Clinical Research Directory

A First-in-Human SAD and MAD Study in HV to Evaluate Oral YR011 Tablet

This is a Phase I clinical trial (protocol number: YR-011-B07) sponsored by Hangzhou Yirui Pharmaceutical Technology Co., Ltd., focusing on the novel oral small-molecule drug YR011 (active ingredient: PA032, a Kv1.3 channel blocker). The trial aims to evaluate the safety, tolerability, and pharmacokinetics (PK) of YR011 in healthy adult participants. The trial has two stages: Single Ascending Dose (SAD) and Multiple Ascending Dose (MAD), with about 64 participants total (32 per stage). Participants are divided into 4 cohorts per stage (8 people per cohort), randomized 6:2 to receive YR011 or placebo in a double-blind manner. For the SAD stage, 4 dose levels are tested as a single oral dose under fasting conditions; for the MAD stage, 4 dose levels are given twice daily for 7 days plus one extra dose on Day 8. Key procedures include screening (up to 28 days before enrollment), baseline assessments, drug administration, and follow-up (7 days for SAD, 14 days for MAD). Safety is the primary endpoint (measured by treatment-related adverse events), with secondary endpoints including PK parameters (e.g., plasma concentration, half-life) and dose accumulation. Eligible participants are 18-60 years old, healthy, and able to comply with trial procedures; those with major diseases, drug allergies, or recent medication use are excluded. The trial follows ICH-GCP and FDA regulations, with a Safety Review Committee overseeing dose escalation and safety monitoring. All data is collected via electronic case report forms (eCRFs) and kept confidential.

Pharmacokinetics of Olverembatinib in Participants With Hepatic Impairment

This is a non-randomized, open-label, parallel, single-dose study to evaluate the pharmacokinetic profile of olverembatinib in participants with normal or impaired liver function.

Therapeutic Monitoring of Antibiotics in Intensive Care Patients: a Cohort Study PopTDM-ICU

Intensive care patients are exposed to serious infections. Mortality linked to these infections remains high and antibiotic therapy treatment optimization is one of the key points of therapeutic success . Pharmacokinetic therapeutic monitoring and dosage adjustments are recommended for large families of antibiotics such as glycopeptides and aminoglycosides for a long time, but to this day still insufficiently practiced. Concerning Beta-Lactamines this practice is recommended by french society of pharmacology and therapeutic (SFPT) and french society of anesthesiology and intensive care (SFAR) since 2018. The main goal of the POP-TDM-ICU study is to find the predictive factors of clinical therapeutic efficacy of antibiotic therapy in sepsis or septic shock in intensive care, among which the use of the dosage pharmacokinetics of antibiotic therapy (TDM = Therapeutic Drug Monitoring). This study is a non-interventional study. Patients bacterial samples already collected in standard care and additional plasma samples will be collected as part of a biological collection with the consent of the patient or family member.