Clinical research
Neonatal bone health
Bone health represents another cornerstone of our clinical research. We investigate the factors influencing bone development in newborns, aiming to establish baseline values for mineralization and bone mineral density across various newborn populations. These findings can offer critical insights into the potential risk of osteopenia and/or osteoporosis.
The role of the olfactory system in the study of neonatal neurodevelopment
Another central theme of our research is the study of the olfactory system in the infant with signs of asphyxia at birth., a unique window into neurodevelopment in infants. We analyze how the sense of smell may provide insight into neurobehavioral status and early brain connections, with the goal of using this knowledge to identify potential future markers of atypical development.
Monitoring of the autonomic nervous system in infants
We also devote considerable attention to the autonomic nervous system, exploring how it regulates vital functions in infants, including heart rate variability (HRV) and cortisol levels. Through analysis of various autonomic and neuroendocrine system indices, we seek to develop tools to monitor homeostasis and detect early signs of dysfunction, especially in infants subjected to ‘stressors’ during pregnancy, such as maternal hyperglycemia given by Gestational Diabetes Mellitus or with severe infections.
Biomarkers and neuroprotective strategies
Our clinical research is centered on key areas of neonatology, tackling critical challenges with cutting-edge approaches. One of our primary clinical research focuses is on biomarkers of oxidative stress, which serve as essential tools for the early detection of infants at risk of brain injury. Through these studies, we aim to develop innovative neuroprotective strategies and therapies to prevent or mitigate brain injuries, thereby enhancing long-term developmental outcomes.
Integrated clinical research for early intervention
Finally, through an integrated and multidisciplinary approach, we investigate the interactions between genetic, environmental, and clinical factors, striving to develop early and personalized interventions. Our mission is to translate these scientific discoveries into clinical practices that enhance neonatal care and foster healthy, harmonious growth.