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Phase 2 Dose-finding IMU-838 for Ulcerative Colitis

A Phase 2, Multicenter, Randomized, Double-blind, Placebo-controlled, Dose-finding Study to Evaluate the Efficacy and Safety of IMU-838 for Induction and Maintenance Therapy in Moderate-to-severe Ulcerative Colitis

Status
Terminated
Phases
Phase 2
Study type
Interventional
Source
ClinicalTrials.gov
Registry ID
NCT03341962
Acronym
CALDOSE-1
Enrollment
263
Registered
2017-11-14
Start date
2018-03-15
Completion date
2022-11-16
Last updated
2024-03-05

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Ulcerative Colitis

Keywords

Ulcerative Colitis, IMU-838, vidofludimus calcium

Brief summary

This is a phase 2, multicenter, randomized, double-blind, placebo-controlled, dose-finding study to evaluate the efficacy and safety of IMU-838 for induction and maintenance therapy with an option for open-label treatment extension in moderate-to-severe ulcerative colitis (CALDOSE-1).

Detailed description

The investigational medicinal product (IMP) IMU-838 (vidofludimus calcium) is a new compound that selectively inhibits the human enzyme dihydroorotate dehydrogenase (DHODH). Dihydroorotate dehydrogenase plays a major role in the de-novo pyrimidine synthesis and is specifically expressed at high levels in proliferating or activated lymphocytes. Resting lymphocytes satisfy their pyrimidine requirements through a DHODH-independent salvage pathway. Thus, IMU-838-mediated DHODH inhibition selectively affects activated, rapidly proliferating lymphocytes. The metabolic stress secondary to DHODH inhibition leads to a reduction of pro-inflammatory cytokine release including interleukin (IL)-17 (IL-17A and IL-17F) and interferon gamma (IFNγ), and to an increased apoptosis in activated lymphocytes. This is a phase 2, multicenter, randomized, double-blind, and placebo-controlled trial in patients with moderate-to-severe UC with an option for open-label treatment extension. The study comprises a blinded induction phase to establish the optimal dose of IMU-838 to induce response and remission, a blinded maintenance phase to evaluate the potential of IMU-838 to maintain remission until Week 50, and an open-label treatment extension arm for all patients who discontinue the blinded phase as scheduled or prematurely, subject to certain restrictions. A subset of patients will undergo a pharmacokinetic (PK) period at the start of the open-label period to establish a full single-dose PK profile.

Interventions

IMU-838 tablet

DRUGPlacebo

Tablets manufactured to mimic IMU-838 tablets

Sponsors

Immunic AG
Lead SponsorINDUSTRY

Study design

Allocation
RANDOMIZED
Intervention model
PARALLEL
Primary purpose
TREATMENT
Masking
TRIPLE (Subject, Caregiver, Investigator)

Eligibility

Sex/Gender
ALL
Age
18 Years to 80 Years
Healthy volunteers
No

Inclusion criteria

Induction phase 1. Male and female patients, aged 18 - 80 years 2. UC diagnosed more than 3 months before Screening (Day-30) as documented in the medical chart 3. Previous treatment failure defined as: 1. Patient had an inadequate response with, lost response to, or was intolerant to approved or experimental immunomodulators (azathioprine, 6-mercaptopurine, 6-thioguanine, methotrexate, or tofacitinib) or biologics (no more than 2 treatment failures with biologic drugs i.e. anti-tumor necrosis factor α antibodies \[infliximab, adalimumab, golimumab and their biosimilars\], vedolizumab, or certain experimental antibodies \[ustekinumab\]); or 2. Patient had an inadequate response to, was intolerant to, or is corticosteroid dependent (corticosteroid-dependent patients are defined as i) unable to reduce steroids below the equivalent of prednisolone 10 mg/day within 3 months of starting steroids, without recurrent active disease, or ii) who have a relapse within 3 months of stopping steroids.) 4. Active disease defined as a. Mayo stool frequency score of ≥2 at Screening Visit 1 b. Mayo rectal bleeding score of ≥1 at Screening Visit 1 c. modified Mayo endoscopy subscore of ≥2 at the screening flexible sigmoidoscopy (endoscopy assessed by an independent central reader blinded to screening center and patient information) 5. Endoscopic appearance typical for UC and extending \>15 cm from the anal verge as confirmed by an independent central reader (blinded to screening center and patient information) 6. Laboratory values: Neutrophil count \>1500 cells/µL, platelet count ≥100 000 /mm3, serum creatinine \<1.5 x upper limit of normal (ULN), total bilirubin, alanine aminotransferase (ALT), and gamma-glutamyl transferase (GGT) \<1.5 x ULN 7. Female patients must: a. Be of non-child-bearing potential i.e. surgically sterilized (hysterectomy, bilateral salpingectomy, bilateral oophorectomy at least 6 weeks before Screening) or post-menopausal (where postmenopausal is defined as no menses for 12 months without an alternative medical cause), or b. If of child-bearing potential, must have a negative pregnancy test at Screening (blood test) and before the first study drug administration (Day 0 urine test). They must agree not to attempt to become pregnant, must not donate ova, and must use a highly effective contraceptive method 2 months before Screening, during treatment with IMU-838, and at least 3 months after the last dose of study therapy Highly effective forms of birth control are those with a failure rate less than 1% per year and include: \- oral, intravaginal, or transdermal combined (estrogen and progestogen containing) hormonal contraceptives associated with inhibition of ovulation * oral, injectable, or implantable progestogen-only hormonal contraceptives associated with inhibition of ovulation * intrauterine device or intrauterine hormone-releasing system * bilateral tubal occlusion * vasectomized partner (i.e. the patient's male partner has undergone effective surgical sterilization before the female patient entered the clinical trial and he is the sole sexual partner of the female patient during the clinical trial) * sexual abstinence (acceptable only if it is the patient's usual form of birth control/lifestyle choice) 8. Male patients must agree not to father a child or to donate sperm starting at Screening and throughout the clinical trial and for 3 months after the last dose of study medication. 8. Male patients must also either \- abstain from sexual intercourse with a female partner (acceptable only if it is the patient's usual form of birth control/lifestyle choice), or \- use adequate barrier contraception during treatment with IMU-383 and for at least 3 months after the last dose of study medication For Poland and the UK the following additional requirement apply: * if male patients have a female partner of childbearing potential, the partner should use a highly effective contraceptive method as outlined in inclusion criterion 7 And additionally, for Poland only: * if male patients have a pregnant partner, they must use condoms while taking study medication to avoid exposure of the fetus to study medication 9. Ability to understand and comply with study procedures and restrictions 10. The patient is legally competent, has been informed of the nature, the scope and the relevance of the study, voluntarily agrees to participation and the study's provisions and has duly signed the informed consent form Maintenance phase 1\. Symptomatic remission achieved at Week 10 or Week 22 of the induction phase Open-label treatment extension arm 1\. Patient is in the induction phase, had received at least 6 weeks of blinded study treatment and completed the sigmoidoscopy (incl. biopsy) regularly scheduled at Week 10/End of Induction, and has neither reached symptomatic remission nor symptomatic response OR Patient is in the extended induction phase, had completed all Week 10 assessments, and has not reached symptomatic remission during or at the end of the extended induction phase, Or Patient is in the maintenance phase and discontinues from the maintenance phase due to symptomatic UC relapse or other reasons with a flexible sigmoidoscopy performed at discontinuation (if the previous sigmoidoscopy had been performed more than 4 weeks before discontinuation) OR Patient has completed the maintenance phase as scheduled (including all Week 50 assessments)

Exclusion criteria

Gastrointestinal

Design outcomes

Primary

MeasureTime frameDescription
Induction Phase: Symptomatic Remission and Endoscopic Healing at Week 1010 weeksComposite endpoint: Proportion of patients with both, symptomatic remission (Mayo rectal bleeding subscore = 0, and Mayo stool frequency subscore of 0 or 1) and endoscopic healing (Modified Mayo endoscopy subscore of 0 or 1) at Week 10. All patients who were randomized to 30 mg/day and 45 mg/day were used for the assessment of the primary efficacy endpoint

