Building Collaborative Competencies in Health Education: Highlights from UBC Health’s Integrated Curriculum 2024
Since its launch in 2016, the Integrated Curriculum at UBC Health has...
Improving diversity in health professional programs through mentorship, sleep disruption among night shift workers, Indigenous perspectives on aging in place, and better living after cancer—these are some of the topics that will be addressed by research projects which have been selected to receive a Health Innovation Funding Investment (HIFI) Award from UBC Health.
The 2023 HIFI Awards will enable 10 interdisciplinary health research teams to undertake innovative activities that have the potential to create change. Funded projects represent collaborations from different faculties across both Vancouver and Okanagan campuses.
The addition of a healthy aging stream this year, in partnership with the Edwin S.H. Leong Centre for Healthy Aging, is supporting seven of the teams to take an interdisciplinary approach to address health challenges related to aging.
Congratulations to all HIFI Award recipients.
D’HoPE aims to increase the number and success of applicants from equity-denied groups to UBC health professions programs by fostering their knowledge and helping them feel that they belong and their perspectives are needed to advance the professions. Ultimately, increasing diversity in health professions will improve client/patient outcomes and health equity.
This research project will produce: a peer-reviewed publication synthesizing knowledge globally regarding violence against healthcare workers; a peer-reviewed publication on stakeholder perspectives of violence against healthcare workers in Nigeria; and a virtual stakeholder meeting with key Nigerian stakeholders to discuss policy responses.
This study will be the first to use untargeted metabolomics to identify potential biomarkers that can predict heart transplant rejection, leading to more efficient, non-invasive, and cost-effective diagnosis and clinical management for heart transplant patients in North America. This health collaboration will generate important pilot data for future grant applications to continue this work.
This research project will establish a cross-faculty and cross-campus collaborative relationship that will drive novel research and training opportunities in the area of circadian disruption and healthy aging. The study aims to reveal valuable mechanistic insights and produce critical preliminary data with which to secure funding for future large-scale studies of preventative interventions.
This study will identify case-mixes of patients who have different cost trajectories (i.e., high, declining, increasing, etc.) to ascertain modifiable clinical factors that predict these trajectories. The interdisciplinary cross-campus research team will integrate patient experiences from its falls prevention patient partners to develop patient recommendations for targeting the modifiable factors.
This research project will combine genetics, statistical modelling, and medicine with patient engagement to develop a pre-treatment test which informs cancer patient risk of injury from radiotherapy. This project will act as pilot data for a Canadian Institutes of Health Research grant application to evaluate the pre-treatment test, to be used by patients and oncologists to reduce the incidence of debilitating complications, where no test exists, in a prospective clinical trial.
This research project will collaboratively create a preliminary tool to define and assess family and resident council effectiveness in long-term care homes in BC, disseminate findings, and increase exposure of family and resident councils through a student-led documentary. This will serve as a first step in establishing a systematic process for the inclusion of family and resident voices in long-term care policy development and implementation.
Working alongside Indigenous communities, the research team will co-create knowledge on what aging-in-place means to Indigenous older adults. From a developed survey, the team will generate a Canadian data network of the physical, emotional, spiritual, and cultural needs of older Indigenous adults for healthy aging. The project team will co-develop stakeholder and community reports to inform Indigenous needs for aging in place.
This research collaboration will: 1) develop novel protocols for the isolation and detection of conjunctival microbiome; and 2) produce pilot data on conjunctival-gut microbiome axis in age-related dry eye diseases. The pilot data will be used to support a Canadian Institutes of Health Research grant application on using ocular microbiome as a biomarker of dry eye diseases in the aging population to improve diagnosis and treatment strategies.
This research project will develop a virtual reality training program for Alzheimer’s caregivers to help prepare them for the challenges of caring for someone with the condition. The training will equip them with skills to handle different situations, reduce stress, and build confidence in their role as Alzheimer’s caregivers. In an effort to advocate for positive change, project results and recommendations will be shared with key stakeholders.
Posted June 14, 2023