Neonatal Neuroprotection
Neonatal Neuroprotection focuses on safeguarding the developing brain during the most vulnerable period of life. Newborns, especially preterm and critically ill infants, face risks from hypoxia, ischemia, inflammation, infection, metabolic instability, and procedural stress. This session examines evidence-based strategies to prevent or mitigate injury through timely recognition, stabilisation, and integrated neuroprotective care.
Clinicians worldwide continue to seek an Neonatology Conference to stay updated on evolving neuro-monitoring technologies, therapeutic hypothermia protocols, pharmacologic neuroprotection trials, and long-term neurodevelopmental outcomes. In this session, participants will explore brain autoregulation, the impact of oxygen and CO? fluctuations, the role of inflammation, and the delicate physiology that shapes early neural connectivity.
A major theme is strengthening pediatric neuroprotection pathways that integrate standardised approaches for HIE, preterm brain injury, IVH prevention, seizures, and sedation minimisation. Case-based discussions highlight how positioning, ventilation strategies, hemodynamic stability, glucose control, and minimal handling all contribute to neuroprotective environments. Participants will also examine how to use amplitude-integrated EEG, cranial ultrasound, and MRI to guide clinical decisions and family counselling.
The session emphasises long-term considerations—developmental follow-up, early intervention referrals, parental mental health, and coordinated post-discharge planning. Attendees will explore global disparities in neuroprotective care and strategies that allow low-resource centres to adopt simplified, high-impact interventions. By the end, participants will feel confident applying neuroprotective principles to daily neonatal care.
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Submit Your Abstract Here →Core Themes in Neonatal Neuroprotection
Mechanisms of newborn brain injury
- Understanding how hypoxia, ischemia, infection, and inflammation disrupt neural development.
- Recognising risk patterns in preterm and term infants with unstable physiology.
Monitoring brain health in real time
- Using aEEG, ultrasound, and MRI to detect injury or seizures early.
- Interpreting neuro-monitoring trends to adjust supportive care.
Stabilising physiologic parameters
- Maintaining ventilation, perfusion, glucose, and temperature stability.
- Minimising painful stimuli and unnecessary handling.
Therapeutic interventions and timing
- Applying hypothermia for eligible infants and emerging pharmacologic therapies.
- Coordinating multidisciplinary involvement to optimise outcomes.
Practice Insights and Care Pathways
Designing neuroprotective NICU environments
Reducing sensory overload while enhancing bonding and skin-to-skin contact.
Integrating developmental care
Aligning neuroprotection with positioning, feeding, and sleep regulation.
Supporting families emotionally and practically
Communicating findings clearly and guiding long-term expectations.
Enhancing follow-up for at-risk infants
Ensuring developmental assessments and early intervention referrals.
Improving access in low-resource settings
Adopting simplified, cost-effective neuroprotective practices.
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Connect with leading pediatricians, neonatologists, child-health researchers, and multidisciplinary healthcare teams from around the world. Share clinical and translational research and gain practical insights into neonatal intensive care, child development, immunization, nutrition, and integrated strategies to improve outcomes for children.