Détails sur le projet
Description
This proposal describes the role of Columbia University as a Participating
Institution in a consortium whose primary long-term objective is to
improve the survival of patients with primary brain tumors. The Central
Nervous System Consortium is titled New Approaches to Brain Tumor Therapy
(NABTT) and includes seven participating institutions: Brown University,
Columbia University, The Cleveland Clinic, The Johns Hopkins University,
The Massachusetts General Hospital, Northwestern University and the
University of Pennsylvania. The NABTT Consortium will develop and perform
Phase I and Phase II clinical evaluations of promising new agents, novel
biological approaches and routes of administration in the treatment of
adults with primary CNS malignancies. The Consortium members will also
collaborate and share tumor specimens, clinical data, laboratory data and
expertise to conduct additional research into the basic biology of brain
tumors and improving the care and quality of life of individuals with
brain tumors. The NABTT Consortium will rely on the expertise of the Johns
Hopkins University to serve as the Consortium Headquarters and to provide
organizational support, biostatistical and data analysis, quality control
and study monitoring. The function of Columbia University within the
Consortium will be to conduct consortium-approved protocols on twenty or
more brain tumor patients per year, to participate in organizational
planning for the consortium and to collaborate on other related brain
tumor research projects. This proposal describes Columbia's resources and
capabilities in neur-oncology which will facilitate its participation in
this worthwhile cooperative agreement.
Statut | Terminé |
---|---|
Date de début/de fin réelle | 3/22/94 → 12/31/97 |
Financement
- National Cancer Institute
Keywords
- Investigación sobre el cáncer
- Oncología
Empreinte numérique
Explorer les sujets de recherche abordés dans ce projet. Ces étiquettes sont créées en fonction des prix/bourses sous-jacents. Ensemble, ils forment une empreinte numérique unique.