Secondary

MeasureTime frameDescription
Maintenance Phase: Proportion of Patients Without Relapse50 weeksProportion of patients without symptomatic UC relapse until Week 50
Induction Phase: Symptomatic Remission and Endoscopic Healing at Different Doses at Week 1010 weeksProportion of patients with both symptomatic remission and endoscopic healing at Week 10 (all individual IMU-838 doses were compared with one another and to placebo)
Induction Phase: Symptomatic Remission22 weeksProportion of patients achieving symptomatic remission (Mayo rectal bleeding subscore = 0, and Mayo stool frequency subscore of 0 or 1) during the induction phase
Induction Phase: Time to Achieving Symptomatic Remission22 weeksTime to achieving symptomatic remission (Mayo rectal bleeding subscore = 0 and Mayo stool frequency subscore of 0 or 1) within the extended induction phase
Induction Phase: Proportion of Patients With Clinical Response10 weeksProportion of patients with clinical response (decrease from Baseline in the full Mayo score of at least 3 points and at least 30%, with an accompanying decrease in the subscore for rectal bleeding of at least 1 point or an absolute subscore for rectal bleeding of 0 or 1) at Week 10
Induction Phase: Proportion of Patients With Endoscopic Healing10 weeksProportion of patients with endoscopic healing (Modified Mayo endoscopy subscore of 0 or 1) at Week 10
Induction Phase: Proportion of Patients With Symptomatic Response22 weeksProportion of patients with symptomatic response (≥1-point decrease from Baseline in Mayo PRO-2 score) during the induction phase (including extended induction phase)
Maintenance Phase: fCP50 weeksTimecourse of biomarker fCP in stool samples
Induction Phase: Full Mayo Score10 weeksChange in full Mayo Score from Baseline to Week 10. The full Mayo score is composed of 4 categories (bleeding, stool frequency, physician assessment, and endoscopic appearance) each rated from 0 to 3 that are added up to give a total score that ranges from 0 to 12. A higher score indicates a worse outcome.
Induction Phase: Partial Mayo Score22 weeksChange in partial mayo score over 10 or 22 weeks. The partial Mayo score includes only the non-invasive Mayo subscores, ie, stool frequency, rectal bleeding, and physician's global assessment (each rated from 0 to 3 that are added up to give a total score that ranges from 0 to 9). A higher score indicates a worse outcome.
Induction Phase: Patient Reported Outcome (PRO)-2 Mayo Score22 weeksChange in PRO-2 Mayo score over 10 or 22 weeks. Mayo PRO-2 score, ie, stool frequency and rectal bleeding score each rated from 0 to 3 that are added up to give a total score that ranges from 0 to 6. A higher score indicates a worse outcome.
Induction Phase: Fecal Calprotectin (fCP)22 weeksTime course of biomarker fCP in stool samples during extended induction phase
Induction Phase: C-reactive Protein (CRP)22 weeksTime course of biomarker CRP in blood samples during extended induction phase
Safety: Adverse Events50 weeksIncidence and Severity of AEs during the induction and maintenance phases
Safety: Number of Participants With Clinically Significant Findings During Physical Examination50 weeksThe emergence of any clinically significant findings compared to screening captured during the induction and maintenance phases
Safety: Body Weight50 weeksChanges in body weight during the induction and maintenance phases
Safety: Blood Pressure50 weeksChanges in blood pressure (mm Hg) during the induction and maintenance phases
Safety: Heart Rate50 weeksChanges in heart rate (beats per minute) during the induction and maintenance phases
Safety: 12-lead Electrocardiogram (ECG)50 weeksNumber of patients with clinically significant changes in ECG
Safety: Hematologyup to Week 50Number of participants with abnormal hematology laboratory values (treatment-emergent adverse events \[TEAEs\] related to hematological abnormalities)
Maintenance Phase: Mayo PRO-2 Score50 weeksTime course of Mayo PRO-2 score until Week 50. Mayo patient-reported outcome score, ie, stool frequency and rectal bleeding score each rated from 0 to 3 3 that are added up to give a total score that ranges from 0 to 6. A higher score indicates a worse outcome.
Maintenance Phase: CRP50 weeksTimecourse of biomarker CRP in blood samples
Safety: Blood Chemistry50 weeksNumber of participants with abnormal blood chemistry laboratory values (TEAES related to clinical chemistry abnormalities)
Safety: Coagulation10 weeksNumber of participants with clinically significant abnormal coagulation laboratory values
Safety: Urinalysis50 weeksNumber of participants with abnormal urinalysis laboratory values (TEAEs related to urinalysis)
Safety: Micro Ribonucleic Acid-122 Expression24 hoursMicro ribonucleic acid-122 (miR-122) expression (before first dose and 24 hours after first dose - foldchange of normalized expression values )
Pharmacodynamics (PK): IMU-838 Trough LevelDay 0, Day 1, Day 7, Week 2 and Week 10Measurement of pre-dose (trough) blood plasma levels of IMU-838 throughout the induction period
PK: IMU-838 Plasma Level2 weeksMeasurement of post-dose blood plasma levels of IMU-838 at Week 2
PK: Area Under the Drug Concentration-time Curve (AUC) From Time Zero to 24 Hours (AUC0-24h)pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK doseSingle-dose PK measurement of AUC0-24h in a subset of patients in the open-label phase
PK: AUC Time Zero to Last Measurable Concentration (AUC0-t)pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK doseSingle-dose PK measurement of AUC0-t in a subset of patients in the open-label phase
PK: AUC Time Zero to Infinity (AUC0-inf)pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK doseSingle-dose PK measurement of AUC0-inf in a subset of patients in the open-label phase
PK: Maximum Plasma Concentration (Cmax)pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK doseSingle-dose PK measurement of Cmax in a subset of patients in the open-label phase
PK: Time to Cmax (Tmax)pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK doseSingle-dose PK measurement of Tmax in a subset of patients in the open-label phase
Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 14, Week 30, Week 50Proportion of patients in symptomatic remission (Mayo rectal bleeding subscore = 0, and Mayo stool frequency subscore of 0 or 1) by visit up to Week 50 in maintenance phase
Maintenance Phase: Proportion of Patients With Endoscopic Healing50 weeksProportion of patients with endoscopic healing (Modified Mayo endoscopy subscore of 0 or 1) at Week 50 of maintenance phase
Maintenance Phase: Time to Relapse50 weeksTime to symptomatic ulcerative colitis (UC) relapse
Maintenance Phase: Corticosteroid-free Remission50 weeksCorticosteroid-free clinical remission (clinical remission and no receipt of systemic or local corticosteroids) at Week 50 in patients receiving corticosteroids at Baseline
Open-label Phase: Symptom Controlup to 4 yearsProportion of patients with symptom control
Open-label Phase: fCPBaseline, Week 4 OLE, Week 8 OLE, EoT up to 4 years (variable)Timecourse of biomarker fCP in stool samples. Visits were scheduled every 4 weeks (+/-7 days) until 50 weeks of total study participation (ie induction + extended induction, if applicable, maintenance + open-label part) and every 10 weeks (+/-7 days) thereafter. The visit schedule in the OLE after 50 weeks of overall study treatment was changed from a 10-week schedule to a 24 week (+/-14 days) schedule after Protocol Version 6.0 came into force. Because the study was terminated early, EoT varied between patients depending on when patients entered the study and the time a patient participated in the induction and maintenance phases before switching to the OLE.
Open-label Phase: CRPBaseline, Week 4 OLE, Week 8 OLE, Week 10 OLE, Week 12 OLE, Week 16 OLE, Week 20 OLE, Week 24 OLE, Week 28 OLE, Week 32 or 38 OLE (depending if entry was after extended induction phase), EoT up to 4 years (variable)Timecourse of biomarker CRP in blood samples. Visits were scheduled every 4 weeks (+/-7 days) until 50 weeks of total study participation (ie induction + extended induction, if applicable, maintenance + open-label part) and every 10 weeks (+/-7 days) thereafter. The visit schedule in the OLE after 50 weeks of overall study treatment was changed from a 10-week schedule to a 24 week (+/-14 days) schedule after Protocol Version 6.0 came into force. Because the study was terminated early, EoT varied between patients depending on when patients entered the study and the time a patient participated in the induction and maintenance phases before switching to the OLE.
Maintenance Phase: Proportion of Patients With Microscopic Healing50 weeksProportion of patients with microscopic healing (Geboes score of =\< 3.1) at Week 50 of maintenance phase

Countries

Albania, Belarus, Bosnia and Herzegovina, Bulgaria, Croatia, Czechia, Georgia, Netherlands, North Macedonia, Poland, Portugal, Romania, Russia, Serbia, Spain, Turkey (Türkiye), Ukraine, United Kingdom, United States

Participant flow

Recruitment details

The study had 3 phases, induction, maintenance and open-label. Patients who achieved symptomatic remission at Week 10 or 22 (extended) of induction phase (IP) could proceed to maintenance phase (MP). Patients who were treated for at least 6 weeks in the induction phase and fulfilled further eligibility criteria could proceed into the open label treatment extension phase (OLE).

Participants by arm

ArmCount
10 mg IMU-838 (Induction Phase)
Two 5 mg tablets once daily of IMU-838 for 10 to 22 weeks.
67
30 mg IMU-838 (Induction Phase)
Two 15 mg tablets once daily of IMU-838 for 10 to 22 weeks.
66
45 mg IMU-838 (Induction Phase)
Two 22.5 mg tablets once daily of IMU-838 for 10 to 22 weeks.
66
Placebo (Induction Phase)
Two tablets once daily for 10 to 22 weeks.
64
10 mg IMU-838 (Maintenance Phase
Two 5 mg tablets once daily of IMU-838 for up to 50 weeks.
45
30 mg IMU-838 (Maintenance Phase)
Two 15 mg tablets once daily of IMU-838 for up to 50 weeks.
40
Placebo (Maintenance Phase)
Two tablets once daily for up to 50 weeks.
27
30 mg IMU-838 (Open-label Phase)
Two 15 mg tablets once daily of IMU-838.
190
Total565

