Nucleus Network Pty Ltd.
Melbourne, Victoria, 3004, Australia
NCT Number: NCT05473533
A dose escalating study of PRS-220 administered by oral inhalation in healthy subjects
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Notify Me18 year–64 year
All sexes
Interventional
Phase 1
Melbourne, Victoria, 3004, Australia
PRS-220 is a new drug being developed for treatment of idiopathic pulmonary fibrosis (IPF). The main purpose of this study is to investigate the safety, tolerability, pharmacokinetics, and immunogenicity of single and multiple ascending doses of PRS-220 in healthy subjects.
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Males must be surgically sterile or abstinent or not engaged in sexual relations with a woman of childbearing potential (WOCBP) or, if engaged in sexual relations with a WOCBP, the subject must agree to consistently use an adequate method of contraception, which is defined as use of a condom by the male partner combined with use of a highly effective method of contraception by the female partner. A highly effective method of contraception is one that has a failure rate of < 1% when used consistently and correctly.
Exclusion criteria
Note: Acetaminophen (paracetamol, <4 g per day), nonsteroidal anti-inflammatory drugs (NSAID) medication, or salicylic acid containing topical preparation may be used within one day prior to the first dose of the study drug product.
Placebo; formulated as solution for inhalation without active substance.
Other names: Control
PRS-220; formulated as solution for inhalation.
Other names: Active
Time frame: 29 days (SAD), 57 days (MAD)
The safety and tolerability of PRS-220 will be assessed based on the frequency (no. per patient, cohort, and treatment [PRS-220 vs. placebo]) and severity (based on the Common Terminology Criteria for Adverse Events, CTCAE) of adverse events (AEs) throughout the study and until 28 days after the last dose.
Time frame: 29 days (SAD), 57 days (MAD)
The safety and tolerability of PRS-220 will be assessed based on the frequency (no. per patient, cohort, and treatment [PRS-220 vs. placebo]) and severity (based on the Common Terminology Criteria for Adverse Events, CTCAE) of serious adverse events (SAEs) throughout the study and until 28 days after the last dose.
Time frame: 29 days (SAD), 57 days (MAD)
The safety and tolerability of PRS-220 will be assessed based on the frequency (no. per patient, cohort, and treatment [PRS-220 vs. placebo]) and severity (based on the Common Terminology Criteria for Adverse Events, CTCAE) of treatment-emergent adverse events (TEAEs) throughout the study and until 28 days after the last dose.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in blood pressure (systolic and diastolic, mm Hg) as a criterion of safety and tolerability throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in heart rate (beats per minute, BPM) as a criterion of safety and tolerability throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in body temperature (degrees Celsius) as a criterion of safety and tolerability throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in respiratory rate (breaths per minute) as a criterion of safety and tolerability throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in oxygen saturation (sO2, %) as a criterion of safety and tolerability throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in cardiovascular system function (change in QTC parameters) as a criterion of safety and tolerability throughout the study.
12-lead ECGs will be assessed by a central reader.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in FEV1 (forced expiratory volume in one second, L) as a criterion of safety and tolerability throughout the study.
Spirometry recordings will be assessed by a central reader.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in PEFR (peak expiratory flow rate, L/s) as a criterion of safety and tolerability throughout the study.
Spirometry recordings will be assessed by a central reader.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in FVC (forced vital capacity, % predicted) as a criterion of safety and tolerability throughout the study.
Spirometry recordings will be assessed by a central reader.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in sodium levels (mmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in potassium levels (mmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in chloride levels (mmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in calcium levels (mmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in magnesium levels (mmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in bicarbonate levels (mmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in urea/urea nitrogen (BUN) levels (mmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in creatinine levels (µmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in albumin levels (g/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in bilirubin levels (µmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in uric acid levels (mmol/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in creatine kinase (CK) levels (U/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in lactate dehydrogenase (LDH) levels (U/L) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in hematocrit levels (%) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in total red blood cell (RVC) counts (10^6/µL) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in platelet counts (10^9/µL) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in white blood cell (WBC) counts (10^3/µL) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in neutrophil percentage (%) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in lymphocyte percentage (%) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in eosinophil percentage (%) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in basophil percentage (%) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in monocyte percentage (%) throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in turbidity of the urine sample as part of a standard urinalysis panel throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in specific gravity of the urine sample as part of a standard urinalysis panel throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in pH of the urine sample as part of a standard urinalysis panel throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in protein levels of the urine sample as part of a standard urinalysis panel throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in glucose levels (positive/negative) of the urine sample as part of a standard urinalysis panel throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in ketone levels (positive/negative) of the urine sample as part of a standard urinalysis panel throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in blood levels (positive/negative) of the urine sample as part of a standard urinalysis panel throughout the study.
Time frame: 29 days (SAD), 57 days (MAD)
To assess changes in nitrite levels (positive/negative) of the urine sample as part of a standard urinalysis panel throughout the study.
Time frame: Once after first dose on Day 1 (SAD, MAD) and again on Day 15 (MAD)
Tolerability will be assessed by an open-ended questionnaire that assesses the taste characteristics of PRS-220.
Subjects must choose between values from 0 to 10; where "0" represents no/low agreement with the statement and "10" represents extreme/definite agreement with the statement.
Time frame: 29 days (SAD), 57 days (MAD)
Time frame: 29 days (SAD), 57 days (MAD)
Time frame: 29 days (SAD), 57 days (MAD)
Time frame: 29 days (SAD), 57 days (MAD)
Time frame: 29 days (SAD), 57 days (MAD)
Time frame: 29 days (SAD), 57 days (MAD)
Time frame: 29 days (SAD), 57 days (MAD)
Time frame: 29 days (SAD), 57 days (MAD)
Time frame: 29 days (SAD), 57 days (MAD)
Time frame: 29 days (SAD), 57 days (MAD)
Immunogenicity potential of PRS-220 will be assessed by the presence and titer of anti-drug antibodies (ADA) in the serum.
Pieris Australia Pty Ltd
Industry
A Phase 1, Randomized, Blinded, Placebo Controlled, Single and Multiple Ascending Dose Study to Assess the Safety, Tolerability, Pharmacokinetics, and Immunogenicity of PRS 220 Administered by Oral Inhalation in Healthy Subjects.
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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