CHI Memorial Hospital
Stroke and Neuroscience Center
Dr. Thomas Devlin is the national neuroscience co-director of CommonSpirit, the second largest healthcare system in the US. He is a professor of Neurology at the University of Tennessee Health Science Center and the director of the Stroke and Neuroscience Center at CHI Memorial hospital. He has a PhD in Neurobiology and received his MD from Baylor College of Medicine, neurology training at Duke and his fellowship in neurocritical care at the University of Virginia. He has been a leader in stroke clinical trials for over 20 years and has spearheaded the launch of numerous AI companies such as VIZ.AI and Nova Signal.

Presenter of 1 Presentation

SAFETY AND EFFICACY OF LT3001 IN PATIENTS WITH ACUTE ISCHEMIC STROKE WITHIN 24 HOURS AFTER SYMPTOMS ONSET: A PHASE 2, MULTI-CENTER, RANDOMIZED, DOUBLE-BLIND, PLACEBO-CONTROLLED STUDY

Session Type
Oral Presentations
Date
27.10.2021, Wednesday
Session Time
08:00 - 08:50
Room
ORAL PRESENTATIONS 1
Lecture Time
08:30 - 08:40

Abstract

Background and Aims

LT3001, a novel small molecule, designed to simultaneously act as a thrombolytic and reduce reperfusion injury, has been shown safe and efficacious in multiple animal stroke models. Here we assessed the safety of LT3001 in acute ischemic stroke patients within 24 hours after symptoms onset.

Methods

Eligible patients were last-known-normal ≤24h, had a NIHSS 4-30 and were not treated with IV-tPA and/or endovascular thrombectomy. Participants were 2:1 randomly assigned to receive a single dose of LT3001 or placebo. The primary outcome was the sICH rate ≤36h. Secondary outcomes included neurological/ functional outcome measures, mortality and other adverse events by Day-90 (NCT04091945).

Results

Twenty-four participants (16 in LT3001 group and 8 in placebo group) were enrolled at 10 centers in the US and Taiwan. Participants in the LT3001 and placebo groups were age of 62±13 and 68±9 years with median NIHSS of 6 (Range 4-24) and 5 (Range 4-17), respectively. Median times from onset-to-treatment were 21-hours for LT3001 and 18.5-hours for placebo. No sICH occurred and other safety measures appeared comparable between groups. Excellent functional outcome (90-day mRS(0-1)) was achieved in 3 (21%) LT3001 and 1 (14%) placebo-treated participants. Major neurological improvement (≥4-points NIHSS improvement from baseline to Day-30) occurred in 7 (47%) LT3001 and 1 (14%) placebo-treated participants. Among the 9 participants with baseline NIHSS≥6 treated with LT3001, 7 (78%) showed major neurological improvement.

Conclusions

Treatment with LT3001 within 24 hours after ischemic stroke onset appears to be safe and may be associated with better neurological and functional outcomes.

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