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Clear Scientific: Combatting Drug Overdose from Methamphetamine, Fentanyl, and Polydrug
- 2024/05/21
- 再生時間: 27 分
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あらすじ・解説
Stimulant use in the United States has exploded into a nationwide crisis, as deaths and emergency room visits resulting from methamphetamine and cocaine use are rising at an alarming rate.
The overall substance abuse disorder crisis is further exacerbated by the high level of fentanyl use, which has long been referred to as an opioid epidemic, and the increasing use of more than substance at once. One fundamental limitation on the ability to respond to the crisis is that, to date, there is no FDA-approved therapeutic to treat overdose from stimulants like methamphetamine and cocaine, or polydrug. Users who want to get clean and rid themselves of methamphetamine, cocaine, and/or fentanyl often find it difficult, essentially “chaining” themselves into a cycle of use that’s mostly impossible to break.
First responders and emergency department physicians lack sufficient tools to treat overdose. But what if there was a treatment that could eliminate toxins and restore normal bodily function within minutes? That’s the aim of Clear Scientific, a small biotech in Cambridge, MA that’s currently testing a treatment (CS-1103) using small molecules to “eat” toxins and deactivate their harmful effects almost instantly. With Phase I of a first-in-human (FIH) clinical trial ongoing, this revolutionary therapeutic is offering hope to those suffering from drug misuse and addiction a “chance to get better.”
Join us as Mitch Zakin, Co-founder and Executive Vice President of Innovation, and Winston Henderson, Co-founder and General Counsel, discuss their therapeutic approach, offer an update on their progress with CS-1103, how collaboration has enhanced their development, and how they hope it will eventually impact this epidemic.
Show Notes
Clear Scientific
World Congress: Drug Modality Game Changers
Clear Scientific to Start Phase 1 Trial for Stimulant Antidote
Charles River | IND-Enabling Studies
Charles River | Small Molecule