Tag archives: american board of medical genetics

Paw Print Genetics Leads the Pack for Standards and Guidelines for Canine Clinical Genetic Laboratories

Paw Print Genetics Leads the Pack for Standards and Guidelines for Canine Clinical Genetic Laboratories

When Paw Print Genetics (PPG) started our laboratory in 2012, we entered a rather mature market place with other canine genetic testing laboratories well established, some for over 20 years. However, we were shocked and disappointed to learn that there were no quality standards or guidelines in place for these laboratories to follow. As such, each lab was “doing their own thing” and it was very difficult for the breeder or dog owner to discern which laboratory was providing quality genetic testing that was accurate and could be trusted in their breeding program.

The founders of Paw Print Genetics, Lisa G. Shaffer, PhD, FACMG, CEO, Blake C. Ballif, PhD, Director of Operations, and Kyle Sundin, Senior Manager, Development and Laboratory Operations, worked together prior to starting PPG in a human genetics diagnostic laboratory. Human clinical genetics laboratories follow the Standards and Guidelines set forth by the American College of Medical Genetics and Genomics (ACMGG). Because there were no standards in canine testing and our founders were used to working under the guidance of the ACMGG, we set up our laboratory, protocols, policies and procedures as if PPG was a human genetics diagnostic laboratory. As such, every gene mutation has been ...

Paw Print Genetics - Setting the Bar for Standards in Canine Genetic Testing

Paw Print Genetics - Setting the Bar for Standards in Canine Genetic Testing

Paw Print Genetics is special and I am not just saying that because I am the CEO. There is no other canine genetics laboratory like PPG. Seriously!  Paw Print Genetics is the only laboratory that has implemented human-based testing standards. What does this mean?  It means that PPG tests each mutation region twice with two different methods to ensure the highest accuracy possible. No laboratory can boast 100% accuracy, but PPG achieves 99.9% accuracy each and every day. This means that you can trust your results and use them confidently in your breeding program. In addition, PPG employs both PhD Geneticists and licensed Veterinarians on staff, in our offices, that oversee the testing and report the results. You can also call and speak to them if you have any questions or concerns. Finally, I am the only board certified geneticist in the canine field; I am board certified by the American Board of Medical Genetics. These three aspects - the 'double check testing', having geneticists and veterinarians on staff, and having a board certified geneticist on staff - are equivalent to the requirements found in human genetic testing laboratories.

In addition to our high testing standards and customer access ...

No Dogs Allowed: Quality Testing Guarantee

No Dogs Allowed: Quality Testing Guarantee

Have you ever wondered what goes on in a genetic testing laboratory? What kinds of measures are taken to guarantee quality testing? For example, does the laboratory that you use have what is pictured - a clean room? What is a clean room and why should they have one? And why can’t you bring your dog directly to the laboratory for swabbing?

Paw Print Genetics has received a lot of questions about our testing quality and accuracy – and we love it! Ask away! We like to talk about our lab and the careful approach we take to testing to ensure that your results are reliable and accurate. Otherwise, what’s the point?

A genetic testing lab must have accurate and reliable results. They should have performed validation studies for each of the diseases and mutations that they offer. Does your testing lab provide you with the test’s sensitivity and specificity for the diseases you are concerned about? Have you asked for this?

During our validation studies, we assessed eight performance criteria for each test: accuracy, precision, analytical specificity, analytical sensitivity, detection limits, reportable ranges, reference intervals and robustness. For example, accuracy refers to getting the right results; whereas, precision refers to ...