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??T Cell Cancer Immunotherapy. Evidence-Based Perspectives for Clinical Translation. Breaking Tolerance to Anti-Cancer Cell-Mediated Immunotherapy

  • Book

  • June 2024
  • Elsevier Science and Technology
  • ID: 5894838

?d T Cell Cancer Immunotherapy: Evidence-Based Perspectives for Clinical Translation discusses the current pre-clinical and clinical ?d T cell landscape. The book not only focuses on the promises of what's to come, but also on the challenges faced by the field. Particular attention is given to summarizing recent advances on what is known about relevant areas of ?d T cell biology on summarizing the 'big picture' clinical situation, an up-to-date systematic clinical trial review covering autologous, allogeneic, engineered and non-engineered therapies, and perspectives on the types of cutting-edge gene-engineering that may be required to enhance the effect-size and durability of therapeutic efficacy. Content provides updated and comprehensive insights into the current state of ?d T cell immunotherapy, including discussions on the promise as well as challenges of the field that is of interest to existing translational ?d T cell specialists, the proliferating range of academic scientists and commercial scientists entering the field, as well as clinicians who may encounter ?d T cell immunotherapy in the clinic or are wishing to familiarize themselves with non-canonical lymphocyte immunotherapy.

Table of Contents

1. Overview of current knowledge on human ?d T cell biology 2. ?d T cells and tumors: a two-way interaction 3. ?d T cell 'exhaustion' as an area for therapeutic intervention 4. What is the evidence for ?d T cell suppression by tumors? 5. Synthetic engineering that is optimized for ?d T cells 6. Updated systematic review of ?d T cell clinical trial data 7. Allograft persistence: the next frontier for allogeneic ?d T cell therapy 8. Allogeneic a�T cells, NK cells and ?d T cells: one allogeneic immunotherapy to rule them all? 9. Where next for ?d T cell immunotherapy? A future Perspective

Authors

Marta Barisa University College London, Experimental Paediatric Oncology Research Group and Allogeneic Immunotherapy Research Group Zayed Centre for Research, Great Ormond Street Hospital, University College London Great Ormond Street Institute of Child Health, London, UK. Dr. Barisa is currently a Senior Fellow at University College London (UCL), specialising in experimental paediatric oncology, with a particular emphasis on allogeneic, gene-engineered ?dT cell immunotherapy for a range of solid tumour indications. In this capacity she works with two separate groups at UCL's Zayed Centre of Great Ormond St Hospital, London UK: the Experimental Paediatric Oncology Research Group and the Allogeneic Immunotherapy Research Group. Awarded this year, she is co-investigator on a UCL Technology Fund-supported �2.5million grant to advance late-stage pre-clinical development of a gene-engineered ?dT cell immunotherapy pipeline, among others. She has previously worked on a range of academic and commercial ?dT cell therapy product development pipelines that have resulted in numerous patent applications, covering ?dT cell expansion for clinical use, their transduction with novel lentiviral strategies and new types of efficacy constructs to boost killing of tumour targets.