Celularity Inc. reports developments in regenerative and cellular medicine, including longevity-focused programs, placental-derived cell therapies and commercial regenerative medicine products such as Biovance and Biovance 3L. Company news also covers clinical and coverage-related updates, operating and financial results, capital-structure actions and governance matters.
Recurring corporate updates include periodic-reporting status, Nasdaq compliance, tax-credit monetization, material agreements and shareholder matters. The company's disclosures also reference its common stock and warrants trading on Nasdaq under CELU and CELUW.
Celularity has presented promising in vivo data at the ASCO Annual Meeting showing the potential of its T-cell therapy platform, PT-CD16VS, in targeting multiple hematological and solid tumors. The platform leverages genetically modified allogeneic cell therapy derived from human placental circulating T (P-T) cells and can be combined with various monoclonal antibodies. Previous data at AACR demonstrated efficacy against HER2-positive cancers, and the recent findings extend this potential to a broader range of cancers. The company is also expanding its pipeline to tackle aging-related healthcare issues such as cellular senescence.
Celularity (Nasdaq: CELU), a regenerative medicine company, received a Nasdaq notice on May 21, 2024, for not filing its Q1 2024 Form 10-Q and 2023 Form 10-K on time. This puts Celularity in non-compliance with Nasdaq's listing requirements, but it doesn't affect the current trading of its stock and warrants. Celularity must submit a compliance plan by June 17, 2024, and has until October 14, 2024, to regain compliance if the plan is accepted. The company is working to complete its filings but cannot guarantee Nasdaq will accept the plan or that it will meet future requirements.
Celularity (NASDAQ: CELU) has announced that data published in the Journal for ImmunoTherapy of Cancer highlights the benefits of its placental-derived T-Cell platform for CAR-T therapies. The study revealed that CAR-T cells from Celularity's platform demonstrated greater persistence, resistance to exhaustion, and efficacy compared to those derived from adult peripheral blood mononuclear cells (PBMCs). Key findings include longer telomeres and attenuated cytokine responses without loss of cytotoxicity. These advantages may lead to more effective and scalable CAR-T therapies. Dr. Robert Hariri, CEO of Celularity, emphasized the potential of their platform to deliver improved and durable allogeneic CAR-T products.
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