Employee Voices

When Cancer Research Becomes Personal

After her six-year-old son was diagnosed with a rare genetic condition, Michelle Myers saw the effects of her research skills firsthand.

Michelle Myers knows the value of data—especially when it comes to finding answers to some of the toughest cases in oncology.

“As a healthcare data scientist, I look for truth in numbers,” says Michelle, who is vice president of Life Sciences Partnerships at Ontada, a McKesson business focused on oncology technology and insights to support innovation, acceleration and evidence generation to transform the fight against cancer. Her role entails using real-world data to help life sciences customers expedite new therapies to market and vastly improve patient outcomes.

Michelle Myers

Michelle Myers

“Sometimes it isn’t easy to see, but between research, analytics, and structured thinking, I believe that generating and analyzing data can unlock new truths that will improve the lives of patients and our understanding of diseases.”

So when Michelle’s six-year-old son, Ollie, was diagnosed with a genetic condition so rare that it doesn’t even have a name, she was able to help not only as a parent, but also as a scientist.

An ultra-rare condition

Ollie’s condition stems from a gene mutation that inhibits his proteasomes, affecting his development and ability to speak. Michelle, who has spent her career working on novel drugs for specific conditions, is familiar with proteasome inhibitors as treatments for multiple myeloma. She observed that Ollie’s condition seemed related to the proteasome inhibitor drugs.

Consequently, she also knew that further research on these drugs was a good place to start when it came to learning more about Ollie’s condition. After a persistent search for more answers, she eventually found the name of the researcher responsible for developing the first proteasome inhibitors that are widely used today.

After she and her husband requested to meet him to discuss their son’s case, he and his team at Harvard Medical School agreed to work with them to research Ollie’s condition and better understand how his mutation would affect his cells, his development, and his future. In addition to the research protocol Michelle and the Harvard team have created so far, she hopes that their research will aid numerous other conditions.

“To all of you out there with a family member or loved one with a rare condition, I understand your journey,” she says. “Helping to improve patients’ lives starts with research. Research leads to data, which leads to insights, which leads to treatments.”

And that, she says, is the essence of why the work Ontada is doing today is so important.

Ollie

Ollie at the playground

“Ollie’s story is a real-world example of how we can drive new levels of transparency into diseases that, ultimately, can lead to healthier patients and better outcomes,” Michelle says. “This aligns with our mission at Ontada to use our real-world data to answer the tough questions, which will lead to improved experiences for those fighting cancer. I’m proud to work at a company that puts patients first.”

To learn more about Michelle’s research effort into Ollie’s condition, read her blog on Ontada.com.

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