Baseline characteristics

Characteristic45 mg IMU-838 (Induction Phase)30 mg IMU-838 (Induction Phase)Placebo (Induction Phase)10 mg IMU-838 (Induction Phase)Total10 mg IMU-838 (Maintenance Phase30 mg IMU-838 (Maintenance Phase)Placebo (Maintenance Phase)30 mg IMU-838 (Open-label Phase)
Age, Continuous
Induction Phase
40.5 years41.0 years38.5 years40.0 years40.0 years
Age, Continuous
Maintenance phase
38.0 years37.0 years39.5 years38.0 years
Age, Continuous
Open-label phase
39.5 years39.5 years
Current tobacco users
Induction phase
2 Participants5 Participants4 Participants2 Participants13 Participants
Current tobacco users
Maintenance phase
1 Participants1 Participants0 Participants0 Participants
Current tobacco users
Open-label phase
10 Participants10 Participants
Duration of disease7.1 years
STANDARD_DEVIATION 7.4
5.8 years
STANDARD_DEVIATION 5.4
5.2 years
STANDARD_DEVIATION 4.6
7.5 years
STANDARD_DEVIATION 7.6
6.4 years
STANDARD_DEVIATION 6.4
Ethnicity (NIH/OMB)
Induction phase
Hispanic or Latino
0 Participants1 Participants3 Participants0 Participants4 Participants
Ethnicity (NIH/OMB)
Induction phase
Not Hispanic or Latino
66 Participants65 Participants61 Participants67 Participants259 Participants
Ethnicity (NIH/OMB)
Induction phase
Unknown or Not Reported
0 Participants0 Participants0 Participants0 Participants0 Participants
Ethnicity (NIH/OMB)
Maintenance phase
Hispanic or Latino
0 Participants0 Participants0 Participants0 Participants
Ethnicity (NIH/OMB)
Maintenance phase
Not Hispanic or Latino
112 Participants45 Participants40 Participants27 Participants
Ethnicity (NIH/OMB)
Maintenance phase
Unknown or Not Reported
0 Participants0 Participants0 Participants0 Participants
Ethnicity (NIH/OMB)
Open-label phase
Hispanic or Latino
3 Participants3 Participants
Ethnicity (NIH/OMB)
Open-label phase
Not Hispanic or Latino
187 Participants187 Participants
Ethnicity (NIH/OMB)
Open-label phase
Unknown or Not Reported
0 Participants0 Participants
Mayo PRO-2 Score at Basline
Induction phase
4.3 units on a scale
STANDARD_DEVIATION 1
4.3 units on a scale
STANDARD_DEVIATION 1
4.3 units on a scale
STANDARD_DEVIATION 0.9
4.1 units on a scale
STANDARD_DEVIATION 1.2
4.2 units on a scale
STANDARD_DEVIATION 1
Mayo PRO-2 Score at Basline
Maintenance phase
0.8 units on a scale
STANDARD_DEVIATION 0.6
0.8 units on a scale
STANDARD_DEVIATION 0.5
0.9 units on a scale
STANDARD_DEVIATION 0.8
0.7 units on a scale
STANDARD_DEVIATION 0.5
Mayo PRO-2 Score at Basline
Open-label phase (Entry in open label after induction phase)
3.9 units on a scale
STANDARD_DEVIATION 1.2
3.9 units on a scale
STANDARD_DEVIATION 1.2
Mayo PRO-2 Score at Basline
Open-label phase (Entry in open label after maintenance phase)
1.6 units on a scale
STANDARD_DEVIATION 1.7
1.6 units on a scale
STANDARD_DEVIATION 1.7
Race (NIH/OMB)
Induction phase
American Indian or Alaska Native
0 Participants0 Participants0 Participants0 Participants0 Participants
Race (NIH/OMB)
Induction phase
Asian
1 Participants0 Participants0 Participants1 Participants2 Participants
Race (NIH/OMB)
Induction phase
Black or African American
0 Participants0 Participants0 Participants2 Participants2 Participants
Race (NIH/OMB)
Induction phase
More than one race
1 Participants0 Participants0 Participants0 Participants1 Participants
Race (NIH/OMB)
Induction phase
Native Hawaiian or Other Pacific Islander
0 Participants0 Participants0 Participants0 Participants0 Participants
Race (NIH/OMB)
Induction phase
Unknown or Not Reported
0 Participants0 Participants0 Participants0 Participants0 Participants
Race (NIH/OMB)
Induction phase
White
64 Participants66 Participants64 Participants64 Participants258 Participants
Race (NIH/OMB)
Maintenance phase
American Indian or Alaska Native
0 Participants0 Participants0 Participants0 Participants
Race (NIH/OMB)
Maintenance phase
Asian
0 Participants0 Participants0 Participants0 Participants
Race (NIH/OMB)
Maintenance phase
Black or African American
0 Participants0 Participants0 Participants0 Participants
Race (NIH/OMB)
Maintenance phase
More than one race
0 Participants0 Participants0 Participants0 Participants
Race (NIH/OMB)
Maintenance phase
Native Hawaiian or Other Pacific Islander
0 Participants0 Participants0 Participants0 Participants
Race (NIH/OMB)
Maintenance phase
Unknown or Not Reported
0 Participants0 Participants0 Participants0 Participants
Race (NIH/OMB)
Maintenance phase
White
112 Participants45 Participants40 Participants27 Participants
Race (NIH/OMB)
Open-label phase
American Indian or Alaska Native
0 Participants0 Participants
Race (NIH/OMB)
Open-label phase
Asian
1 Participants1 Participants
Race (NIH/OMB)
Open-label phase
Black or African American
1 Participants1 Participants
Race (NIH/OMB)
Open-label phase
More than one race
1 Participants1 Participants
Race (NIH/OMB)
Open-label phase
Native Hawaiian or Other Pacific Islander
0 Participants0 Participants
Race (NIH/OMB)
Open-label phase
Unknown or Not Reported
0 Participants0 Participants
Race (NIH/OMB)
Open-label phase
White
187 Participants187 Participants
Region of Enrollment
Albania
3 participants2 participants5 participants3 participants13 participants0 participants4 participants3 participants2 participants
Region of Enrollment
Belarus
2 participants1 participants0 participants3 participants6 participants2 participants2 participants0 participants4 participants
Region of Enrollment
Bosnia and Herzegovina
2 participants2 participants0 participants1 participants5 participants4 participants1 participants0 participants3 participants
Region of Enrollment
Bulgaria
1 participants0 participants1 participants1 participants3 participants0 participants0 participants1 participants3 participants
Region of Enrollment
Croatia
3 participants2 participants0 participants0 participants5 participants0 participants0 participants0 participants4 participants
Region of Enrollment
Czechia
3 participants1 participants1 participants4 participants9 participants0 participants1 participants1 participants9 participants
Region of Enrollment
Netherlands
2 participants0 participants1 participants1 participants4 participants0 participants0 participants0 participants2 participants
Region of Enrollment
North Macedonia
2 participants2 participants1 participants5 participants10 participants1 participants1 participants0 participants6 participants
Region of Enrollment
Poland
12 participants20 participants12 participants11 participants55 participants9 participants9 participants4 participants42 participants
Region of Enrollment
Portugal
0 participants1 participants1 participants0 participants2 participants0 participants0 participants1 participants1 participants
Region of Enrollment
Romania
1 participants0 participants0 participants0 participants1 participants0 participants0 participants0 participants0 participants
Region of Enrollment
Russia
10 participants5 participants8 participants3 participants26 participants4 participants4 participants1 participants20 participants
Region of Enrollment
Serbia
5 participants4 participants2 participants5 participants16 participants4 participants4 participants0 participants11 participants
Region of Enrollment
Spain
1 participants0 participants0 participants0 participants1 participants0 participants0 participants0 participants0 participants
Region of Enrollment
Ukraine
18 participants21 participants25 participants21 participants85 participants20 participants14 participants14 participants66 participants
Region of Enrollment
United Kingdom
0 participants2 participants4 participants4 participants10 participants1 participants0 participants2 participants9 participants
Region of Enrollment
United States
1 participants3 participants3 participants5 participants12 participants0 participants0 participants0 participants8 participants
Sex: Female, Male
Induction phase
Female
26 Participants26 Participants31 Participants32 Participants115 Participants
Sex: Female, Male
Induction phase
Male
40 Participants40 Participants33 Participants35 Participants148 Participants
Sex: Female, Male
Maintenance phase
Female
49 Participants15 Participants25 Participants9 Participants
Sex: Female, Male
Maintenance phase
Male
63 Participants30 Participants15 Participants18 Participants
Sex: Female, Male
Open-label phase
Female
83 Participants83 Participants
Sex: Female, Male
Open-label phase
Male
107 Participants107 Participants

Adverse events

Event typeEG000
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
deaths
Total, all-cause mortality
0 / 670 / 670 / 660 / 630 / 450 / 400 / 270 / 190
other
Total, other adverse events
8 / 677 / 6712 / 6613 / 637 / 456 / 402 / 2724 / 190
serious
Total, serious adverse events
2 / 675 / 675 / 660 / 633 / 452 / 401 / 2714 / 190

Outcome results

Primary

Induction Phase: Symptomatic Remission and Endoscopic Healing at Week 10

Composite endpoint: Proportion of patients with both, symptomatic remission (Mayo rectal bleeding subscore = 0, and Mayo stool frequency subscore of 0 or 1) and endoscopic healing (Modified Mayo endoscopy subscore of 0 or 1) at Week 10. All patients who were randomized to 30 mg/day and 45 mg/day were used for the assessment of the primary efficacy endpoint

Time frame: 10 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Symptomatic Remission and Endoscopic Healing at Week 1016 Participants
Placebo (Induction Phase)Induction Phase: Symptomatic Remission and Endoscopic Healing at Week 108 Participants
p-value: 0.5836Cochran-Mantel-Haenszel
Secondary

Induction Phase: C-reactive Protein (CRP)

Time course of biomarker CRP in blood samples during extended induction phase

Time frame: 22 weeks

Population: FAS

ArmMeasureGroupValue (MEDIAN)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (all patients)3.50 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 10 (all patients)3.40 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (Only patients who entered extended induction phase)3.65 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 22 (Only patients who entered extended induction phase)2.70 mg/L
Placebo (Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (all patients)3.2 mg/L
Placebo (Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 22 (Only patients who entered extended induction phase)1.25 mg/L
Placebo (Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 10 (all patients)1.85 mg/L
Placebo (Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (Only patients who entered extended induction phase)2.40 mg/L
45 mg IMU-838 (Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 22 (Only patients who entered extended induction phase)2.80 mg/L
45 mg IMU-838 (Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 10 (all patients)4.00 mg/L
45 mg IMU-838 (Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (Only patients who entered extended induction phase)5.55 mg/L
45 mg IMU-838 (Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (all patients)5.30 mg/L
Placebo (Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (all patients)3.70 mg/L
Placebo (Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 10 (all patients)3.50 mg/L
Placebo (Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 22 (Only patients who entered extended induction phase)2.00 mg/L
Placebo (Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (Only patients who entered extended induction phase)3.05 mg/L
45 mg IMU-838 (Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 22 (Only patients who entered extended induction phase)2.75 mg/L
45 mg IMU-838 (Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (Only patients who entered extended induction phase)7.85 mg/L
45 mg IMU-838 (Induction Phase)Induction Phase: C-reactive Protein (CRP)Week 10 (all patients)2.75 mg/L
45 mg IMU-838 (Induction Phase)Induction Phase: C-reactive Protein (CRP)Day 0 (all patients)3.50 mg/L
Secondary

Induction Phase: Fecal Calprotectin (fCP)

Time course of biomarker fCP in stool samples during extended induction phase

Time frame: 22 weeks

Population: FAS

ArmMeasureGroupValue (MEDIAN)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (all patients)799.0 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 10 (all patients290.0 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (Only patients who entered extended induction phase)616.5 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 22 (Only patients who entered extended induction phase)332.0 mg/kg
Placebo (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (all patients)899.0 mg/kg
Placebo (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 22 (Only patients who entered extended induction phase)387.0 mg/kg
Placebo (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 10 (all patients405.0 mg/kg
Placebo (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (Only patients who entered extended induction phase)1039.0 mg/kg
45 mg IMU-838 (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 22 (Only patients who entered extended induction phase)353.0 mg/kg
45 mg IMU-838 (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 10 (all patients384.0 mg/kg
45 mg IMU-838 (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (Only patients who entered extended induction phase)603.0 mg/kg
45 mg IMU-838 (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (all patients)697.0 mg/kg
Placebo (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (all patients)711.5 mg/kg
Placebo (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 10 (all patients301.5 mg/kg
Placebo (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 22 (Only patients who entered extended induction phase)314.0 mg/kg
Placebo (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (Only patients who entered extended induction phase)547.0 mg/kg
45 mg IMU-838 (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 22 (Only patients who entered extended induction phase)576.0 mg/kg
45 mg IMU-838 (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (Only patients who entered extended induction phase)856.5 mg/kg
45 mg IMU-838 (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Week 10 (all patients265.0 mg/kg
45 mg IMU-838 (Induction Phase)Induction Phase: Fecal Calprotectin (fCP)Day 0 (all patients)992.0 mg/kg
Secondary

Induction Phase: Full Mayo Score

Change in full Mayo Score from Baseline to Week 10. The full Mayo score is composed of 4 categories (bleeding, stool frequency, physician assessment, and endoscopic appearance) each rated from 0 to 3 that are added up to give a total score that ranges from 0 to 12. A higher score indicates a worse outcome.

