A randomized, placebo-controlled, single-administration, dose-escalation study to evaluate the safety, tolerability, pharmacokinetics and immunogenicity of LP-98 injection in healthy subjects in a first-in-human clinical study
The study was divided into two parts, Part A and Part B. The Part A and Part B studies were carried out separately according to the protocol flow, with the Part A study carried out first. 1. Part A is set up with 5 cohorts(5mg, 10mg, 20mg, 40mg, 80mg), administration is by subcutaneous, each subject entered only one cohort to receive the drug. 4 subjects were included in cohort 1, and 8 subjects were planned to be included in each cohort 2 to 5, to observe the safety, tolerability, PK and ADA of LP-98 injection by subcutaneous. 2. Part B is set up with 6 cohorts (5mg,10mg,20mg,40mg,80mg, 160mg), administration is by intravenous drip, each subject entered only one cohort to receive the drug. 4 subjects were included in cohort 1, and 8 subjects were planned to be included in each cohort 2 to 6, to observe the safety, tolerability, PK and ADA of LP-98 injection by intravenous drip.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
DOUBLE
Enrollment
36
Part A is administration is by subcutaneous LP98/placebo,Part B is administration is by intravenous drip LP98/placebo
Henan Provincial Hospital for Infectious Diseases (Zhengzhou Sixth People's Hospital)
Zhengzhou, Henan, China
Changes from baseline in respiration rate of Vital Signs
Respiration rate in times / minute
Time frame: Within 36 days after the first administration.
Changes from baseline in blood pressure of Vital Signs.
Blood pressure in mmHg
Time frame: Within 36 days after the first administration.
Changes from baseline in body temperature of Vital Signs.
Body temperature in Celsius degree
Time frame: Within 36 days after the first administration.
Changes from baseline in ECG PR intervalThe cardiac rhythm is showed in 12 Leads
Ambulatory Electrocardiogram in the form of continuous curve. Changes of this continuous curve will be recorded.
Time frame: within 36 days after administration
Changes from baseline in ECG QRS intervalThe cardiac rhythm is showed in 12 Leads
Ambulatory Electrocardiogram in the form of continuous curve. Changes of this continuous curve will be recorded.
Time frame: within 36 days after administration
Changes from baseline in ECG QT intervalThe cardiac rhythm is showed in 12 Leads
Ambulatory Electrocardiogram in the form of continuous curve. Changes of this continuous curve will be recorded.
Time frame: within 36 days after administration
Changes from baseline in Blood lactate of Laboratory Examination.
Changes of blood lactate will be recorded.
Time frame: within 36 days after administration
Changes from baseline in Pregnancy test of Laboratory Examination.
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Pregnancy test will be tested in female subjects.
Time frame: within 36 days after administration
Changes from baseline in red blood cell count of Laboratory Examination.
Red blood cell count in whole blood is reported in the form of number.
Time frame: within 36 days after administration
Changes from baseline in white blood cell count of Laboratory Examination.
White blood cell count in whole blood is reported in the form of number.
Time frame: within 36 days after administration
Changes from baseline in neutrophil count of Laboratory Examination.
Neutrophil count in whole blood is reported in the form of number.
Time frame: within 36 days after administration
Changes from baseline in lymphocyte count of Laboratory Examination.
Lymphocyte count in whole blood is reported in the form of number.
Time frame: within 36 days after administration
Changes from baseline in platelet count of Laboratory Examination.
Platelet count in whole blood is reported in the form of number.
Time frame: within 36 days after administration
Changes from baseline in hemoglobin of Laboratory Examination.
Changes of hemoglobin concentration(g/dL)in whole blood will be recorded.
Time frame: within 36 days after administration
Changes from baseline in PT of Laboratory Examination.
Prothrombin time (PT) is a screening test for exogenous coagulation factors.
Time frame: within 36 days after administration
Changes from baseline in INR of Laboratory Examination.
International standardized ratio (INR) is calculated from prothrombin time and international sensitivity index (ISI) of the reagent.
Time frame: within 36 days after administration
Changes from baseline in APTT of Laboratory Examination.
Changes of total bilirubin concentration (μmol/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in direct bilirubin of Laboratory Examination.
Changes of direct bilirubin concentration (μmol/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in ALT of Laboratory Examination.
Changes of ALT concentration (U/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in AST of Laboratory Examination.
Changes of AST concentration (U/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in total protein of Laboratory Examination.
Changes of total protein concentration (g/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in albumin of Laboratory Examination.
Changes of albumin concentration (g/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in creatinine of Laboratory Examination.
Changes of creatinine concentration (μmol/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in glucose of Laboratory Examination
Changes of glucose concentration (mmol/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in potassium of Laboratory Examination.
Changes of potassium concentration (mmol/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in sodium of Laboratory Examination.
Changes of sodium concentration (mmol/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in chlorine of Laboratory Examination.
Changes of chlorine concentration (mmol/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in urine specific gravity of Laboratory Examination.
Changes of urine specific gravity will be recorded.
Time frame: within 36 days after administration
Changes from baseline in urine pH of Laboratory Examination.
Changes of urine pH value will be recorded.
Time frame: within 36 days after administration
Changes from baseline in urine glucose of Laboratory Examination.
Changes of urine glucose will be examined by qualitative test (positive or negative).
Time frame: within 36 days after administration
Changes from baseline in urine protein of Laboratory Examination.
Changes of urine protein will be examined by qualitative test (positive or negative).
Time frame: within 36 days after administration
Changes from baseline in urine ketone body of Laboratory Examination.
Changes of urine ketone body will be examined by qualitative test (positive or negative).
Time frame: within 36 days after administration
Changes from baseline in urine white blood cell of Laboratory Examination.
Changes of white blood cell in urine will be examined by qualitative test (positive or negative).
Time frame: within 36 days after administration
Changes from baseline in urine occult blood of Laboratory Examination.
Changes of urine occult blood will be examined by qualitative test (positive or negative).
Time frame: within 36 days after administration
Changes from baseline in CK of Laboratory Examination
Changes of CK concentration (U/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in CK-MB of Laboratory Examination
Changes of CK-MB concentration (ng/mL) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in LDH of Laboratory Examination
Changes of LDH concentration (U/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in ALP of Laboratory Examination
Changes of ALP concentration (U/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in Triglyceride of Laboratory Examination
Changes of Triglyceride concentration (mmol/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in CHOL of Laboratory Examination
Changes of CHOL concentration (mmol/L) in serum will be recorded.
Time frame: within 36 days after administration
Changes from baseline in Immunogenic blood collection of Laboratory Examination.
Changes of immunogenic blood collection will be recorded.The historical changes of test results (including positive rate and titer) of various indicators were counted.
Time frame: within 36 days after administration
Pharmacokinetics:Cmax
pharmacokinetic characteristics of Lipovirtide in infected patients:Cmax
Time frame: within 36 days after administration
Pharmacokinetics:AUC0-t
pharmacokinetic characteristics of Lipovirtide in infected patients:AUC0-t
Time frame: within 36 days after administration
Pharmacokinetics:AUC0-∞
pharmacokinetic characteristics of Lipovirtide in infected patients:AUC0-∞
Time frame: within 36 days after administration