The CBTC has opened a clinical trial in canine meningioma. Funding for the clinical trial has been generously provided by the American Kennel Club-Canine Health Foundation. We are evaluating Procaspase-3 Activator (PAC-1) in combination with Hydroxyurea for the treatment of canine meningioma. The trial is being led by Dr. Timothy Fan, and is open for recruitment at University of Pennsylvania and Virginia-Maryland Medical College. Dogs enrolled on study will also come to the National Cancer Institute to receive advanced imaging as part of the study.
Additional trial concepts are currently in development.
Sponsor: AKC-Canine Health Foundation
Study Numbers: 6-8 dogs anticipated
- Prior MRI with a diagnosis of meningioma
- Informed owner consent
- No prior radiation or chemotherapy
Status: Currently enrolling cases
Dogs and humans are the only species in which primary brain tumors are common. In dogs, a type of malignant tumor called a glioma has a particularly poor prognosis, and there is no cure for it. In this clinical trial, we are testing the safety and effectiveness of molecularly targeted cytotoxins, which are chemotherapeutic drugs, delivered directly to the patient's brain tumor. The drugs used in this trial are designed to affect only cancerous cells, and not normal brain tissue.
Sponsor: National Institutes of Health
- Dogs of any age, breed, or sex > 3 and < 45 kg body weight
- Clinical signs of mild to moderate neurologic dysfunction referable to the brain
- MRI evidence of a single telencephalic intra-axial mass lesion consistent with a glioma
- No clinical or other diagnostic evidence of other significant systemic disease
MRI Consensus Document
The CBTC has published a MRI Consensus document in an effort to develop consensus recommendations for a standardized brain tumor imaging protocol for clinical trials using the canine model, such that: 1) multi-institutional studies can be performed with minimal inter-institutional variation, and 2) imaging protocols are consistent with human consensus recommendations to permit reliable translation to human clinical trials.
This effort is led by Dr. Rebecca Packer