CMAX Clinical Research
Adelaide, South Australia, 5000, Australia
NCT Number: NCT05969236
The main goal of this clinical trial is to evaluate the safety, tolerability and pharmacokinetics (PK) profiles* of MDI-1228_mesylate Ophthalmic Solution in healthy adult participants.
Participants will receive either of the following treatment:
* MDI-1228_mesylate Ophthalmic Solution, or * Placebo**
Researchers will observe any changes in health (if any) in participants receiving the study treatment to evaluate the safety and tolerability*** of the study drug. Researchers will also collect several blood samples from participants to study PK profiles of the drug.
Note:
*PK profiles: how the drug interacts with the body. **placebo: a harmless substance that contains no active agents. ***tolerability: how well you can tolerate the drug.
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Notify Me18 year–55 year
All sexes
Interventional
Phase 1
Adelaide, South Australia, 5000, Australia
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
MDI-1228_mesylate Ophthalmic Solution includes 2 strengths:
The components employed in the placebo formulation are the same as those used for the active formulation except MDI-1228_mesylate is absent.
Time frame: From first dose to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Systemic or ocular TEAEs will be collected from spontaneous reports and direct observation.
The investigator will make an assessment of intensity for each TEAE and assign it to one of the Common Terminology Criteria for Adverse Events (CTCAE) categories: grade 1 (mild), grade 2 (moderate), grade 3 (severe), grade 4 (life-threatening), and grade 5 (death).
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Respiratory rate (breaths/minute) will be measured while the participant is at rest in a supine or semi-supine position (after ≥ 5 minutes resting supine or semi-supine), to monitor and record any abnormal clinically significant changes from baseline and incidence of such changes after treatment until the last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Heart rate (beats/minute) will be measured while the participant is at rest in a supine or semi-supine position (after ≥ 5 minutes resting supine or semi-supine), to monitor and record any abnormal clinically significant changes from baseline and incidence of such changes after treatment until the last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Blood pressure (mmHg) will be measured while the participant is at rest in a supine or semi-supine position (after ≥ 5 minutes resting supine or semi-supine), to monitor and record any abnormal clinically significant changes from baseline and incidence of such changes after treatment until the last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Body temperature (℃) will be measured while the participant is at rest in a supine or semi-supine position (after ≥ 5 minutes resting supine or semi-supine), to monitor and record any abnormal clinically significant changes from baseline and incidence of such changes after treatment until the last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of general appearance (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of HEENT (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of neck (including thyroid and nodes) (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of cardiovascular system (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of respiratory system (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of gastrointestinal system (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of renal system (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of neurological system (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of musculoskeletal system (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Assessment of skin (normal/abnormal) will be performed at screening, and may be performed at various scheduled/unscheduled time points if deemed necessary by the Investigator, to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
12-lead ECG measurements will be performed to monitor and record any abnormal clinically significant changes in heart rate (beats/min) as well as the result interpretation from baseline and incidence of such changes after treatment until the last visit. All ECG measurements will be recorded in triplicate (repeat for 3 times), with 1- to 2-minute intervals between ECG readings.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
12-lead ECG measurements will be performed to monitor and record any abnormal clinically significant changes in PR interval (milliseconds) as well as the result interpretation from baseline and incidence of such changes after treatment until the last visit. All ECG measurements will be recorded in triplicate, with 1- to 2-minute intervals between ECG readings.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
12-lead ECG measurements will be performed to monitor and record any abnormal clinically significant changes in QRSD interval (milliseconds) as well as the result interpretation from baseline and incidence of such changes after treatment until the last visit. All ECG measurements will be recorded in triplicate, with 1- to 2-minute intervals between ECG readings.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
12-lead ECG measurements will be performed to monitor and record any abnormal clinically significant changes in QTcF (milliseconds) as well as the result interpretation from baseline and incidence of such changes after treatment until the last visit. All ECG measurements will be recorded in triplicate, with 1- to 2-minute intervals between ECG readings.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
12-lead ECG measurements will be performed to monitor and record any abnormal clinically significant changes in RR interval (milliseconds) as well as the result interpretation from baseline and incidence of such changes after treatment until the last visit. All ECG measurements will be recorded in triplicate, with 1- to 2-minute intervals between ECG readings.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
CVA (measured using Snellen chart) will be assessed to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until the last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Intraocular pressure (mmHg) will be assessed to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until the last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Light response pupil test (positive/negative) will be performed to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until the last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Extraocular movement test will be performed to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until the last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Slit-lamp examination will be performed to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until the last visit.