Time frame: 10 weeks

Population: FAS

ArmMeasureGroupValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Full Mayo ScoreBaseline9.1 score on a scaleStandard Deviation 1.4
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Full Mayo ScoreChange from Baseline to Week 10-2.6 score on a scaleStandard Deviation 2.7
Placebo (Induction Phase)Induction Phase: Full Mayo ScoreBaseline9.1 score on a scaleStandard Deviation 1.4
Placebo (Induction Phase)Induction Phase: Full Mayo ScoreChange from Baseline to Week 10-2.3 score on a scaleStandard Deviation 2.7
45 mg IMU-838 (Induction Phase)Induction Phase: Full Mayo ScoreBaseline9.0 score on a scaleStandard Deviation 1.6
45 mg IMU-838 (Induction Phase)Induction Phase: Full Mayo ScoreChange from Baseline to Week 10-3.0 score on a scaleStandard Deviation 2.6
Placebo (Induction Phase)Induction Phase: Full Mayo ScoreChange from Baseline to Week 10-2.5 score on a scaleStandard Deviation 2.7
Placebo (Induction Phase)Induction Phase: Full Mayo ScoreBaseline9.1 score on a scaleStandard Deviation 1.4
45 mg IMU-838 (Induction Phase)Induction Phase: Full Mayo ScoreBaseline9.1 score on a scaleStandard Deviation 1.4
45 mg IMU-838 (Induction Phase)Induction Phase: Full Mayo ScoreChange from Baseline to Week 10-2.8 score on a scaleStandard Deviation 2.7
Secondary

Induction Phase: Partial Mayo Score

Change in partial mayo score over 10 or 22 weeks. The partial Mayo score includes only the non-invasive Mayo subscores, ie, stool frequency, rectal bleeding, and physician's global assessment (each rated from 0 to 3 that are added up to give a total score that ranges from 0 to 9). A higher score indicates a worse outcome.

Time frame: 22 weeks

Population: FAS

ArmMeasureGroupValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (all patients)6.6 score on a scaleStandard Deviation 1.2
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 10 (all patients)-2.2 score on a scaleStandard Deviation 2.2
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (only patients who entered extended induction phase)6.6 score on a scaleStandard Deviation 1.2
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-3.5 score on a scaleStandard Deviation 2.1
Placebo (Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (all patients)6.5 score on a scaleStandard Deviation 1.1
Placebo (Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-3.6 score on a scaleStandard Deviation 2.2
Placebo (Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 10 (all patients)-1.9 score on a scaleStandard Deviation 2.2
Placebo (Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (only patients who entered extended induction phase)6.5 score on a scaleStandard Deviation 1
45 mg IMU-838 (Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-3.4 score on a scaleStandard Deviation 2.3
45 mg IMU-838 (Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 10 (all patients)-2.4 score on a scaleStandard Deviation 2.2
45 mg IMU-838 (Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (only patients who entered extended induction phase)6.6 score on a scaleStandard Deviation 1.3
45 mg IMU-838 (Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (all patients)6.4 score on a scaleStandard Deviation 1.4
Placebo (Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (all patients)6.5 score on a scaleStandard Deviation 1.2
Placebo (Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 10 (all patients)-1.9 score on a scaleStandard Deviation 2
Placebo (Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-3.7 score on a scaleStandard Deviation 2.2
Placebo (Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (only patients who entered extended induction phase)6.6 score on a scaleStandard Deviation 1.2
45 mg IMU-838 (Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-3.3 score on a scaleStandard Deviation 2
45 mg IMU-838 (Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (only patients who entered extended induction phase)6.7 score on a scaleStandard Deviation 1.2
45 mg IMU-838 (Induction Phase)Induction Phase: Partial Mayo ScoreChange from Baseline to Week 10 (all patients)-2.4 score on a scaleStandard Deviation 2.3
45 mg IMU-838 (Induction Phase)Induction Phase: Partial Mayo ScoreBaseline (all patients)6.6 score on a scaleStandard Deviation 1.2
Secondary

Induction Phase: Patient Reported Outcome (PRO)-2 Mayo Score

Change in PRO-2 Mayo score over 10 or 22 weeks. Mayo PRO-2 score, ie, stool frequency and rectal bleeding score each rated from 0 to 3 that are added up to give a total score that ranges from 0 to 6. A higher score indicates a worse outcome.

Time frame: 22 weeks

Population: FAS

ArmMeasureGroupValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (all patients)4.3 score on a scaleStandard Deviation 1
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 10 (all patients)-1.6 score on a scaleStandard Deviation 1.7
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (only patients who entered extended induction phase)4.3 score on a scaleStandard Deviation 1
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-2.5 score on a scaleStandard Deviation 1.6
Placebo (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (all patients)4.3 score on a scaleStandard Deviation 0.9
Placebo (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-2.6 score on a scaleStandard Deviation 1.6
Placebo (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 10 (all patients)-1.4 score on a scaleStandard Deviation 1.7
Placebo (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (only patients who entered extended induction phase)4.3 score on a scaleStandard Deviation 0.8
45 mg IMU-838 (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-2.4 score on a scaleStandard Deviation 1.8
45 mg IMU-838 (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 10 (all patients)-1.7 score on a scaleStandard Deviation 1.6
45 mg IMU-838 (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (only patients who entered extended induction phase)4.2 score on a scaleStandard Deviation 1.1
45 mg IMU-838 (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (all patients)4.1 score on a scaleStandard Deviation 1.2
Placebo (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (all patients)4.3 score on a scaleStandard Deviation 1
Placebo (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 10 (all patients)-1.4 score on a scaleStandard Deviation 1.6
Placebo (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-2.7 score on a scaleStandard Deviation 1.6
Placebo (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (only patients who entered extended induction phase)4.3 score on a scaleStandard Deviation 1.1
45 mg IMU-838 (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 22 (only patients who entered extended induction phase)-2.3 score on a scaleStandard Deviation 1.6
45 mg IMU-838 (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (only patients who entered extended induction phase)4.3 score on a scaleStandard Deviation 1
45 mg IMU-838 (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreChange from Baseline to Week 10 (all patients)-1.8 score on a scaleStandard Deviation 1.7
45 mg IMU-838 (Induction Phase)Induction Phase: Patient Reported Outcome (PRO)-2 Mayo ScoreBaseline (all patients)4.3 score on a scaleStandard Deviation 1
Secondary

Induction Phase: Proportion of Patients With Clinical Response

Proportion of patients with clinical response (decrease from Baseline in the full Mayo score of at least 3 points and at least 30%, with an accompanying decrease in the subscore for rectal bleeding of at least 1 point or an absolute subscore for rectal bleeding of 0 or 1) at Week 10

Time frame: 10 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Proportion of Patients With Clinical Response50 Participants
Placebo (Induction Phase)Induction Phase: Proportion of Patients With Clinical Response27 Participants
45 mg IMU-838 (Induction Phase)Induction Phase: Proportion of Patients With Clinical Response31 Participants
Placebo (Induction Phase)Induction Phase: Proportion of Patients With Clinical Response23 Participants
45 mg IMU-838 (Induction Phase)Induction Phase: Proportion of Patients With Clinical Response27 Participants
Secondary

Induction Phase: Proportion of Patients With Endoscopic Healing

Proportion of patients with endoscopic healing (Modified Mayo endoscopy subscore of 0 or 1) at Week 10

Time frame: 10 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Proportion of Patients With Endoscopic Healing28 Participants
Placebo (Induction Phase)Induction Phase: Proportion of Patients With Endoscopic Healing12 Participants
45 mg IMU-838 (Induction Phase)Induction Phase: Proportion of Patients With Endoscopic Healing18 Participants
Placebo (Induction Phase)Induction Phase: Proportion of Patients With Endoscopic Healing14 Participants
45 mg IMU-838 (Induction Phase)Induction Phase: Proportion of Patients With Endoscopic Healing14 Participants
Secondary

Induction Phase: Proportion of Patients With Symptomatic Response

Proportion of patients with symptomatic response (≥1-point decrease from Baseline in Mayo PRO-2 score) during the induction phase (including extended induction phase)

Time frame: 22 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Proportion of Patients With Symptomatic Response101 Participants
Placebo (Induction Phase)Induction Phase: Proportion of Patients With Symptomatic Response49 Participants
45 mg IMU-838 (Induction Phase)Induction Phase: Proportion of Patients With Symptomatic Response55 Participants
Placebo (Induction Phase)Induction Phase: Proportion of Patients With Symptomatic Response52 Participants
45 mg IMU-838 (Induction Phase)Induction Phase: Proportion of Patients With Symptomatic Response49 Participants
Secondary

Induction Phase: Symptomatic Remission

Proportion of patients achieving symptomatic remission (Mayo rectal bleeding subscore = 0, and Mayo stool frequency subscore of 0 or 1) during the induction phase

Time frame: 22 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Symptomatic Remission56 Participants
Placebo (Induction Phase)Induction Phase: Symptomatic Remission28 Participants
45 mg IMU-838 (Induction Phase)Induction Phase: Symptomatic Remission38 Participants
Placebo (Induction Phase)Induction Phase: Symptomatic Remission25 Participants
45 mg IMU-838 (Induction Phase)Induction Phase: Symptomatic Remission31 Participants
Secondary

Induction Phase: Symptomatic Remission and Endoscopic Healing at Different Doses at Week 10

Proportion of patients with both symptomatic remission and endoscopic healing at Week 10 (all individual IMU-838 doses were compared with one another and to placebo)

Time frame: 10 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Symptomatic Remission and Endoscopic Healing at Different Doses at Week 1010 Participants
Placebo (Induction Phase)Induction Phase: Symptomatic Remission and Endoscopic Healing at Different Doses at Week 107 Participants
45 mg IMU-838 (Induction Phase)Induction Phase: Symptomatic Remission and Endoscopic Healing at Different Doses at Week 109 Participants
Placebo (Induction Phase)Induction Phase: Symptomatic Remission and Endoscopic Healing at Different Doses at Week 108 Participants
Secondary

Induction Phase: Time to Achieving Symptomatic Remission

Time to achieving symptomatic remission (Mayo rectal bleeding subscore = 0 and Mayo stool frequency subscore of 0 or 1) within the extended induction phase

Time frame: 22 weeks

Population: FAS

ArmMeasureValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Induction Phase: Time to Achieving Symptomatic Remission108.8 daysStandard Error 5.5
Placebo (Induction Phase)Induction Phase: Time to Achieving Symptomatic Remission119.6 daysStandard Error 7.1
45 mg IMU-838 (Induction Phase)Induction Phase: Time to Achieving Symptomatic Remission98 daysStandard Error 7.7
Placebo (Induction Phase)Induction Phase: Time to Achieving Symptomatic Remission115.9 daysStandard Error 7.4
45 mg IMU-838 (Induction Phase)Induction Phase: Time to Achieving Symptomatic Remission101.9 daysStandard Error 8.1
Secondary

Maintenance Phase: Corticosteroid-free Remission

Corticosteroid-free clinical remission (clinical remission and no receipt of systemic or local corticosteroids) at Week 50 in patients receiving corticosteroids at Baseline

