The 2019 Herd of Hope Team Science Research Award
How might the stress of a cancer diagnosis affect the health of our patients, their treatment outcomes and the well-being of caregivers? How can we help patients manage stress or counter its effects?
That’s what Christine Ambrosone, PhD, Betsy Repasky, PhD, Elizabeth Bouchard, PhD, and the rest of the team that received the 2019 Herd of Hope Team Science Award want to find out.
Herd of Hope brings the Western New York community together in pursuit of the next big cancer breakthrough. Individuals and companies can purchase a blue buffalo statue to display as a sign of their commitment to Roswell Park and to helping save lives through the kind of cutting-edge cancer research possible only at an NCI-designated comprehensive cancer center.
In late 2019, Roswell Park researchers competed for the $500,000 prize funding a project with the potential to impact the way we diagnose, prevent and treat cancer. Following a competitive review by a committee of scientific leaders, the project headed by Dr. Ambrosone was chosen for this community-driven grant.
“An Interdisciplinary Approach to Understanding How Stress Affects the Cancer-Immune Equilibrium and Patient Outcomes”
This study will comprise four projects investigating different aspects of the connection between stress and cancer. The researchers’ goal is a grant from the National Cancer Institute to establish a Center of Excellence in Stress Research at Roswell Park. This goal would not be possible without this initial funding from donors. The projects include:
- Investigating interactions between chronic stress, the way tumors develop, and the role of the immune system in survival outcomes.
- Examining whether feeling cold is a marker of adrenergic stress and immunosuppression and testing the potential link between sleep disturbance and adrenergic stress-mediated immunosuppression. (Adrenergic stress is any kind of stress that can activate the fight-or- flight response.)
- Exploring the roles of various stressors on cancer patients and their caregivers as well as how both adapt to stress.
- Evaluating the impact of exercise as a stress-reduction strategy, and examining whether physical activity changes biomarkers of adrenergic stress, immunosuppression and nervous system control.
“Our team is grateful to members of the WNY community for contributing to this award, which will allow us to build the capacity to conduct research studying how stressors can affect cancer growth and progression,” says Dr. Ambrosone. “Bringing together scientists from different disciplines, including immunology, cell stress, sociology, epidemiology and physical therapy, our team science approach will hopefully broaden our understanding of how stress can affect patient outcomes and, importantly, how we may intervene to reduce stress responses in patients.
“We believe that this ‘it takes a herd’ approach will allow us to develop psychological, behavioral, immunological and pharmacological strategies to reduce adrenergic stress and assess how these strategies affect patient outcomes and survivorship.”
The leaders of the 2019 Herd of Hope team science project are:
Christine Ambrosone, PhD, Roswell Park Alliance Foundation Endowed Chair in Cancer Prevention; Chair, Department of Cancer Prevention and Control
Elizabeth Repasky, PhD, the Dr. William Huebsch Professorship in Immunology, Department of Immunology
Elizabeth Bouchard, PhD, Department of Cancer Prevention and Control
Scott Abrams, PhD, Department of Immunology
Marina Antoch, PhD, Department of Pharmacology and Therapeutics
Kristopher Attwood, PhD, Department of Biostatistics and Bioinformatics, Co-Director, Biostatistics and Statistical Genomics Shared Resource
Rikki Cannioto, PhD, Department of Cancer Prevention and Control
Fangyi Gu, PhD, Department of Cancer Prevention and Control
Chi-Chen Hong, PhD, Department of Cancer Prevention and Control
Megan Pailler, PhD, Department of Psychosocial Oncology
Andrew Ray, PT, PhD, Department of Cancer Prevention and Control
Song Yao, PhD, Department of Cancer Prevention and Control