Pediatric resident knowledge, experience, comfort, and perceived competency in providing sibling psychosocial support

Bringing Together a Transdisciplinary Team to Create and Advance a Shared Vision for Research and Support for Siblings of Youth With Cancer

Background: Siblings of youth with cancer are at risk for psychosocial difficulties and report unmet needs. Supporting siblings is a psychosocial standard of care; however, many barriers prevent this standard from being fully achieved. Transdisciplinary team science has potential to generate novel, real-world solutions to complex research problems and can be beneficial to addressing sibling needs within pediatric hematology/oncology nursing. This process paper aims to present a guiding framework for transdisciplinary team science using the experiences of the Sibling Partnership for Advocacy, Research, and Care in Childhood Cancer (SPARCCC) as an exemplar. Methods: SPARCCC employed an established model of transdisciplinary team-based research, which consisted of four phases: development, consultation, implementation, and translation. This transdisciplinary team was comprised of international experts from a variety of disciplines, as well as siblings and families impacted by cancer. Results: SPARCCC held two summits, and team members developed ongoing collaborative efforts to advance advocacy, research, and support for siblings of youth with cancer. The team implemented the four phases of the transdisciplinary team-based framework and used an iterative process to build a shared perspective of the needs of siblings and take action. For instance, we completed a grant application, several manuscripts, and conference presentations to disseminate our findings and begin to advance a focused research agenda for sibling supportive care. Discussion: Transdisciplinary team science holds promise for tackling complex issues within pediatric hematology/oncology nursing research, particularly areas that are not well aligned with more traditional models and can be used to generate novel solutions.