Time frame: 50 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Corticosteroid-free Remission10 Participants
Placebo (Induction Phase)Maintenance Phase: Corticosteroid-free Remission16 Participants
45 mg IMU-838 (Induction Phase)Maintenance Phase: Corticosteroid-free Remission5 Participants
Secondary

Maintenance Phase: CRP

Timecourse of biomarker CRP in blood samples

Time frame: 50 weeks

Population: FAS

ArmMeasureGroupValue (MEDIAN)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: CRPMaintenance phase Baseline1.30 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: CRPWeek 141.10 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: CRPWeek 301.30 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: CRPWeek 501.10 mg/L
Placebo (Induction Phase)Maintenance Phase: CRPWeek 503.60 mg/L
Placebo (Induction Phase)Maintenance Phase: CRPMaintenance phase Baseline2.50 mg/L
Placebo (Induction Phase)Maintenance Phase: CRPWeek 302.05 mg/L
Placebo (Induction Phase)Maintenance Phase: CRPWeek 141.50 mg/L
45 mg IMU-838 (Induction Phase)Maintenance Phase: CRPWeek 501.95 mg/L
45 mg IMU-838 (Induction Phase)Maintenance Phase: CRPWeek 141.90 mg/L
45 mg IMU-838 (Induction Phase)Maintenance Phase: CRPWeek 301.00 mg/L
45 mg IMU-838 (Induction Phase)Maintenance Phase: CRPMaintenance phase Baseline1.10 mg/L
Secondary

Maintenance Phase: fCP

Timecourse of biomarker fCP in stool samples

Time frame: 50 weeks

Population: FAS

ArmMeasureGroupValue (MEDIAN)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: fCPMaintenance phase Baseline256.5 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: fCPWeek 1499.0 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: fCPWeek 30149.0 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: fCPWeek 50181.0 mg/kg
Placebo (Induction Phase)Maintenance Phase: fCPWeek 50147.0 mg/kg
Placebo (Induction Phase)Maintenance Phase: fCPMaintenance phase Baseline207.0 mg/kg
Placebo (Induction Phase)Maintenance Phase: fCPWeek 30217.0 mg/kg
Placebo (Induction Phase)Maintenance Phase: fCPWeek 14145.0 mg/kg
45 mg IMU-838 (Induction Phase)Maintenance Phase: fCPWeek 50364.0 mg/kg
45 mg IMU-838 (Induction Phase)Maintenance Phase: fCPWeek 14353.0 mg/kg
45 mg IMU-838 (Induction Phase)Maintenance Phase: fCPWeek 30210.0 mg/kg
45 mg IMU-838 (Induction Phase)Maintenance Phase: fCPMaintenance phase Baseline335.0 mg/kg
Secondary

Maintenance Phase: Mayo PRO-2 Score

Time course of Mayo PRO-2 score until Week 50. Mayo patient-reported outcome score, ie, stool frequency and rectal bleeding score each rated from 0 to 3 3 that are added up to give a total score that ranges from 0 to 6. A higher score indicates a worse outcome.

Time frame: 50 weeks

Population: FAS

ArmMeasureGroupValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Mayo PRO-2 ScoreMaintenance phase Baseline0.8 score on a scaleStandard Deviation 0.5
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Mayo PRO-2 ScoreChange from Baseline to Week 500.1 score on a scaleStandard Deviation 0.9
Placebo (Induction Phase)Maintenance Phase: Mayo PRO-2 ScoreMaintenance phase Baseline0.9 score on a scaleStandard Deviation 0.8
Placebo (Induction Phase)Maintenance Phase: Mayo PRO-2 ScoreChange from Baseline to Week 500.2 score on a scaleStandard Deviation 1.1
45 mg IMU-838 (Induction Phase)Maintenance Phase: Mayo PRO-2 ScoreMaintenance phase Baseline0.7 score on a scaleStandard Deviation 0.5
45 mg IMU-838 (Induction Phase)Maintenance Phase: Mayo PRO-2 ScoreChange from Baseline to Week 500.4 score on a scaleStandard Deviation 0.9
Secondary

Maintenance Phase: Proportion of Patients in Symptomatic Remission

Proportion of patients in symptomatic remission (Mayo rectal bleeding subscore = 0, and Mayo stool frequency subscore of 0 or 1) by visit up to Week 50 in maintenance phase

Time frame: Week 14, Week 30, Week 50

Population: FAS

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 1416 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 5027 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 3033 Participants
Placebo (Induction Phase)Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 3023 Participants
Placebo (Induction Phase)Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 1414 Participants
Placebo (Induction Phase)Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 5024 Participants
45 mg IMU-838 (Induction Phase)Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 5016 Participants
45 mg IMU-838 (Induction Phase)Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 147 Participants
45 mg IMU-838 (Induction Phase)Maintenance Phase: Proportion of Patients in Symptomatic RemissionWeek 3019 Participants
Secondary

Maintenance Phase: Proportion of Patients With Endoscopic Healing

Proportion of patients with endoscopic healing (Modified Mayo endoscopy subscore of 0 or 1) at Week 50 of maintenance phase

Time frame: 50 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Proportion of Patients With Endoscopic Healing15 Participants
Placebo (Induction Phase)Maintenance Phase: Proportion of Patients With Endoscopic Healing19 Participants
45 mg IMU-838 (Induction Phase)Maintenance Phase: Proportion of Patients With Endoscopic Healing6 Participants
Secondary

Maintenance Phase: Proportion of Patients With Microscopic Healing

Proportion of patients with microscopic healing (Geboes score of =\< 3.1) at Week 50 of maintenance phase

Time frame: 50 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Proportion of Patients With Microscopic Healing25 Participants
Placebo (Induction Phase)Maintenance Phase: Proportion of Patients With Microscopic Healing20 Participants
45 mg IMU-838 (Induction Phase)Maintenance Phase: Proportion of Patients With Microscopic Healing12 Participants
Secondary

Maintenance Phase: Proportion of Patients Without Relapse

Proportion of patients without symptomatic UC relapse until Week 50

Time frame: 50 weeks

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Proportion of Patients Without Relapse32 Participants
Placebo (Induction Phase)Maintenance Phase: Proportion of Patients Without Relapse24 Participants
45 mg IMU-838 (Induction Phase)Maintenance Phase: Proportion of Patients Without Relapse18 Participants
Secondary

Maintenance Phase: Time to Relapse

Time to symptomatic ulcerative colitis (UC) relapse

Time frame: 50 weeks

Population: FAS

ArmMeasureValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Maintenance Phase: Time to Relapse231.7 daysStandard Error 10
Placebo (Induction Phase)Maintenance Phase: Time to Relapse221.9 daysStandard Error 16.2
45 mg IMU-838 (Induction Phase)Maintenance Phase: Time to Relapse186.6 daysStandard Error 10.2
Secondary

Open-label Phase: CRP

Timecourse of biomarker CRP in blood samples. Visits were scheduled every 4 weeks (+/-7 days) until 50 weeks of total study participation (ie induction + extended induction, if applicable, maintenance + open-label part) and every 10 weeks (+/-7 days) thereafter. The visit schedule in the OLE after 50 weeks of overall study treatment was changed from a 10-week schedule to a 24 week (+/-14 days) schedule after Protocol Version 6.0 came into force. Because the study was terminated early, EoT varied between patients depending on when patients entered the study and the time a patient participated in the induction and maintenance phases before switching to the OLE.

Time frame: Baseline, Week 4 OLE, Week 8 OLE, Week 10 OLE, Week 12 OLE, Week 16 OLE, Week 20 OLE, Week 24 OLE, Week 28 OLE, Week 32 or 38 OLE (depending if entry was after extended induction phase), EoT up to 4 years (variable)

Population: FAS, separated by entry in OLE, data only shown if number of patients included in analysis ≥ 50 per visit

ArmMeasureGroupValue (MEDIAN)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - Baseline5.20 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - Visit 1 (Week 4 OLE)3.30 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - Visit 2 (Week 8 OLE)2.30 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - Visit 3 (Week 12 OLE)2.40 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - Visit 4 (Week 16 OLE)2.60 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - Visit 5 (Week 20 OLE)3.60 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - Visit 6 (Week 24 OLE)3.40 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - Visit 7 (Week 28 OLE)2.80 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - Visit 8 (Week 32 or 38 OLE)2.20 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after (extended) induction phase - end of treatment (up to 4 years, variable)2.45 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after maintenance phase - Baseline1.90 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after maintenance phase - Visit 1 (Week 10 OLE)1.55 mg/L
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: CRPEntry in OLE after maintenance phase - Visit 2 (Week 20 OLE)1.25 mg/L
Secondary

Open-label Phase: fCP

Timecourse of biomarker fCP in stool samples. Visits were scheduled every 4 weeks (+/-7 days) until 50 weeks of total study participation (ie induction + extended induction, if applicable, maintenance + open-label part) and every 10 weeks (+/-7 days) thereafter. The visit schedule in the OLE after 50 weeks of overall study treatment was changed from a 10-week schedule to a 24 week (+/-14 days) schedule after Protocol Version 6.0 came into force. Because the study was terminated early, EoT varied between patients depending on when patients entered the study and the time a patient participated in the induction and maintenance phases before switching to the OLE.

Time frame: Baseline, Week 4 OLE, Week 8 OLE, EoT up to 4 years (variable)

Population: FAS, separated by entry in OLE, data only shown if number of patients included in analysis ≥ 5 per visit

ArmMeasureGroupValue (MEDIAN)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: fCPEntry in OLE after (extended) induction phase - Baseline542.0 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: fCPEntry in OLE after (extended) induction phase - Visit 1 (Week 4 OLE)557.0 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: fCPEntry in OLE after (extended) induction phase - Visit 2 (Week 8 OLE)467.0 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: fCPEntry in OLE after (extended) induction phase - end of treatment (up to 4 years, variable)234.0 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: fCPEntry in OLE after maintenance phase - Baseline221.0 mg/kg
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: fCPEntry in OLE after maintenance phase - end of treatment (up to 4 years, variable)168.0 mg/kg
Secondary

Open-label Phase: Symptom Control

Proportion of patients with symptom control

Time frame: up to 4 years

Population: FAS

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Open-label Phase: Symptom Control55 Participants
Secondary

Pharmacodynamics (PK): IMU-838 Trough Level

Measurement of pre-dose (trough) blood plasma levels of IMU-838 throughout the induction period

Time frame: Day 0, Day 1, Day 7, Week 2 and Week 10

Population: SAF

ArmMeasureGroupValue (MEDIAN)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelWeek 20.97 µg/mL
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelDay 70.58 µg/mL
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelDay 00.00 µg/mL
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelDay 10.30 µg/mL
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelWeek 101.17 µg/mL
Placebo (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelDay 71.71 µg/mL
Placebo (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelDay 00.00 µg/mL
Placebo (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelDay 10.94 µg/mL
Placebo (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelWeek 23.24 µg/mL
Placebo (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelWeek 103.32 µg/mL
45 mg IMU-838 (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelWeek 105.03 µg/mL
45 mg IMU-838 (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelWeek 25.23 µg/mL
45 mg IMU-838 (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelDay 00.00 µg/mL
45 mg IMU-838 (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelDay 72.77 µg/mL
45 mg IMU-838 (Induction Phase)Pharmacodynamics (PK): IMU-838 Trough LevelDay 11.41 µg/mL
Secondary

PK: Area Under the Drug Concentration-time Curve (AUC) From Time Zero to 24 Hours (AUC0-24h)

Single-dose PK measurement of AUC0-24h in a subset of patients in the open-label phase

Time frame: pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK dose

Population: No data were collected for this endpoint.

