iPSC-CAR-NK cell therapy exhibits autoimmune potential
The genetically edited allogeneic product could serve as an immune-modulatory therapy for severe autoimmune diseases, data suggests.
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The genetically edited allogeneic product could serve as an immune-modulatory therapy for severe autoimmune diseases, data suggests.
The cell and gene therapy (CGT) sector must maintain its scientific rigor despite recent changes to US policy and market conditions, says key industry body.
The novel cell therapy utilises a shortened manufacturing process compared to standard production timelines, offering potential for enhanced therapeutic capability.
The company’s new acquisition, valued up to $1 billion, supports development of in vivo cancer treatments and the future of cell therapy.
In this article, Dr Stephen Harrington, Director of Cell and Hydrogel Formulation and Francis Karanu, Vice President of Cell Therapy R&D, Likarda, discuss the benefits of hydrogel encapsulation in drug delivery and enhancing the bioavailability and functionality of cell therapies.
Based on positive outcomes of the clinical trial, a high dose of the cell therapy is expected to advance to Phase III pivotal trials.
Launch of the USP general method chapter signals a breakthrough in pharmaceutical drug impurity control, according to biopharma experts.
More than half of the multiple myeloma patients included in this study would have been ineligible for the Phase II CARTITUDE-1 clinical trial, research reports.
The accelerated approval by the US Food and Drug Administration (FDA) authorises the first engineered cell therapy for a solid tumour in the US.
From exciting data on cell therapy and monoclonal antibodies, through to new regulatory developments, this article summarises some of the key developments within the Alzheimer’s therapeutic landscape over July.
Dr Imran Khan, PhD, Vice President, Medical Affairs, Hematology, Johnson & Johnson Innovative Medicine discusses the major benefits and current challenges of CAR-T cell therapies, as well as the potential of the company’s novel BCMA-targeted treatment for multiple myeloma.
New clinical trial data demonstrates the potential for a stem cell treatment as a cardiac regenerative therapy.
The new company will work to develop solutions to overcome issues within new therapeutic modalities, in areas such as formulation, manufacturing and supply chain.
This article explores the unique logistics and supply chain challenges of cell and gene therapy development and the future potential of this innovative sector.
Under a new initiative, manufacturers could increase productivity via innovative technologies, enabling faster patient access to new medicines.