Developing Drugs and Diagnostics to treat Bladder Cancer by bringing science from the research bench to patients

 

Aurora Oncology is dedicated to making advances in applying the discoveries made by its founders at the University of Colorado Cancer Center a reality for patients with targetable tumors

 
 
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EGF-toxin fusion protein

Our lead molecule is a modified EGF-diptheria toxin with 20 fold increased affinity for the EGF receptor often over expressed on cancer cells, particularly bladder cancer.

 
 
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EGF-targeted nanoparticles

We have developed multi-functional gold nanoparticles that can be used as theranostics to better visualize, then treat superficial bladder cancer.

Latest News

September, 2020 - Aurora Oncology selected by NIH to showcase technology at Bio

 

Competing with multiple other NIH funded recipients of SBIR funding, our company was selected to present its progress at the virtual 2020 Bio symposium

10/16/2018- Aurora Oncology selected by Stanford SPARK program to present at Bio

 

U of Colorado SPARK’s mentorship and funding program provides hands-on advising and funding to Stanford affiliates whose product proposals have been accepted for development. Our "SPARKees" benefit from world-class counsel from industry advisors and academic experts who work closely with them to provide the industry knowledge necessary to move their projects from bench to bedside.

8/28/2018- Aurora Oncology receives fast track funding to further the technology

 

The National Institutes of Health hereby awards a grant in the amount of $299,937 to AURORA ONCOLOGY, INC. in support of the EGF-DT project. 9/1/2020 - The National Institutes of Health hereby awards a grant in the amount of $1,000,745 in support of the above referenced project.

2013 - Aurora Oncology receives NIH Funding

 

After establishing the possibility of killing bladder cancer cells in cell culture with a fusion toxin, the company was awarded its first SBIR grant to carry the research forward into animal models to provide proof of principle for in vivo use.