Secondary

PK: AUC Time Zero to Infinity (AUC0-inf)

Single-dose PK measurement of AUC0-inf in a subset of patients in the open-label phase

Time frame: pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK dose

Population: No data were collected for this endpoint.

Secondary

PK: AUC Time Zero to Last Measurable Concentration (AUC0-t)

Single-dose PK measurement of AUC0-t in a subset of patients in the open-label phase

Time frame: pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK dose

Population: No data were collected for this endpoint.

Secondary

PK: IMU-838 Plasma Level

Measurement of post-dose blood plasma levels of IMU-838 at Week 2

Time frame: 2 weeks

Population: SAF

ArmMeasureValue (MEDIAN)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)PK: IMU-838 Plasma Level2.30 µg/mL
Placebo (Induction Phase)PK: IMU-838 Plasma Level6.05 µg/mL
45 mg IMU-838 (Induction Phase)PK: IMU-838 Plasma Level10.70 µg/mL
Secondary

PK: Maximum Plasma Concentration (Cmax)

Single-dose PK measurement of Cmax in a subset of patients in the open-label phase

Time frame: pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK dose

Population: No data were collected for this endpoint.

Secondary

PK: Time to Cmax (Tmax)

Single-dose PK measurement of Tmax in a subset of patients in the open-label phase

Time frame: pre-dose, 1, 2, 3, 4, 5, 6 hours post PK dose; 24 hours post PK dose; 48 hours post PK dose; 72 hours post PK dose

Population: No data were collected for this endpoint.

Secondary

Safety: 12-lead Electrocardiogram (ECG)

Number of patients with clinically significant changes in ECG

Time frame: 50 weeks

Population: SAF

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: 12-lead Electrocardiogram (ECG)0 Participants
Placebo (Induction Phase)Safety: 12-lead Electrocardiogram (ECG)1 Participants
45 mg IMU-838 (Induction Phase)Safety: 12-lead Electrocardiogram (ECG)0 Participants
Placebo (Induction Phase)Safety: 12-lead Electrocardiogram (ECG)0 Participants
45 mg IMU-838 (Induction Phase)Safety: 12-lead Electrocardiogram (ECG)0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: 12-lead Electrocardiogram (ECG)0 Participants
Placebo (Maintenance Phase)Safety: 12-lead Electrocardiogram (ECG)0 Participants
Secondary

Safety: Adverse Events

Incidence and Severity of AEs during the induction and maintenance phases

Time frame: 50 weeks

Population: SAF

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Adverse EventsAny TEAE28 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Adverse EventsAny mild TEAE23 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Adverse EventsAny moderate TEAE7 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Adverse EventsAny severe TEAE2 Participants
Placebo (Induction Phase)Safety: Adverse EventsAny severe TEAE3 Participants
Placebo (Induction Phase)Safety: Adverse EventsAny moderate TEAE10 Participants
Placebo (Induction Phase)Safety: Adverse EventsAny TEAE30 Participants
Placebo (Induction Phase)Safety: Adverse EventsAny mild TEAE21 Participants
45 mg IMU-838 (Induction Phase)Safety: Adverse EventsAny moderate TEAE11 Participants
45 mg IMU-838 (Induction Phase)Safety: Adverse EventsAny mild TEAE24 Participants
45 mg IMU-838 (Induction Phase)Safety: Adverse EventsAny TEAE30 Participants
45 mg IMU-838 (Induction Phase)Safety: Adverse EventsAny severe TEAE2 Participants
Placebo (Induction Phase)Safety: Adverse EventsAny TEAE23 Participants
Placebo (Induction Phase)Safety: Adverse EventsAny mild TEAE15 Participants
Placebo (Induction Phase)Safety: Adverse EventsAny moderate TEAE13 Participants
Placebo (Induction Phase)Safety: Adverse EventsAny severe TEAE0 Participants
45 mg IMU-838 (Induction Phase)Safety: Adverse EventsAny TEAE16 Participants
45 mg IMU-838 (Induction Phase)Safety: Adverse EventsAny severe TEAE2 Participants
45 mg IMU-838 (Induction Phase)Safety: Adverse EventsAny mild TEAE11 Participants
45 mg IMU-838 (Induction Phase)Safety: Adverse EventsAny moderate TEAE5 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Adverse EventsAny mild TEAE12 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Adverse EventsAny TEAE16 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Adverse EventsAny moderate TEAE7 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Adverse EventsAny severe TEAE2 Participants
Placebo (Maintenance Phase)Safety: Adverse EventsAny moderate TEAE4 Participants
Placebo (Maintenance Phase)Safety: Adverse EventsAny TEAE12 Participants
Placebo (Maintenance Phase)Safety: Adverse EventsAny mild TEAE8 Participants
Placebo (Maintenance Phase)Safety: Adverse EventsAny severe TEAE0 Participants
Secondary

Safety: Blood Chemistry

Number of participants with abnormal blood chemistry laboratory values (TEAES related to clinical chemistry abnormalities)

Time frame: 50 weeks

Population: SAF

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryBlood creatinine increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryHypokalemia1 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryBlood cholesterol increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryHyperlipasemia0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryLiver function test abnormal1 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryBlood bilirubin unconjugated increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryAlanine transferase increased2 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryBlood calcium decreased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryHypophosphatasemia0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryC-reactive protein increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryAspartate aminotransferase increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryHyperkalemia0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryBlood triglycerides increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryHyperbilirubinemia0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryLipase increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryHypertriglyceridemia0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryBlood potassium increased1 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryFecal calprotectin increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase increased1 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryHyperuricemia0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryGamma-glutamyltransferase increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryAmylase increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase MB increased1 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryBlood bilirubin increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood ChemistryHepatic enzyme increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryGamma-glutamyltransferase increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHyperkalemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHepatic enzyme increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHyperbilirubinemia1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryAspartate aminotransferase increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryAlanine transferase increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood bilirubin increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryLiver function test abnormal0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood bilirubin unconjugated increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHypophosphatasemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood calcium decreased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood cholesterol increased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHypokalemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood creatinine increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase MB increased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHyperuricemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase increased2 Participants
Placebo (Induction Phase)Safety: Blood ChemistryAmylase increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood potassium increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHypertriglyceridemia1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood triglycerides increased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryC-reactive protein increased2 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHyperlipasemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryFecal calprotectin increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryLipase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHyperlipasemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood creatinine increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryLipase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHyperuricemia1 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryLiver function test abnormal0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHepatic enzyme increased1 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase MB increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood bilirubin increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryAspartate aminotransferase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHyperkalemia1 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHypertriglyceridemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood potassium increased1 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryAmylase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryFecal calprotectin increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHyperbilirubinemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHypophosphatasemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood triglycerides increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood bilirubin unconjugated increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood calcium decreased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHypokalemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryAlanine transferase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryGamma-glutamyltransferase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood cholesterol increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryC-reactive protein increased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHepatic enzyme increased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryC-reactive protein increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryLipase increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood creatinine increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood calcium decreased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHyperuricemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHypokalemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryFecal calprotectin increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood bilirubin increased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood triglycerides increased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase MB increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryLiver function test abnormal0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryAmylase increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryAspartate aminotransferase increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHypophosphatasemia1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryGamma-glutamyltransferase increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryAlanine transferase increased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHyperlipasemia1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHypertriglyceridemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood bilirubin unconjugated increased1 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHyperbilirubinemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryHyperkalemia0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood cholesterol increased0 Participants
Placebo (Induction Phase)Safety: Blood ChemistryBlood potassium increased1 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHyperlipasemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryAlanine transferase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryAmylase increased1 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryAspartate aminotransferase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood bilirubin increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood bilirubin unconjugated increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood calcium decreased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood cholesterol increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood creatinine increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase MB increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood creatine phosphokinase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood potassium increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryBlood triglycerides increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryC-reactive protein increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryFecal calprotectin increased1 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryGamma-glutamyltransferase increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHepatic enzyme increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHyperbilirubinemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHyperkalemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHypertriglyceridemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHyperuricemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHypokalemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryHypophosphatasemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryLiver function test abnormal0 Participants
45 mg IMU-838 (Induction Phase)Safety: Blood ChemistryLipase increased1 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryBlood cholesterol increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryBlood creatine phosphokinase increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryBlood calcium decreased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryAlanine transferase increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryHypokalemia0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryAmylase increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryHypertriglyceridemia0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryBlood bilirubin unconjugated increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryBlood triglycerides increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryHypophosphatasemia0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryHyperlipasemia0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryBlood creatine phosphokinase MB increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryBlood bilirubin increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryHyperkalemia0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryAspartate aminotransferase increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryLipase increased1 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryLiver function test abnormal0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryBlood creatinine increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryC-reactive protein increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryHyperbilirubinemia0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryHyperuricemia0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryHepatic enzyme increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryBlood potassium increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryGamma-glutamyltransferase increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Blood ChemistryFecal calprotectin increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryFecal calprotectin increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryHyperkalemia0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryC-reactive protein increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryBlood triglycerides increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryHyperlipasemia0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryBlood potassium increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryBlood creatine phosphokinase increased1 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryHypertriglyceridemia0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryBlood creatine phosphokinase MB increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryBlood creatinine increased1 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryAlanine transferase increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryHyperuricemia0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryBlood cholesterol increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryBlood calcium decreased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryHypokalemia0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryBlood bilirubin unconjugated increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryLipase increased1 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryHypophosphatasemia1 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryBlood bilirubin increased0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryAspartate aminotransferase increased1 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryLiver function test abnormal0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryHepatic enzyme increased1 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryHyperbilirubinemia0 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryGamma-glutamyltransferase increased1 Participants
Placebo (Maintenance Phase)Safety: Blood ChemistryAmylase increased0 Participants
Secondary

