At Ambry, we’re continuing our track record of scientific innovation and discoveries with our latest hereditary cancer testing menu enhancements and reporting updates—powered by Ambry Classifi®. Our peer-reviewed, published gene-disease validity (GDV) scheme enables the enhanced assessment and characterization of RPS20 for colorectal…
A conversation with Arlene Jacobs, MD, Plano Women’s HealthcareCaitlin Reid, CGC: Dr. Jacobs, you’ve been passionate about screening your patients for hereditary cancer. Can you tell us why you use hereditary cancer risk assessment in your OB/GYN practice? Arlene Jacobs, MD: Many of my patients see me not only as their OB/GYN, but…
Identifying individuals at increased cancer risk is crucial for prevention and early cancer diagnosis. Integrating a risk assessment tool into imaging centers supports proactive cancer risk management by combining risk evaluation with immediate diagnostic capabilities. A retrospective study was conducted across 15 Midstate Radiology Associates…
Navigating the complex world of genetic testing can be daunting, especially with the rapidly evolving landscape of hereditary cancer testing. For healthcare providers, choosing the right hereditary cancer test and laboratory is crucial to offer the best care for their patients. The Evolution of Hereditary Cancer Testing Genetic testing was…
My favorite thing about my role as a Genomic Science Liaison (GSL) at Ambry is that I get to apply my training in genetic counseling and experience working in an oncology clinic to conversations with healthcare providers about genetic testing and technology, helping them make the most informed decisions for their patients. In this blog, I have…
In the fast-moving world of genetic testing, designing and updating a hereditary cancer portfolio and each test it includes is a balancing act. It’s about making sure we include genes that matter clinically while steering clear of those with uncertain links to cancer. At Ambry, we’ve perfected this balancing act by sticking to a process rooted…
Hereditary cancer testing has changed dramatically over the past decade, reshaping how healthcare professionals diagnose and manage genetic risks. Initially, testing focused on specific genes like BRCA1 and BRCA2, linked to breast and ovarian cancers. These gene tests were quite limited, only looking at a small set of mutations…
A Brief History of APC The APC pathway was discovered in 1982 (more than 40 years ago!). APC is a tumor suppressor gene, meaning it helps the cell division process happen in a controlled way, which helps prevent tumor development. In 1991, Kinzler and Vogelstein discovered that pathogenic variants in the APC gene are…
One in every eight women will develop breast cancer in her lifetime.1 Considering there are 167.5 million women currently living in the United States,2 on a population level, that is a large number of women who will develop breast cancer. The vast majority of breast cancer cases are due to a combination of factors including, but not limited to:…
Kaitlin Stokes is a genetic counselor at Houston Methodist West in Houston, TX. She sees patients with personal or family histories of cancer that may be due to an underlying hereditary cause. We recently connected with Kaitlin about her role, and she shared, “I love what I do because I feel like I’m helping people. I’m giving them control…