TxCell Appoints Global Scientific Advisory Board
News Apr 01, 2016
TxCell SA personalized cell immunotherapies using T regulatory (Treg) cells to treat severe chronic inflammatory and autoimmune diseases, announces today the appointment of its new Scientific Advisory Board (“SAB”) and its primary responsibilities.
The SAB will be chaired by Professor Zelig Eshhar, from the Weizmann Institute of science in Rehovot and from the Tel Aviv Sourasky Medical Center in Israel. Professor Eshhar pioneered the CAR (Chimeric Antigen Receptor) approach. His achievements have been recognized by several international awards, including the CAR Pioneering award by the ATTACK European Consortium, the Teva and Massry prizes and, most recently, the Israel Prize in life sciences. Professor Eshhar was the first scientist to demonstrate the therapeutic potential of Chimeric Antigen Receptor-engineered Regulatory T (CAR-Treg) cells in models of intestinal inflammation in mice. He is also the inventor of a patent application protecting the use of CAR-Treg cells for the treatment of inflammatory diseases. The patent application is under exclusive licensing option to TxCell.
The first two other members of the SAB will be Professor Chiara Bonini from the San Raffaele Hospital in Milan, Italy, and Doctor Bernard Malissen from Marseille-Luminy Immunology Center (CIML) in Marseille, France. Both Prof. Bonini and Dr. Malissen are European leaders in the field of T cell immunology. Last month, Professor Chiara Bonini reported at the Annual Meeting of the American Association for the Advancement of Science (AAAS 2016) T-cell immunotherapy clinical results that created global headlines. Doctor Malissen is one of the pioneers in the field of molecular immunology in Europe and has received numerous international distinctions. He will notably bring to TxCell’s SAB his expertise in the receptor for the T lymphocyte antigen (TCR), and in antigen recognition and activation of T cells.
The fundamental purpose of the SAB will be to monitor the research and development of TxCell’s ASTrIA and ENTrIA platforms and to provide guidance where necessary. TxCell will also lever the extensive combined expertise of the SAB to further improve its knowledge of Treg cell biology and to further accelerate the development of TxCell’s existing and future drug-candidates.
“TxCell has managed to build an SAB that is unparalleled in the cell immunotherapy sector, and this matches and adds to its global leadership in the promising field of Treg cells,” said Arnaud Foussat, CSO of TxCell. “The fields of immunology, T-cell biology and chimeric antigen receptors are still emerging and developing. TxCell now has access to a knowledge and experience resource that will provide guidance to the development of our existing product pipeline. The SAB will also play a key role in helping TxCell to create novel and innovative cellular immunotherapy products to treat patients with severe auto-immune and inflammatory diseases refractory to available treatments.”
Computational Model Underlines Need for Personalised Approach to SepsisNews
A computational model of the human immune system has enabled researchers to explore the challenges of tackling sepsis.READ MORE
Allergies and Asthma Possibly Linked to Female HormonesNews
Fluctuations in female sex hormones could play a role in the development of allergies and asthma, a major review of evidence suggests. Analysis of studies involving more than 500,000 women highlights a link between asthma symptoms and key life changes such as puberty and menopause. Further investigation could help explain why asthma is more common in boys than girls in childhood, but more common in teenage girls and women following puberty.READ MORE