Safety: Blood Pressure

Changes in blood pressure (mm Hg) during the induction and maintenance phases

Time frame: 50 weeks

Population: SAF

ArmMeasureGroupValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood PressureInduction phase - Week 10 (systolic blood pressure)123.1 mmHgStandard Deviation 11.4
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood PressureInduction phase - Week 10 (diastolic blood pressure)76.1 mmHgStandard Deviation 9.1
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood PressureInduction phase - Day 0 (systolic blood pressure)123.2 mmHgStandard Deviation 14.2
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood PressureInduction phase - Day 0 (diastolic blood pressure)76.2 mmHgStandard Deviation 10.8
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood PressureInduction phase - Week 22 (systolic blood pressure)118.3 mmHgStandard Deviation 10.2
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Blood PressureInduction phase - Week 22 (diastolic blood pressure)72.0 mmHgStandard Deviation 7.6
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Week 22 (systolic blood pressure)126.7 mmHgStandard Deviation 12.3
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Day 0 (diastolic blood pressure)78.1 mmHgStandard Deviation 10.3
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Week 22 (diastolic blood pressure)77.6 mmHgStandard Deviation 7.4
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Week 10 (systolic blood pressure)123.8 mmHgStandard Deviation 13.2
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Week 10 (diastolic blood pressure)79.5 mmHgStandard Deviation 9.2
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Day 0 (systolic blood pressure)125.1 mmHgStandard Deviation 12.8
45 mg IMU-838 (Induction Phase)Safety: Blood PressureInduction phase - Week 22 (systolic blood pressure)119.8 mmHgStandard Deviation 6.6
45 mg IMU-838 (Induction Phase)Safety: Blood PressureInduction phase - Day 0 (systolic blood pressure)123.2 mmHgStandard Deviation 11.4
45 mg IMU-838 (Induction Phase)Safety: Blood PressureInduction phase - Week 10 (systolic blood pressure)121.7 mmHgStandard Deviation 9.7
45 mg IMU-838 (Induction Phase)Safety: Blood PressureInduction phase - Week 22 (diastolic blood pressure)75.4 mmHgStandard Deviation 6.5
45 mg IMU-838 (Induction Phase)Safety: Blood PressureInduction phase - Day 0 (diastolic blood pressure)79.5 mmHgStandard Deviation 9.4
45 mg IMU-838 (Induction Phase)Safety: Blood PressureInduction phase - Week 10 (diastolic blood pressure)77.3 mmHgStandard Deviation 7.9
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Week 22 (systolic blood pressure)121.8 mmHgStandard Deviation 12.3
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Week 10 (systolic blood pressure)122.0 mmHgStandard Deviation 12.8
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Week 22 (diastolic blood pressure)74.2 mmHgStandard Deviation 9.8
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Week 10 (diastolic blood pressure)75.5 mmHgStandard Deviation 7.9
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Day 0 (systolic blood pressure)121.9 mmHgStandard Deviation 11.8
Placebo (Induction Phase)Safety: Blood PressureInduction phase - Day 0 (diastolic blood pressure)74.9 mmHgStandard Deviation 8.2
45 mg IMU-838 (Induction Phase)Safety: Blood PressureMaintenance phase - Week 50 (diastolic blood pressure76.5 mmHgStandard Deviation 9.9
45 mg IMU-838 (Induction Phase)Safety: Blood PressureMaintenance phase - baseline (systolic blood pressure)121.3 mmHgStandard Deviation 10.6
45 mg IMU-838 (Induction Phase)Safety: Blood PressureMaintenance phase - Week 50 (systolic blood pressure)122.0 mmHgStandard Deviation 13
45 mg IMU-838 (Induction Phase)Safety: Blood PressureMaintenance phase - baseline (diastolic blood pressure)75.2 mmHgStandard Deviation 8.7
30 mg IMU-838 (Maintenance Phase)Safety: Blood PressureMaintenance phase - baseline (systolic blood pressure)123.7 mmHgStandard Deviation 12.2
30 mg IMU-838 (Maintenance Phase)Safety: Blood PressureMaintenance phase - Week 50 (systolic blood pressure)125.3 mmHgStandard Deviation 14.3
30 mg IMU-838 (Maintenance Phase)Safety: Blood PressureMaintenance phase - Week 50 (diastolic blood pressure77.1 mmHgStandard Deviation 9
30 mg IMU-838 (Maintenance Phase)Safety: Blood PressureMaintenance phase - baseline (diastolic blood pressure)76.5 mmHgStandard Deviation 9.5
Placebo (Maintenance Phase)Safety: Blood PressureMaintenance phase - baseline (systolic blood pressure)124.1 mmHgStandard Deviation 13
Placebo (Maintenance Phase)Safety: Blood PressureMaintenance phase - baseline (diastolic blood pressure)75.1 mmHgStandard Deviation 8.8
Placebo (Maintenance Phase)Safety: Blood PressureMaintenance phase - Week 50 (diastolic blood pressure74.7 mmHgStandard Deviation 6.4
Placebo (Maintenance Phase)Safety: Blood PressureMaintenance phase - Week 50 (systolic blood pressure)122.6 mmHgStandard Deviation 9.2
Secondary

Safety: Body Weight

Changes in body weight during the induction and maintenance phases

Time frame: 50 weeks

Population: SAF

ArmMeasureGroupValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Body WeightInduction phase - Week 2270.310 kgStandard Deviation 13.64
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Body WeightInduction phase - Week 1073.747 kgStandard Deviation 20.03
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Body WeightInduction phase - Day 073.881 kgStandard Deviation 19.479
Placebo (Induction Phase)Safety: Body WeightInduction phase - Week 2274.689 kgStandard Deviation 15.143
Placebo (Induction Phase)Safety: Body WeightInduction phase - Day 072.436 kgStandard Deviation 15.348
Placebo (Induction Phase)Safety: Body WeightInduction phase - Week 1071.457 kgStandard Deviation 14.522
45 mg IMU-838 (Induction Phase)Safety: Body WeightInduction phase - Week 1075.094 kgStandard Deviation 14.148
45 mg IMU-838 (Induction Phase)Safety: Body WeightInduction phase - Day 073.959 kgStandard Deviation 13.915
45 mg IMU-838 (Induction Phase)Safety: Body WeightInduction phase - Week 2275.188 kgStandard Deviation 18.202
Placebo (Induction Phase)Safety: Body WeightInduction phase - Week 1071.437 kgStandard Deviation 15.998
Placebo (Induction Phase)Safety: Body WeightInduction phase - Day 070.141 kgStandard Deviation 15.754
Placebo (Induction Phase)Safety: Body WeightInduction phase - Week 2269.635 kgStandard Deviation 14.425
45 mg IMU-838 (Induction Phase)Safety: Body WeightMaintenance phase - Baseline74.431 kgStandard Deviation 13.081
45 mg IMU-838 (Induction Phase)Safety: Body WeightMaintenance phase - Week 5075.743 kgStandard Deviation 13.452
30 mg IMU-838 (Maintenance Phase)Safety: Body WeightMaintenance phase - Week 5073.986 kgStandard Deviation 18.069
30 mg IMU-838 (Maintenance Phase)Safety: Body WeightMaintenance phase - Baseline70.490 kgStandard Deviation 16.48
Placebo (Maintenance Phase)Safety: Body WeightMaintenance phase - Baseline72.441 kgStandard Deviation 13.259
Placebo (Maintenance Phase)Safety: Body WeightMaintenance phase - Week 5070.310 kgStandard Deviation 11.458
Secondary

Safety: Coagulation

Number of participants with clinically significant abnormal coagulation laboratory values

Time frame: 10 weeks

Population: SAF, Coagulation parameters were only analyzed in the Induction phase.

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Coagulation0 Participants
Placebo (Induction Phase)Safety: Coagulation0 Participants
45 mg IMU-838 (Induction Phase)Safety: Coagulation0 Participants
Placebo (Induction Phase)Safety: Coagulation0 Participants
Secondary

Safety: Heart Rate

Changes in heart rate (beats per minute) during the induction and maintenance phases

Time frame: 50 weeks

Population: SAF

ArmMeasureGroupValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Heart RateInduction phase - Week 1076.1 beats per minuteStandard Deviation 13.9
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Heart RateInduction phase - Day 074.7 beats per minuteStandard Deviation 13.6
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Heart RateInduction phase - Week 2269.6 beats per minuteStandard Deviation 13
Placebo (Induction Phase)Safety: Heart RateInduction phase - Week 1074.1 beats per minuteStandard Deviation 10.4
Placebo (Induction Phase)Safety: Heart RateInduction phase - Week 2271.9 beats per minuteStandard Deviation 9.1
Placebo (Induction Phase)Safety: Heart RateInduction phase - Day 077.4 beats per minuteStandard Deviation 12.3
45 mg IMU-838 (Induction Phase)Safety: Heart RateInduction phase - Week 1073.6 beats per minuteStandard Deviation 9
45 mg IMU-838 (Induction Phase)Safety: Heart RateInduction phase - Week 2271.6 beats per minuteStandard Deviation 6.2
45 mg IMU-838 (Induction Phase)Safety: Heart RateInduction phase - Day 073.6 beats per minuteStandard Deviation 8.9
Placebo (Induction Phase)Safety: Heart RateInduction phase - Week 1073.9 beats per minuteStandard Deviation 10.8
Placebo (Induction Phase)Safety: Heart RateInduction phase - Day 073.5 beats per minuteStandard Deviation 9
Placebo (Induction Phase)Safety: Heart RateInduction phase - Week 2270.8 beats per minuteStandard Deviation 7.1
45 mg IMU-838 (Induction Phase)Safety: Heart RateMaintenance phase - Week 5073.0 beats per minuteStandard Deviation 8.6
45 mg IMU-838 (Induction Phase)Safety: Heart RateMaintenance phase -Baseline73.0 beats per minuteStandard Deviation 9.2
30 mg IMU-838 (Maintenance Phase)Safety: Heart RateMaintenance phase - Week 5073.2 beats per minuteStandard Deviation 6.5
30 mg IMU-838 (Maintenance Phase)Safety: Heart RateMaintenance phase -Baseline73.4 beats per minuteStandard Deviation 7.5
Placebo (Maintenance Phase)Safety: Heart RateMaintenance phase -Baseline72.4 beats per minuteStandard Deviation 9.7
Placebo (Maintenance Phase)Safety: Heart RateMaintenance phase - Week 5075.4 beats per minuteStandard Deviation 10.7
Secondary

