NovAccess Global Partners with BCN Biosciences to Expand Immunotherapy Platform - Seite 2

"We are very excited to collaborate with BCN by applying its BCN057 drug to enhance NovAccess Global's immunotherapy platform technology," said NovAccess Global's Chief Executive Officer Dr. Dwain K. Irvin. "We already have very promising pre-clinical data and we need to officially partner with BCN to take this preliminary data one step forward. This partnership is vital to our efforts of advancing our technology as we move into and through clinical trials. As data supports, we expect to add to our patent and license portfolio which is expected to bolster our position as a key player in defining the next generation of immune oncology therapies. Once proven in brain tumor cellular therapy, our drug platform may be vital to other cancer tumor types."

"BCN057 could make immunotherapies like TLR-AD1 even more effective by denying cancer cells the ability to evade the immune system," said Dr. Andrew Norris, BCN co-founder and Chief Scientific Officer. Dr. Norris, who also serves on the NovAccess Global Scientific Advisory Board, added, "The BCN team is excited to work with NovAccess Global to develop novel first-in-class technology that will overcome barriers to treat cancer and significantly benefit patients facing glioblastoma and CNS tumors worldwide."

The partnership with BCN will further strengthen the IP portfolio supporting NovAccess Global's 4^th generation of TLR-AD1. This partnership will increase opportunities for third-party licensing of NovAccess Global's drug platform to pharmaceutical companies active in developing new classes of therapies to compete in the global immune oncology market which today exceeds more than $100 billion a year.

NovAccess Global plans to enhance TLR-AD1with its artificial intelligence (AI) driven Precision Medicine Division. Through this division, NovAccess intends to develop a comprehensive collection of personalized therapeutics and treatment protocols leveraging advances in bioinformatics, computational science, and molecular medicine. Clinical insights from the Precision Medicine Division will help to determine which drug variation based on the TLR-AD1 platform is most appropriate for patients to illicit the strongest and most durable immune response to their individual tumor type.