A Growing Spine, a Lifelong Footprint: Rethinking Carbon and the Socioeconomic Exposome in Paediatric Spine Surgery

jpedsurg.org

The spine surgery community has recently been called upon to measure and mitigate the carbon footprint of its operations [1]. A recent study investigated this issue in the context of adult spine deformity surgery and proposed a scalable methodology for calculating the ecological footprint of other domains of spine surgery, potentially including services provided to children and adolescents [2]. However, children should not be treated as small adults, and similarly, research on the carbon footprint of paediatric spine surgery ought to go beyond replicating outcome measures and decarbonisation approaches applicable to adults.

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Article · Feb 2025 · 1 min read

In brief

This article examines the environmental impact of paediatric spine surgery, arguing that carbon footprint assessment in children requires distinct approaches beyond adult-focused methodologies. It explores the intersection of surgical sustainability and the socioeconomic exposome in pediatric populations.

Spine surgery community is being urged to measure and reduce the carbon footprint of surgical operations.
Existing carbon footprint methodology from adult spine surgery may not directly apply to pediatric populations.
Pediatric spine surgery requires distinct decarbonization approaches tailored to children's unique physiological and developmental needs.
Research on environmental impact of pediatric spine surgery should use age-appropriate outcome measures, not adult metrics.

Written by the GCMD Library team from the article.

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