Michael Rebarchik

Abstract Click to copy section linkSection link copied! Enhancing intrinsic catalytic activity through material engineering remains a key objective in electrocatalysis research. To achieve this, constructing/assembling nanoscale core–shell structures has proven a particularly effective strategy, as it can simultaneously enhance catalytic activity and optimize atom utilization.

Over the past decade, major gaps have been identified in the ways that pediatric participants, and families experience pediatric research. Subsequently, the practice of engaging individuals with lived experience directly in the development and implementation of pediatric research has increased. For example, former patients and families have become directly involved as study co-investigators or collaborated with medical care teams to provide in-and out-patient support [1,2,3].