Time frame: From screening to end of study (EOS, Day 7±1 day in Part A, Day 14±1 day in Part B)
Corneal fluorescein staining test will be performed to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until the last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Dilated fundus examination will be performed at screening, Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes from baseline and the incidence of such changes after treatment until the last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in red blood cell distribution width (%) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in hemoglobin (g/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in hematocrit (%) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in red blood cell count (cells/μL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in white blood cell count (cells/μL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in absolute neutrophil count (cells/μL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in neutrophil percentage (%) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in absolute lymphocyte count (cells/μL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in lymphocyte percentage (%) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in absolute monocyte count (cells/μL)) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in monocyte percentage (%) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in absolute basophil count (cells/μL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in basophil percentage (%) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in absolute eosinophil count (cells/μL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in eosinophil percentage (%) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in platelet count (cells/μL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in mean cell hemoglobin (pg/cell) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in mean cell volume (fL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in mean cell hemoglobin concentration (g/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Hematology tests will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in mean platelet volume (fL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
A coagulation test will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in INR from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
A coagulation test will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in aPTT (seconds) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
A coagulation test will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in PT (seconds) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood sodium (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood potassium (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood chloride (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood calcium (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes from baseline in blood bicarbonate (mmol/L) and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes from baseline in blood albumin (g/dL) and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in total protein (g/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood creatinine (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood creatine kinase (units/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes from baseline in estimated GFR (mL/min) and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood urea (μmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in AST (units/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in ALT (units/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in GGT (units/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in ALP (units/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood phosphate (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in total bilirubin (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in direct bilirubin (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in indirect bilirubin (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood amylase (units/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in cholesterol (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in HDL/cholesterol ratio from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in HDL cholesterol (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in LDL/HDL cholesterol ratio from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in LDL cholesterol (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in non-HDL cholesterol (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in triglycerides (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in uric acid (μmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in lactate dehydrogenase (units/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood magnesium (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in blood glucose (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in anion gap (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in adjusted calcium (mmol/L) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Blood biochemistry will be measured at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in globulin (g/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in pH from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in specific gravity from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in urine glucose (negative/+/++/+++) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in urine protein (negative/+/++/+++) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in urine bilirubin (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in urine ketones (negative/+/++/+++) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in urine blood (negative/+/++/+++) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in urine nitrite (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in urine urobilinogen (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From screening to end of treatment (Day 2 in Part A, Day 8 in Part B)
Urinalysis will be performed at screening, baseline (not required if screening assessment done within 3 days), Day 2 visit (Part A) or Day 8 visit (Part B) to monitor and record any abnormal clinically significant changes in leucocyte esterase (mg/dL) from baseline and the incidence of such changes after treatment until last visit.
Time frame: From pre-dose to post-dose (Day 2 in Part A, Day 8 in Part B)
Scores of conjunctival hyperemia (0 to 4 scores, a higher score indicates a more severe condition) will be assessed to record the change from the pre-dose (Day -1) scores to the post-dose scores (Day 2 for Part A, Day 8 for Part B) in the study eye.
Time frame: From pre-dose to post-dose (Day 2 in Part A, Day 8 in Part B)
Scores of corneal staining (0 to 5 scores, a higher score indicates a more severe condition) will be assessed to record the change from the pre-dose (Day -1) scores to the post-dose scores (Day 2 for Part A, Day 8 for Part B) in the study eye.
