Bladder Cancer Canada Now Accepting Research Grant Applications
Bladder Cancer Canada (BCC) is pleased to announce that we are now accepting applications for research grants specific to bladder cancer. We will fund two projects in the amount of $50,000 each with funds being distributed on or before September 1, 2020 and intended to be spent by September 1, 2021.
The purpose of this grant is to support the development of outstanding Canadian research scientists and clinical cancer research investigators who have demonstrated a commitment to improving the understanding and treatment of bladder cancer. Investigators may be working in basic, translational, clinical, epidemiologic, bioengineering or any other field, but must be working in a research environment capable of supporting transformational bladder cancer research.
BCC-Call for 2020 Research Applications
BCC Research Project – Application form (2020)
Completed applications must be submitted electronically no later than March 31, 2020* to:
Bladder Cancer Canada
Chair, Medical Research Board, Dr. Peter Black
c/o grants@bladdercancercanada.org
Incomplete or late applications will not be accepted.
Questions? grants@bladdercancercanada.org | 1-866-674-8889
Metastatic bladder cancer is a lethal and under-studied disease. Chemotherapy has historically been the most effective treatment for advanced bladder cancer, but long-term survival with this metastatic disease has been a rarity. Recently, new drugs including immunotherapies are showing significant promise, but only a certain portion of patients respond to these treatments. Currently, we have no reliable way of predicting who the positive responders will be.
human bladder tumor structures. They used different human bladder cancer cell lines as proof-of-principle and were able to show that these tumou rs can be kept alive for several weeks. They were also able to treat them with various chemotherapies and saw a regression in tumour size, suggesting usability of their 3D bioprinted bladder cancer model. They are collecting human tissue samples from bladder cancer patients and starting to grow tumours using this approach. Secondly, another method they established uses whole organ decellularization. In this 3D bladder cancer model, they are engineering bladder cancer models in a more complex environment. They successfully established a protocol for whole bladder decellularizaion and established re-seeding the same organ (scaffold) with human bladder cancer cell lines. They are treating them with several chemotherapy drugs to validate their 3D model. They foresee that the 3D bladder cancer models will potentially allow them to identify the most effective therapy for each patient, translating in the improvement of patient care and quality of life.