr | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 6 hr | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec Follow-up | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 72 hr | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec End of Study | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 5 hr | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 24 hr | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D2 12 hr | 1 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 12 hr | 1 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D4 36 hr | 1 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D3 8 hr | 1 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | All other timepoints | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 8 hr | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 1 hr | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 144 hr | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 96 hr | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 3 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 12 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D4 36 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 6 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec End of Study | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 5 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 24 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | All other timepoints | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 96 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 1 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 8 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 3 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D2 12 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 144 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec D3 8 hr | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec Follow-up | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Electrocardiograms (ECGs): QTcB (Corrected QT Interval Using the Bazett's Formula) | QTcB interval increase between 30 to 60 msec 72 hr | 0 Participants |
Primary
Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula)
Number of Participants with Out of Range QTcF Values
Time frame: Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Group | Value (COUNT_OF_PARTICIPANTS) |
|---|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 450 to 480 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 480 and 500 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation between 30 to 60 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation greater than 60 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation greater than 60 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 450 to 480 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 480 and 500 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation between 30 to 60 msec | 3 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 480 and 500 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation greater than 60 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation between 30 to 60 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 450 to 480 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 450 to 480 msec | 1 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 480 and 500 msec | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation between 30 to 60 msec | 1 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation greater than 60 msec | 1 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation between 30 to 60 msec | 1 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 480 and 500 msec | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 450 to 480 msec | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation greater than 60 msec | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation greater than 60 msec | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 450 to 480 msec | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation between 30 to 60 msec | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 480 and 500 msec | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation between 30 to 60 msec | 1 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 480 and 500 msec | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation greater than 60 msec | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 450 to 480 msec | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 480 and 500 msec | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation greater than 60 msec | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation between 30 to 60 msec | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 450 to 480 msec | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 450 to 480 msec | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation greater than 60 msec | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Prolongation between 30 to 60 msec | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline For Electrocardiograms (ECGs): QTcF (Corrected QT Interval Using the Fridericia Formula) | Between 480 and 500 msec | 0 Participants |
Primary
Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry)
Shifts from within the reference range at baseline to outside the reference range after dosing with IMP.
Time frame: Screening/day-28 to EoS visit (Day 15 in Part 1, Day 14 in part 2, and Day 17 in part 3). Up to a maximum of 6.5 weeks in total
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Group | Value (COUNT_OF_PARTICIPANTS) |
|---|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium 24 hr post dose | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | ALT 24 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Protein follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes Pre-dose D3 | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Creatine kinase 144 hr post dose (144 hr post last dose Part 3) | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes 96 hr post last dose | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium follow-up | 2 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes follow-up | 3 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes 96 hr post last dose | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Creatine kinase 144 hr post dose (144 hr post last dose Part 3) | 2 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Protein follow-up | 2 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | ALT 24 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium 24 hr post dose | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes Pre-dose D3 | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Creatine kinase 144 hr post dose (144 hr post last dose Part 3) | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | ALT 24 hr | 2 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes Pre-dose D3 | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium 24 hr post dose | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Protein follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes 96 hr post last dose | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium 24 hr post dose | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | ALT 24 hr | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Protein follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes Pre-dose D3 | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes follow-up | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes 96 hr post last dose | 0 Participants |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Creatine kinase 144 hr post dose (144 hr post last dose Part 3) | 3 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium follow-up | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes follow-up | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Creatine kinase 144 hr post dose (144 hr post last dose Part 3) | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium 24 hr post dose | 2 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Protein follow-up | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes 96 hr post last dose | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | ALT 24 hr | 0 Participants |
| Part 1 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes Pre-dose D3 | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes follow-up | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes Pre-dose D3 | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes 96 hr post last dose | 0 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | ALT 96 hr post last dose | 3 Participants |
| Part 2 Food Effect Fed 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | ALT end of Study | 2 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes follow-up | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | ALT end of Study | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes Pre-dose D3 | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | ALT 96 hr post last dose | 0 Participants |
| Part 2 Food Effect Fasted 440mg | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes 96 hr post last dose | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Haematocrit 48 hr post last dose | 2 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes Pre-dose D3 | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Protein follow-up | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium 48 hr post last dose | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Creatine kinase 144 hr post dose (144 hr post last dose Part 3) | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Neutrophils 48 hr post last dose | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Alkaline phosphatase 96 hr post last dose | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Alkaline phosphatase pre-dose | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes follow-up | 0 Participants |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes 96 hr post last dose | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Haematocrit 48 hr post last dose | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes Pre-dose D3 | 1 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Calcium 48 hr post last dose | 1 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Alkaline phosphatase pre-dose | 1 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes 96 hr post last dose | 1 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Protein follow-up | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Creatine kinase 144 hr post dose (144 hr post last dose Part 3) | 1 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Lymphocytes follow-up | 0 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Neutrophils 48 hr post last dose | 1 Participants |
| Part 3 Placebo | Number of Participants With Changes From Baseline for Laboratory Safety Tests (Haematology, Biochemistry) | Alkaline phosphatase 96 hr post last dose | 1 Participants |
Primary
Number of Treatment-Emergent Adverse Events (TEAEs)
Treatment-emergent AEs (TEAEs): AEs that commence during/after the first dose of IMP or commence before first dose of IMP (i.e., a pre-dose AE or existing medical condition) but worsen in intensity during exposure to IMP.
