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Blocking a process called trogocytosis could enhance the ability of CAR T-cell therapies to treat cancer, according to research led by University of Pennsylvania scientists. In this Q&A, Dr Serge Fuchs, Elizabeth and William Whitney Clark Professor of Oncology at the University of Pennsylvania School of Veterinary Medicine, US, discusses…
In this article, Bryan Oronsky, Chief Development Officer, and Tony Reid, Chief Executive Officer of EpicentRx, explain how AdAPT-001 uses tumour cells as a factory to make the TGF-beta trap that it carries. This trap neutralises the immunosuppressive protein, transforming growth factor–β to ‘heat up’ tumours and sensitise them to…
Learn how you can mobilise CD34+ haematopoietic stem cells and how they can be isolated immediately after collection.
Discover how BioIVT’s portfolio of disease state LEUKOMAX® leukopaks and PBMCs can serve as representative starting materials for autologous cell therapy research.
Discover how BioIVT’s dissociated tumour cells (DTCs) can be used for tumour-infiltrating lymphocyte (TIL) cell therapy research.
Viral vectors to deliver gene therapies are utilised by clinically approved therapies. However, this method is not the only option for advanced therapeutics. In this piece, Brent Warner, President, Gene Therapy at Poseida Therapeutics, discusses the balance between efficacy and safety in gene therapy, highlighting positive pre-clinical data for non-viral…
Expectations are growing worldwide for discoveries that will harness the potential of cell therapy, which has already brought breakthroughs in therapeutic areas where there is an unmet need, from oncology to ophthalmology and rare disease. In this article, Dr Terri Gaskell, Chief Technology Officer at Rinri Therapeutics, explores some of…
While the full potential of gene therapies continues to be realised, their successes in rare diseases promote them as a promising treatment modality. Dr Gaurav Shah, Chief Executive Officer of Rocket Pharmaceuticals discusses the future of gene therapies as well as the company’s progress in in vivo and ex vivo programmes.
In this article, Dr Mary Spellman, Chief Medical Officer and Senior Vice President of R&D at Castle Creek Biosciences, discusses how a versatile dual platform of ex vivo and in vivo gene therapy technologies is being utilised for the development of novel gene therapies for a broad range of rare…
This ebook features articles from gene therapy specialists that look at current platforms as well as the future of promising modalities for gene therapies. It also tackles novel stem cell technology considerations and gives insight into the careful balancing act between efficacy and safety in gene therapy.
This article explores the current state of artificial intelligence (AI) in drug discovery and development, discussing the obstacles holding back wider adoption. Dr Mark Eller, Senior Vice President of Research and Development at Aria Pharmaceuticals, makes the case that to succeed, AI must be integrated as a partner alongside core…
For biomarker discovery efforts, primary cell assays, and patient-derived xenograft work, among others, access to fresh human surgical tissue is an essential component in obtaining reliable results.
The foundations for protecting human research subjects come from the ethical principles surrounding the Belmont report: Respect for persons, beneficence and justice.
The foundations for protecting human research subjects come from the ethical principles surrounding the Belmont report : Respect for persons, beneficence, and justice.
Unique considerations surrounding the bureaucracy and oversight in the use of human biospecimens in the European Union.
