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Canine Cancer Precision Medicine: Genomic Landscapes and Actionability Horizons

On Demand

Course Overview

Cancer is a genetic disease. The genomics revolution of the past two decades has provided detailed maps of the underpinnings of many human cancers through the generation of hundreds of thousands of cancer genome sequences. These data are increasingly leveraged to guide development of new clinical diagnostics, prognostics, and targeted treatments that are improving outcomes for human cancer patients. The genomics revolution has now also crossed into veterinary oncology, particularly in pet dogs, where nearly two thousand cancer genomes have been sequenced and published in the past five years alone.

Although the path from mapping cancer genome landscapes to clinical translation is still under development, the oncoming flood of genomic data stands poised to transform veterinary oncology. We and others are charting the genomic landscapes of naturally occurring canine cancers in order to develop new clinical tools for veterinary oncology and to establish comparative settings in which clinical hypotheses can be rapidly tested across species. Here, we will review cancer's genetic basis across species, summarize the history of and recent developments in naturally occurring canine cancer genomics, and discuss implications of these emerging data for development of new clinical tools in veterinary oncology including opportunities and challenges in leveraging these data.

Learning Objectives

  • Understand cancer's complex genomic basis
  • Understand the current state of canine cancer genetics
  • Recognize the opportunities and challenges around applying canine cancer genomic research to clinical diagnostics

RACE Application Status

This module has been submitted and approved for 1.5 hours of continuing education credit in jurisdictions which recognize AAVSB RACE approval.

For additional questions, please contact us at Learning@ACVIM.org.

 

  

Presenter

William Hendricks, PhD

William Hendricks, PhD
Assistant Professor, Integrated Cancer Genomics
Translational Genomics Research Institute (TGen)
Phoenix, Arizona

 

Dr. William Hendricks is an Assistant Professor of Integrated Cancer Genomics and Director of Institutional Research Initiatives at the Translational Genomics Research Institute (TGen) in Phoenix, Arizona. Dr. Hendricks completed doctoral and postdoctoral training at Johns Hopkins School of Medicine in the laboratories of Drs. Kenneth Kinzler, Bert Vogelstein, and Nickolas Papadopoulos before joining TGen in 2013 to develop programs in canine and human cancer precision medicine alongside Dr. Jeffrey Trent. His laboratory focuses on mapping genomic landscapes of canine and human cancers to drive development of new treatments and diagnostics across species.

Sponsored by

 

Course Information

  • Date: Anytime
  • Duration: 90 Minutes
  • Location: Virtual
    • Audience: ACVIM, ECEIM, ECVIM-CA and ECVN Diplomates and candidates
    • Specialty: Oncology
    • Type: On Demand
    • CE Hours: 1.5

 

Cost

ACVIM Diplomates and candidates: $0

ECEIM, ECVIM-CA and ECVN Diplomates and candidates: $30 

Nonmembers: $50

 

 

 Already Registered?

On Demand courses are hosted in ACVIM’s online learning system ACVIM Online, powered by VetBloom.

ACVIM ONLINE 

Individual access has been provided to enrolled participants via email or  log in using your ACVIM.org username and password. You will be taken to your Learner Dashboard where any course you are enrolled in will show in the Current Learning section.

All ACVIM Oncology Diplomates and candidates have been automatically enrolled in each Science of Veterinary

Questions? Check out the ACVIM Online Instructional Guide  or contact  Learning@ACVIM.org

 

Series Overview

The ACVIM has developed ten (10) Science of Veterinary Oncology (SOVO) online courses that are currently available and complimentary for ACVIM members with four (4) more in development and coming soon. These modules offer foundational building blocks of core knowledge areas pertaining to veterinary oncology and were developed based on the Job Task Analysis review performed in 2016. All modules are led by industry experts and each module is RACE-approved. 

 

 

 

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