Safety: Hematology

Number of participants with abnormal hematology laboratory values (treatment-emergent adverse events \[TEAEs\] related to hematological abnormalities)

Time frame: up to Week 50

Population: SAF

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyLeukocytosis0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyAnemia3 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyNeutropenia1 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyPlatelet count increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyWhite blood cell count increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyHemoglobin decreased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyNeutrophil count increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyMicrocytic anemia0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyThrombocytosis0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: HematologyLeukopenia1 Participants
Placebo (Induction Phase)Safety: HematologyMicrocytic anemia0 Participants
Placebo (Induction Phase)Safety: HematologyNeutrophil count increased0 Participants
Placebo (Induction Phase)Safety: HematologyLeukopenia1 Participants
Placebo (Induction Phase)Safety: HematologyLeukocytosis0 Participants
Placebo (Induction Phase)Safety: HematologyNeutropenia0 Participants
Placebo (Induction Phase)Safety: HematologyThrombocytosis1 Participants
Placebo (Induction Phase)Safety: HematologyWhite blood cell count increased0 Participants
Placebo (Induction Phase)Safety: HematologyHemoglobin decreased2 Participants
Placebo (Induction Phase)Safety: HematologyPlatelet count increased1 Participants
Placebo (Induction Phase)Safety: HematologyAnemia6 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyNeutrophil count increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyLeukopenia0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyHemoglobin decreased9 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyThrombocytosis0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyMicrocytic anemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyWhite blood cell count increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyPlatelet count increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyNeutropenia0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyAnemia4 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyLeukocytosis0 Participants
Placebo (Induction Phase)Safety: HematologyNeutropenia0 Participants
Placebo (Induction Phase)Safety: HematologyLeukocytosis0 Participants
Placebo (Induction Phase)Safety: HematologyThrombocytosis1 Participants
Placebo (Induction Phase)Safety: HematologyNeutrophil count increased0 Participants
Placebo (Induction Phase)Safety: HematologyMicrocytic anemia0 Participants
Placebo (Induction Phase)Safety: HematologyHemoglobin decreased0 Participants
Placebo (Induction Phase)Safety: HematologyAnemia3 Participants
Placebo (Induction Phase)Safety: HematologyPlatelet count increased0 Participants
Placebo (Induction Phase)Safety: HematologyWhite blood cell count increased0 Participants
Placebo (Induction Phase)Safety: HematologyLeukopenia0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyLeukocytosis0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyPlatelet count increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyAnemia1 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyLeukopenia0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyHemoglobin decreased1 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyThrombocytosis0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyNeutropenia0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyMicrocytic anemia0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyNeutrophil count increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: HematologyWhite blood cell count increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyNeutrophil count increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyAnemia2 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyLeukopenia0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyNeutropenia0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyThrombocytosis0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyHemoglobin decreased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyPlatelet count increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyLeukocytosis1 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyMicrocytic anemia1 Participants
30 mg IMU-838 (Maintenance Phase)Safety: HematologyWhite blood cell count increased0 Participants
Placebo (Maintenance Phase)Safety: HematologyLeukocytosis1 Participants
Placebo (Maintenance Phase)Safety: HematologyPlatelet count increased0 Participants
Placebo (Maintenance Phase)Safety: HematologyNeutrophil count increased1 Participants
Placebo (Maintenance Phase)Safety: HematologyHemoglobin decreased0 Participants
Placebo (Maintenance Phase)Safety: HematologyThrombocytosis1 Participants
Placebo (Maintenance Phase)Safety: HematologyNeutropenia0 Participants
Placebo (Maintenance Phase)Safety: HematologyLeukopenia0 Participants
Placebo (Maintenance Phase)Safety: HematologyAnemia2 Participants
Placebo (Maintenance Phase)Safety: HematologyWhite blood cell count increased1 Participants
Placebo (Maintenance Phase)Safety: HematologyMicrocytic anemia0 Participants
Secondary

Safety: Micro Ribonucleic Acid-122 Expression

Micro ribonucleic acid-122 (miR-122) expression (before first dose and 24 hours after first dose - foldchange of normalized expression values )

Time frame: 24 hours

Population: SAF

ArmMeasureValue (MEAN)Dispersion
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Micro Ribonucleic Acid-122 Expression2.0276 fold changeStandard Deviation 2.7747
Placebo (Induction Phase)Safety: Micro Ribonucleic Acid-122 Expression3.5573 fold changeStandard Deviation 10.8852
45 mg IMU-838 (Induction Phase)Safety: Micro Ribonucleic Acid-122 Expression1.8842 fold changeStandard Deviation 3.5346
Placebo (Induction Phase)Safety: Micro Ribonucleic Acid-122 Expression2.5739 fold changeStandard Deviation 5.2723
Secondary

Safety: Number of Participants With Clinically Significant Findings During Physical Examination

The emergence of any clinically significant findings compared to screening captured during the induction and maintenance phases

Time frame: 50 weeks

Population: SAF

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: Number of Participants With Clinically Significant Findings During Physical Examination0 Participants
Placebo (Induction Phase)Safety: Number of Participants With Clinically Significant Findings During Physical Examination3 Participants
45 mg IMU-838 (Induction Phase)Safety: Number of Participants With Clinically Significant Findings During Physical Examination4 Participants
Placebo (Induction Phase)Safety: Number of Participants With Clinically Significant Findings During Physical Examination0 Participants
45 mg IMU-838 (Induction Phase)Safety: Number of Participants With Clinically Significant Findings During Physical Examination2 Participants
30 mg IMU-838 (Maintenance Phase)Safety: Number of Participants With Clinically Significant Findings During Physical Examination1 Participants
Placebo (Maintenance Phase)Safety: Number of Participants With Clinically Significant Findings During Physical Examination2 Participants
Secondary

Safety: Urinalysis

Number of participants with abnormal urinalysis laboratory values (TEAEs related to urinalysis)

Time frame: 50 weeks

Population: SAF

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisKetonuria0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisRenal Cyst0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisHyperuricosuria0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisRed blood cells urine positive0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisBlood urine present0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisRenal colic0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisCreatinine urine increased0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisHematuria0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisCrystalluria0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisProteinuria0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisMicturition urgency0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisHemorrhage urinary tract0 Participants
Combined IMU-838 (30 or 45 mg IMU-838, Induction Phase)Safety: UrinalysisHyperoxaluria0 Participants
Placebo (Induction Phase)Safety: UrinalysisRenal colic0 Participants
Placebo (Induction Phase)Safety: UrinalysisKetonuria0 Participants
Placebo (Induction Phase)Safety: UrinalysisCreatinine urine increased0 Participants
Placebo (Induction Phase)Safety: UrinalysisHemorrhage urinary tract0 Participants
Placebo (Induction Phase)Safety: UrinalysisRed blood cells urine positive1 Participants
Placebo (Induction Phase)Safety: UrinalysisProteinuria0 Participants
Placebo (Induction Phase)Safety: UrinalysisCrystalluria2 Participants
Placebo (Induction Phase)Safety: UrinalysisHematuria0 Participants
Placebo (Induction Phase)Safety: UrinalysisHyperoxaluria0 Participants
Placebo (Induction Phase)Safety: UrinalysisRenal Cyst1 Participants
Placebo (Induction Phase)Safety: UrinalysisHyperuricosuria0 Participants
Placebo (Induction Phase)Safety: UrinalysisMicturition urgency0 Participants
Placebo (Induction Phase)Safety: UrinalysisBlood urine present0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisRenal colic1 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisKetonuria0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisRed blood cells urine positive1 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisMicturition urgency0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisHyperoxaluria1 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisCreatinine urine increased1 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisBlood urine present0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisHyperuricosuria1 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisProteinuria0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisRenal Cyst0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisHemorrhage urinary tract1 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisHematuria5 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisCrystalluria0 Participants
Placebo (Induction Phase)Safety: UrinalysisKetonuria0 Participants
Placebo (Induction Phase)Safety: UrinalysisBlood urine present0 Participants
Placebo (Induction Phase)Safety: UrinalysisCreatinine urine increased0 Participants
Placebo (Induction Phase)Safety: UrinalysisCrystalluria0 Participants
Placebo (Induction Phase)Safety: UrinalysisHematuria1 Participants
Placebo (Induction Phase)Safety: UrinalysisHemorrhage urinary tract0 Participants
Placebo (Induction Phase)Safety: UrinalysisHyperoxaluria0 Participants
Placebo (Induction Phase)Safety: UrinalysisHyperuricosuria0 Participants
Placebo (Induction Phase)Safety: UrinalysisMicturition urgency1 Participants
Placebo (Induction Phase)Safety: UrinalysisProteinuria0 Participants
Placebo (Induction Phase)Safety: UrinalysisRed blood cells urine positive0 Participants
Placebo (Induction Phase)Safety: UrinalysisRenal colic0 Participants
Placebo (Induction Phase)Safety: UrinalysisRenal Cyst0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisKetonuria0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisBlood urine present0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisCrystalluria0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisRed blood cells urine positive0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisHemorrhage urinary tract0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisRenal Cyst0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisCreatinine urine increased0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisProteinuria0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisHyperoxaluria0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisHyperuricosuria0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisHematuria0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisRenal colic0 Participants
45 mg IMU-838 (Induction Phase)Safety: UrinalysisMicturition urgency0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisHyperuricosuria0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisHemorrhage urinary tract0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisCrystalluria0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisKetonuria1 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisHematuria2 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisMicturition urgency0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisCreatinine urine increased0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisRed blood cells urine positive0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisBlood urine present1 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisRenal Cyst0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisRenal colic0 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisProteinuria1 Participants
30 mg IMU-838 (Maintenance Phase)Safety: UrinalysisHyperoxaluria0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisMicturition urgency0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisProteinuria0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisHematuria0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisCrystalluria0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisKetonuria0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisRenal colic0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisHemorrhage urinary tract0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisBlood urine present0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisRenal Cyst0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisCreatinine urine increased0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisHyperoxaluria0 Participants
Placebo (Maintenance Phase)Safety: UrinalysisRed blood cells urine positive1 Participants
Placebo (Maintenance Phase)Safety: UrinalysisHyperuricosuria0 Participants

Source: ClinicalTrials.gov · Data processed: Mar 1, 2026