Time frame: Screening/day-28 to EoS (End of Study) visit (Day 15 in Part 1, Day 14 in part 2 and Day 17 in part 3). Up to a maximum of 6.5 weeks in total.
Population: The data from the fed/fasted and fasted/fed arms are combined and are presented as fed and fasted. No calculations across/between arms were performed.
| Arm | Measure | Group | Value (NUMBER) |
|---|---|---|---|
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Treatment-Emergent Adverse Events (TEAEs) | IMP-related TEAE | 0 Number of events |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to death | 0 Number of events |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs | 1 Number of events |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Severe TEAE | 0 Number of events |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Serious TEAEs | 0 Number of events |
| Part 1 Single Ascending Dose Cohort A 100mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to participant withdrawal | 0 Number of events |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Severe TEAE | 0 Number of events |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Treatment-Emergent Adverse Events (TEAEs) | IMP-related TEAE | 0 Number of events |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to death | 0 Number of events |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to participant withdrawal | 0 Number of events |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs | 4 Number of events |
| Part 1 Single Ascending Dose Cohort B 300mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Serious TEAEs | 0 Number of events |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Serious TEAEs | 0 Number of events |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs | 5 Number of events |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Severe TEAE | 0 Number of events |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to death | 0 Number of events |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Treatment-Emergent Adverse Events (TEAEs) | IMP-related TEAE | 2 Number of events |
| Part 1 Single Ascending Dose Cohort C 750mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to participant withdrawal | 0 Number of events |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to participant withdrawal | 0 Number of events |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs | 1 Number of events |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Severe TEAE | 0 Number of events |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Treatment-Emergent Adverse Events (TEAEs) | IMP-related TEAE | 0 Number of events |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Serious TEAEs | 0 Number of events |
| Part 1 Single Ascending Dose Cohort D 1500mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to death | 0 Number of events |
| Part 1 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs | 5 Number of events |
| Part 1 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | Severe TEAE | 0 Number of events |
| Part 1 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | IMP-related TEAE | 0 Number of events |
| Part 1 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to participant withdrawal | 0 Number of events |
| Part 1 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | Serious TEAEs | 0 Number of events |
| Part 1 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to death | 0 Number of events |
| Part 2 Food Effect Fed 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Severe TEAE | 0 Number of events |
| Part 2 Food Effect Fed 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs | 2 Number of events |
| Part 2 Food Effect Fed 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to death | 0 Number of events |
| Part 2 Food Effect Fed 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Serious TEAEs | 0 Number of events |
| Part 2 Food Effect Fed 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to participant withdrawal | 0 Number of events |
| Part 2 Food Effect Fed 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | IMP-related TEAE | 0 Number of events |
| Part 2 Food Effect Fasted 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Severe TEAE | 0 Number of events |
| Part 2 Food Effect Fasted 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to participant withdrawal | 0 Number of events |
| Part 2 Food Effect Fasted 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | Serious TEAEs | 0 Number of events |
| Part 2 Food Effect Fasted 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | IMP-related TEAE | 0 Number of events |
| Part 2 Food Effect Fasted 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to death | 0 Number of events |
| Part 2 Food Effect Fasted 440mg | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs | 1 Number of events |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs | 12 Number of events |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Treatment-Emergent Adverse Events (TEAEs) | Serious TEAEs | 0 Number of events |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to participant withdrawal | 0 Number of events |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Treatment-Emergent Adverse Events (TEAEs) | IMP-related TEAE | 0 Number of events |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Treatment-Emergent Adverse Events (TEAEs) | Severe TEAE | 0 Number of events |
| Part 3 Multiple Dose Cohort A 400mgx3 | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to death | 0 Number of events |
| Part 3 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | Severe TEAE | 0 Number of events |
| Part 3 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | Serious TEAEs | 0 Number of events |
| Part 3 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to death | 0 Number of events |
| Part 3 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs | 12 Number of events |
| Part 3 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | TEAEs leading to participant withdrawal | 0 Number of events |
| Part 3 Placebo | Number of Treatment-Emergent Adverse Events (TEAEs) | IMP-related TEAE | 0 Number of events |