Time frame: Post-first dose on Day 1 to EOS (Day 7±1 day)
Cmax means the highest concentration a drug reaches in the plasma after administration. It will be measured after the subject receives a single dose of MDI-1228_mesylate Ophthalmic Solution by instillation into the study eye (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 7±1 day in Part A, Day 14±1 day in Part B)
Tmax refers to the time a drug takes to reach the highest concentration in the plasma after administration. It will be measured after the subject receives a single dose (Part A) or multiple doses (Part B) of MDI-1228_mesylate Ophthalmic Solution by instillation into the study eye (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 7±1 day in Part A, Day 14±1 day in Part B)
T1/2 refers to the time a drug takes to be eliminated to half of the highest concentration in the plasma after administration. It will be measured after the subject receives a single dose (Part A) or multiple doses (Part B) of MDI-1228_mesylate Ophthalmic Solution by instillation into the study eye (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 7±1 day)
Systemic CL refers to the total volume of fluid cleared of drug from the body per unit of time, usually expressed in mL/min. It will be measured after the subject receives a single dose of MDI-1228_mesylate Ophthalmic Solution by instillation into the study eye (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 7±1 day)
Vd refers to fluid volume that would be required to contain the amount of drug present in the body at the same concentration as in the plasma. It will be measured after the subject receives a single dose of MDI-1228_mesylate Ophthalmic Solution by instillation into the study eye (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 7±1 day)
MRT reflects the average time a drug molecule spends in the body. It will be measured after the subject receives a single dose of MDI-1228_mesylate Ophthalmic Solution by instillation into the study eye (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 7±1 day)
AUC0-t refers to area under the plasma concentration-time curve until time t and reflects the actual body exposure to drug after administration at time t. It will be measured after the subject receives a single dose of MDI-1228_mesylate Ophthalmic Solution by instillation into the study eye (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 7±1 day)
AUC0-∞ refers to area under the plasma concentration-time curve until infinity and reflects the total body exposure to drug. It will be measured after the subject receives a single dose of MDI-1228_mesylate Ophthalmic Solution by instillation into the study eye (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 14±1 day)
Css_min means the lowest concentration of drug in the blood within a steady-state dosing interval. It will be measured after administration of multiple doses of MDI-1228_mesylate Ophthalmic Solution by conjunctival instillation (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 14±1 day)
Css_max means the highest concentration of drug in the blood observed after intermittent dosage administration. It will be measured after administration of multiple doses of MDI-1228_mesylate Ophthalmic Solution by conjunctival instillation (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 14±1 day)
Css_av means the average drug concentration reached during a steady-state intermittent dosing interval. It will be measured after administration of multiple doses of MDI-1228_mesylate Ophthalmic Solution by conjunctival instillation (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 14±1 day)
CL means the volume of fluid cleared of drug from the body per unit of time, usually expressed in mL/min. It will be measured after administration of multiple doses of MDI-1228_mesylate Ophthalmic Solution by conjunctival instillation (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 14±1 day)
AUCss reflects the exposure of drug in the body at steady state. It will be measured after administration of multiple doses of MDI-1228_mesylate Ophthalmic Solution by conjunctival instillation (2 drops).
Time frame: Post-first dose on Day 1 to EOS (Day 14±1 day)
DF reflects difference between the highest and lowest concentration of drug in the body at steady state. It will be measured after administration of multiple doses of MDI-1228_mesylate Ophthalmic Solution by conjunctival instillation (2 drops).
Shanghai Medinno Pharmaceutical Technology Co., Ltd.
Industry
A Phase 1, First-in-Human, Single-center, Randomized, Double-masked, Placebo-controlled Study to Evaluate the Safety, Tolerability and Pharmacokinetics of Single and Multiple Ascending Doses of MDI-1228_mesylate Ophthalmic Solution by Local Instillation in Adult Healthy Volunteers
OpenTrials presents study information sourced from ClinicalTrials.gov. The official registry record should be consulted for the latest information.
View the official ClinicalTrials.gov record (opens in a new tab)This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.
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