The Cincinnati Center for Eosinophilic Disorders (CCED) is a leader in research for these often-misunderstood conditions. Our research spans all stages of therapeutic development.
Stages of Therapeutic Development (*Level of CCED Involvement)
Developing new treatments and cures is an involved process that requires significant time and investment, especially during the fundamental stages of basic research and discovery validation, which are a major priority of the CCED. The CCED has a critical role in this process, working tirelessly on each stage, and has already had a key role in the development of therapeutic strategies for eosinophilic disorders such as eosinophilic esophagitis (EoE) and hypereosinophilic syndrome (HES).
Blocking Interleukin 13: An Example of the CCED Difference
Basic research leads to new discoveries essential for developing novel, viable therapeutics to treat human disease. For instance, a new therapeutic strategy for the treatment of EoE, blocking interleukin-13 (IL-13) signaling, is now in phase II clinical trials. The current anti-IL-13 antibody-based drugs being tested by biopharmaceutical companies, such as Novartis QAX576 and Receptos RPC4046, can be attributed to the research discoveries made at the CCED over the past decade.
Research Discoveries from the CCED that Provided the Rationale for Anti-IL-13
In 2003, Rothenberg et al. determined that administration of IL-13 could induce experimental EoE in mice, indicating its key role in this barely characterized disease. In 2005, Rothenberg et al. demonstrated that blocking IL-13 could reduce esophageal eosinophilia in mice, providing proof-of-principle of the utility of blocking IL-13 for treating inflammatory disease and esophageal eosinophilia. In 2006, Rothenberg et al. identified the EoE molecular signature and in 2007 showed that IL-13 could partially induce this EoE molecular signature, as well as establishing the increased levels and importance of IL-13 in human EoE. In 2010, Rothenberg et al. established that EoE in mice had similar pathological characteristics and gene expression changes to EoE in humans and identified the involvement of the IL-13 receptor in the disease process.
Our subsequent partnership and discussion with pharmaceutical companies (e.g., Novartis, Receptos, and Regeneron) initiated the current anti-IL-13 clinical trials. All of these advancements in basic research and discovery were critical to the conception and development of blocking IL-13 as a therapeutic strategy for human EoE and would not have been possible without investment in fundamental research.
For research inquiries, contact the CCED at firstname.lastname@example.org.