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Oxytocin

Pitocin, Syntocinon

Quick Stats
Studies 93
Trials 100
Score 1
2025 pubmed

A study protocol exploring synchrony between mother infant and therapist during shared reading with preterm infants in a neonatal unit.

Laure. Boissel B; Xavier. Benarous B; Charlotte. Mariana M; Daphné. Scoury S; Pascal. Corde C; Cecile. Crovetto C; Guy. Kongolo K; Fabrice. Wallois W; Bonaiuto. James J; Rayson. Holly H; Sylvie. Viaux-Savelon VS; Marc. Guilé Jean GJ

Key Findings

  • Shared reading is hypothesized to boost physiological synchrony between mother and pre‑term infant
  • Post‑reading sessions are expected to raise oxytocin and vasopressin levels in both parties
  • Behavioral and psychological synchrony are measured through observer‑rated empathy and physiological data

Practical Outcomes

  • For most biohackers, the study offers little direct, actionable guidance. It hints that reading aloud may increase oxytocin, but the findings are specific to pre‑term infant care and not yet proven for adult health or performance optimization.

Summary

The study plans to see if reading aloud to pre‑term babies helps mothers and infants sync up better, and whether this raises oxytocin and vasopressin levels. It’s a small, hospital‑based trial with 20 babies and their moms, measuring hormones, heart rates, behavior, and feelings during reading versus no‑reading periods.

Abstract

Early parent-infant interactions are crucial for socio-emotional development; however, interventions to enhance these interactions in the context of prematurity remain underexplored. This study aims to explore the effects of shared reading on mother-preterm infant synchrony. A single-center pre-post study will be conducted at Amiens University Hospital, involving 20 preterm infants (at birth between 25 and 33 GW and at inclusion between 34 and 36 GW) and their mothers. Synchrony will be assessed at multiple levels-hormonal, physiological, behavioral, and psychological-during interactive and non-interactive periods. We hypothesize that shared reading sessions enhance physiological synchrony during interactive periods compared with non-interactive periods. Additionally, we expect post-intervention increases in oxytocin and vasopressin levels, with greater behavioral synchrony during reading sessions. Psychological synchrony will be determined through correlations between empathic moments identified by observers and increased physiological and behavioral synchrony. The findings could inform neonatal care practices, emphasizing the importance of early targeted interventions to enhance parent-infant bonding and improve developmental outcomes.

Study Information

Provider

pubmed

Year

2025

Date

2025-11-20T00:00:00.000Z

DOI

10.1038/s41598-025-20448-1

References

51