Lung cancer put Terry Morey’s sanguine nature to the ultimate test. So far, optimism is winning
In November 2013, a few days after Terry Morey started antibiotics for a persistent cough and cold, he bundled up for a brisk walk on his Cochrane acreage. He returned home a few minutes later gasping for air and assuming his breathlessness was due to either the cold weather or, perhaps, a side effect of the medication.
“My doctor took another listen to my chest,” says Morey, a non-smoker who, at the time, had recently retired from corporate work in the oil industry. “He said, ‘I don’t get it — there’s no rattling in your chest.’” Morey was promptly sent for an X-ray and, the next day, had two litres of fluid drained off his lungs. Three days after that, he was told the biopsy of that fluid showed it was cancerous. He had Stage 4 lung cancer.
“You know how it was for me?” recalls Morey, a world-class joker and grandfather of six. “I said, ‘This isn’t happening to me! But, well, if it is — hell, I’m gonna beat it.’”
I said, ‘This isn’t happening to me! But, well, if it is — hell, I’m gonna beat it.’
Terry Morey, cancer survivor
He admits he didn’t immediately “grasp the severity” of the diagnosis, even when told that, without treatment, he’d only have six months to live and possibly up to 18 months with chemotherapy. “It didn’t sink in that I might die of cancer in the short term — I’m an upbeat guy.”
Chemotherapy, however, has a way of knocking the cheer out of even a pathological optimist. “I spent February 2014 wrapped in a blanket in front of my TV, watching the Olympics — that, plus a lot of support from family and friends, is how I got through it.”
Things looked up for a while until, four months later, the tumours started to grow again. That’s when he was tested to see if he was a candidate for precision medicine treatment.
Precision medicine is an approach to patient care based on genetic understanding of their particular disease; using genomics and big data analytics, doctors can ‘personalize’ treatment for better outcomes. At UCalgary and around the world, precision oncologists are finding new methods to prolong life and treat cancer more effectively.
Dr. Gwyn Bebb, MD, PhD, is a medical oncologist with the Arnie Charbonneau Cancer Institute at the Cumming School of Medicine. He describes precision medicine, in its simplest terms, as: “The right drug to the right patient.” Dr. Bebb says that, while Terry didn’t start out as a candidate for precision medicine (because there wasn’t sufficient material in his original biopsy to check for biomarkers), a bronchoscopy did ultimately reveal that he had the biomarker for a gene associated with some forms of cancer. Armed with this information, Dr. Bebb was able to develop a precision treatment program for him.
In the spring of 2020, Terry started on his second type of targeted drug treatment. For more than four years, his CT scans have shown regression in the tumours’ size. While it’s almost inevitable that the cancer will eventually develop resistance to his current medication, for now, Terry — who has long since exceeded his original six-to-18-month prognosis — is as sunny as he ever was.
What Giving Gives Me
My grandpa has lung cancer and so, on my birthday, I asked friends to give money rather than gifts. I raised $400 to help doctors figure out how to defeat cancer. I felt good doing that. Last year, I collected bottles to raise money. I want my poppa to stay with us for a long time.
Cade Morey, 11
Inspired to help his grandfather, Cade raised $400 to contribute to cancer research
Scholarships and bursaries give students both the financial means and confidence to reach their full potential — students like Carolina Romeo, who went from being UCalgary’s youngest-ever student-athlete to a leader in Canada’s energy sector
UCalgary’s innovation ecosystem is helping grow and diversify the economy by commercializing new tech — like Dr. Dylan Pillai’s rapid COVID-19 test, which has the potential to improve health outcomes in populations around the world.