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Updated: May 31, 2026

Assessment and Evaluation of the High Risk Neonate: The NICU Network Neurobehavioral Scale
Published on: August 25, 2014
[Sensory system development and the physical environment of infants born very preterm]
1Service de Médecine et Réanimation Néonatale, Hôpital de Hautepierre, CHU Strasbourg, 28 Avenue Molière 67098 Strasbourg cedex, France. pierre.kuhn@chru-strasbourg.fr
Insights
Optimizing the hospital environment is crucial for premature infants. Adapting their surroundings supports sensory development and well-being, improving short-term outcomes in neonatal care.
Area of Science:
- Neonatal development and sensory processing.
- Environmental influences on infant well-being.
- Developmental psychology and pediatric care.
Context:
- Neonatal intensive care units (NICUs) present sensory environments vastly different from the womb.
- Premature infants have specific sensory expectations shaped antenatally.
- The hospital environment can negatively impact physiological and behavioral outcomes in vulnerable newborns.
Purpose:
- To highlight the critical role of the physical environment in neonatal development.
- To underscore the sensory discrepancies faced by premature infants.
- To emphasize the importance of environmental adaptation for infant survival and well-being.
Summary:
- Infant sensory systems develop through environmental interactions, crucial for development.
- Premature infants experience a mismatch between antenatal sensory expectations and the NICU environment.
- Environmental adaptation is a cornerstone of developmental care programs, improving infant outcomes.
Impact:
- Adapting the hospital environment is key to improving premature infant outcomes.
- Developmental care programs like NIDCAP demonstrate the benefits of environmental modification.
- Future advancements in technology and design can further enhance humane neonatal care and infant development.
Abstract:
The sensory systems develop in several sequences, with a process specific to each system and with a transnatal continuum. This development is based partly on interactions between the fetus and the newborn and their physical and human environments. These interactions are key drivers of the child development. The adaptation of the newborn's environment is crucial for his survival, his well-being and his development, especially if he is born prematurely. The physical environment of the hospital where immature infants are immersed differs greatly from the uterine environment from which they were extracted prematurely. There are discrepancies between their sensory expectations originating in the antenatal period and the atypical stimuli that newborns encounter in their postnatal nosocomial environment. These assertions are valid for all sensory modalities. Many studies have proven that very preterm infants are highly sensitive to this environment which can affect their physiological and behavioural well being. Moreover, it can alter their perception of important human sensory signals, particularly the ones coming from their mother. The long term impacts of this environment are more difficult to identify due to the multi-sensory nature of these stimuli and the multifactorial origin of the neurological disorders that these children may develop. However, the adaptation of their physical environment is one of the corner stones of specific developmental care programs, like the NIDCAP program that has been shown to be successful to improve their short and medium term outcomes. The architectural design, technical equipment and used health-care products, and the strategies and organizations of care are the main determinants of the physical environment of these children. Recommendations for the hospital environment, integrating a newborn's developmental perspective, have been made available. They should be applied more widely and should be completed. Technological equipment advances are also expected to allow better compliance to them. All these evolutions are completely in accordance with the concept of humane neonatal care.
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