InMed Pharmaceuticals Demonstrates INM-901 as an Oral Formulation Targeting Alzheimer's Disease

In This Article:

  • High bioavailability of INM-901 oral formulation provides similar drug concentration levels in the brain as intraperitoneal (IP) injection

Vancouver, British Columbia--(Newsfile Corp. - August 20, 2024) - InMed Pharmaceuticals Inc. (NASDAQ: INM) ("InMed" or the "Company"), a pharmaceutical company focused on developing a pipeline of proprietary small molecule drug candidates for diseases with high unmet medical needs, today confirms INM-901 as an oral formulation that will be utilized in its development programs for Alzheimer's disease.

Recent preclinical studies have demonstrated that INM-901, a proprietary small molecule drug candidate, can be administered orally and achieve therapeutic levels in the brain comparable to those obtained through intraperitoneal ("IP") injection, which is a common route of administration for preclinical investigation of neurodegenerative diseases. The data indicates the INM-901 formulation can be administered orally and maintains a similar drug exposure levels as IP delivery over a 24-hour period in the brain. This oral delivery method offers potential advantages such as reduction in treatment delivery costs versus intravenous delivery of current disease modifying large molecule antibody therapies.

Michael Woudenberg, InMed's Chief Operating Officer and SVP of Chemistry, Manufacturing and Controls ("CMC"), stated, "We are excited by the recent data confirming that INM-901 can be delivered across the blood brain barrier to the brain tissue as an oral formulation which provides significant advantages for further development of this compound in the treatment of Alzheimer's. Similar drug levels in the target tissue are not usually seen between oral versus IP delivery. The supporting data generated by the oral formulation provides an attractive therapeutic approach given the many challenges associated with delivery of drug(s) to the brain."

The administration challenges of current disease-modifying Alzheimer's treatments

Antibodies, which are large molecules, are difficult to formulate orally and present significant challenges to gastrointestinal ("GI") tract absorption and further delivery into the blood stream; therefore, alternative methods of delivery such as IV or subcutaneous injection must be utilized. INM-901 is a small molecule capable of achieving absorption in the GI tract into the blood stream and effectively penetrates the blood-brain barrier.

Current treatment options using large molecules have significant side effects, including inflammation and bleeding in the brain, requiring brain scans once or twice a year to monitor these adverse effects. The frequency of treatment administration, which involves an intravenous infusion at a medical care facility every 2-4 weeks, also presents a challenge. As a result, small molecule drug candidates offer many advantages over currently approved treatment options. InMed's goal is to provide an effective disease-modifying treatment that can be delivered orally, making it widely accessible to patients.