Canine Lymphoma Trial Image
Anivive Lifesciences
Anivive Lifesciences
Oncology
Interventional
11 Locations
Anivive Lifesciences

Canine Lymphoma

Anivive Lifesciences
Anivive Lifesciences
Oncology
Interventional
11 Locations

Lymphoma is one of the most commonly encountered cancers in the dog. The incidence of canine lymphoma has steadily increased with approximately 84 per 10,000 dogs diagnosed each year. This randomized, double-masked, placebo-controlled, GCP pivotal field study is evaluating the effectiveness and safety of verdinexor for the treatment of naïve or first relapse stages II, III and IV lymphoma in client owned dogs. Diagnosis of lymphoma must be confirmed by cytology or biopsy for the dog to be eligible for this study. Dogs will be randomized to receive the investigational veterinary product or a placebo treatment (tablets) to be administered with food twice weekly at least 72 hours apart for 8 weeks. After receiving treatment in-hospital on Day 0, the dog will be required to return to the study site on Days 7, 14, 28, 42, and 56 for follow up evaluation visits. Owners will be required to report and record abnormal daily observations and dosing using a phone app at home throughout the study.

About Lymphoma

Background

Canine lymphomas are a diverse group of cancers, and are among the most common cancers diagnosed in dogs collectively representing approximately 7-14% of all diagnoses. There are over 30 described types of canine lymphoma, and these cancers vary tremendously in their behavior. Some progress rapidly and are acutely life-threatening without treatment, while others progress very slowly and are managed as chronic, indolent diseases. Lymphomas may affect any organ in the body, but most commonly originate in lymph nodes, before spreading to other organs such as the spleen, liver, and bone marrow.

Causes

Unfortunately, the cause of lymphoma in dogs is not known. Although several possible causes such as viruses, bacteria, chemical exposure, and physical factors such as strong magnetic fields have been investigated, the cause of this cancer remains obscure. Suppression of the immune system is a known risk factor for the development of lymphoma in humans. Evidence for this includes increased rates of lymphoma in humans infected with the HIV virus or are on immune-suppressing drugs following organ transplantation surgery. However, the link between immune suppression and lymphoma in dogs is not clearly established.

Diagnosis

The best way to diagnose lymphoma is to perform a biopsy. A biopsy is a minor surgical procedure to remove a piece of lymph node or other organ affected by cancer. The most common methods for lymph node biopsy are Tru-cut needle biopsy, incisional wedge biopsy, or removal of an entire lymph node (excisional biopsy). The larger the biopsy sample, the better the chance for an accurate diagnosis of lymphoma. In addition to biopsy, several staging tests are also performed for dogs with lymphoma. The purpose of the staging tests is to determine how far the lymphoma has spread throughout your dog’s body. In general, the more places the lymphoma has spread to, the poorer the dog’s prognosis. However, dogs with very advanced lymphoma can still be treated and experience cancer remission (see more on treatment below). Staging tests also help us assess whether your dog has any other conditions that may affect treatment decisions or overall prognosis. The staging tests we typically recommend include blood tests, a  urinalysis, x-rays of the chest and abdomen, an abdominal sonogram, and a bone marrow aspirate. Organs that appear abnormal on sonogram can be sampled with a small needle (fine needle aspirate) to confirm the presence of lymphoma.

Treatment

No preventative measures are currently available but it is recommended that breeds at a higher risk of developing lymphoma being screened by their veterinarian on a regular basis in an attempt to identify the disease at the earliest stage possible.

The most effective therapy for most types of canine lymphoma is chemotherapy. In some cases, surgery or radiation therapy may also be recommended. There are numerous chemotherapy treatment protocols for dogs with multicentric lymphoma. As discussed below, most dogs with lymphoma experience remission of their cancer following treatment, and side effects are usually not severe. Currently, the protocols that achieve the highest rates of remission and longest overall survival times involve combinations of drugs given over several weeks to months. The median length of survival of dogs with multicentric lymphoma treated with UW-25 chemotherapy is between 9-13 months. (The term “median” implies that 50% of dogs will survive beyond this time point and 50% of treated dogs will die before this time point.) Various other factors, such the type of lymphoma your dog has or its stage of disease, may affect your dog’s overall prognosis.

Compensation

You may be eligible to receive a $3,500 credit applied to your account at the clinical study site, additionally funding for the study includes:

  • Initial Study Screening

  • Scheduled Study Lab Work

  • Recheck visits and Exams

  • Managment of side effects


If your dog enrolls in the study and you are able to comply with all study requirements, a $3,500 credit will be applied to your account at the clinical study site to be used towards further medical care once your dog is off the study.

Additionally this study is fully funded. Funding includes the initial study screening, the study treatment and administration, scheduled study lab work, recheck visits and exams, and management of side effects that are thought to be directly related to participation in the study.



Schedule

Schedule:

  • Day 0: In-hospital treatment

  • Bi-weekly evaluation visits at study site


After receiving treatment in-hospital on Day 0, the dog will be required to return to the study site on Days 7, 14, 28, 42, and 56 for follow up evaluation visits.



Location

1. VCA Animal Diagnostic Clinic

4444 Trinity Mills Rd, Dallas, TX 75287

972-267-8300

2. Manley Animal Hospital

3812 SE Adams Rd, Bartlesville, OK 74006

(918) 333-7286

3. East Lincoln Animal Hospital

7555 NC 73 Hwy, Denver, NC 28037

(704) 827-5300

4. MedVet Akron

1321 Centerview Cir, Akron, OH 44321

330.665.4996

5. MedVet Salt Lake City

331 W Bearcat Dr, South Salt Lake, UT 84115

385-341-4444

6. Franklin Animal Clinic

2990 N Morton St, Franklin, IN 46131

317-736-9246

7. University of Wisconsin-Madison School of Veterinary Medicine

2015 Linden Dr, Madison, WI 53706

608-890-0422

8. Cummings School of Veterinary Medicine Tufts University

200 Westboro Rd, North Grafton, MA 01536

508-887-4441

9. PVSEC North Hills

807 Camp Horne Rd, Pittsburgh, PA 15237

412-366-3400

10. University of Georgia

2200 College Station Rd, Athens, GA 30605

706-296-7818

11. Metropolitan Veterinary Hospital - Cleveland East

734 Alpha Dr, Highland Heights, OH 44143

440-673-3483

Study Team

David Bruyette

David Bruyette

Chief Medical Officer, DVM, DACVIM

Dr. David Bruyette received his Doctor of Veterinary Medicine degree from the University of Missouri. Subsequently, he completed an internship at Purdue University and residency in internal medicine at the University of California-Davis. He was a staff internist at the West Los Angeles Veterinary Medical Group and a member of the Department of Comparative Medicine at Stanford University. Dr. Bruyette was an Assistant Professor and Head of Internal Medicine at Kansas State University and Director of the Analytical Chemistry Laboratory at Kansas State. He was most recently, Medical Director of the VCA West Los Angeles Animal Hospital, one of the largest 24-hour emergency/specialty practices in the country. Dr. Bruyette is a diplomate of the American College of Veterinary Internal Medicine and a member of the Endocrine Society.