معرفی
Cristine Sortica da Costa serves as Consultant Neonatologist and Clinical Research Fellow in Neonatal Neurosciences at the University of Cambridge's Department of Obstetrics & Gynaecology, with clinical affiliation at Cambridge University Hospitals NHS Foundation Trust. Her work bridges clinical neonatal care and advanced neuroscience research.
Her academic credentials include:
- PhD in Neonatal Neuroscience, University of Cambridge (2012-ongoing)
- Clinical Fellowship in Neonatal Medicine, Cambridge University Hospitals (2009-2012)
- Neonatology Specialty Board Certification, Brazilian Medical Association (2009)
- Paediatrics Specialty Board Certification, Brazilian Medical Association (2008)
- Doctor of Medicine, Universidade Federal do Rio Grande do Sul (2004)
Dr. da Costa's research pioneers non-invasive monitoring techniques for neonatal cerebrovascular function, specializing in near-infrared spectroscopy (NIRS) and functional echocardiography applications. Her investigations target cerebrovascular reactivity, cardiac performance, and neuroprotective strategies in preterm infants, with direct clinical implications for improving neurocritical and developmental outcomes in high-risk newborns. Current projects focus on translating hemodynamic monitoring into actionable clinical protocols.
Publication analysis reveals evolving expertise from foundational teratology studies (2001-2002) to contemporary neonatal neuroscience, with recent work (2015) critically evaluating NIRS utility in preterm care. Her output demonstrates consistent focus on physiological monitoring, brain injury prevention, and developmental impacts of perinatal conditions like sepsis and diabetes.
Her scientific recognition includes:
- Cambridge Trust and CAPES Fellowship (2012-2016)
Supported by major fellowship funding, Dr. da Costa leads translational research within Cambridge's neonatal neuroscience ecosystem. Though formal advisees aren't documented, her Clinical Research Fellow role involves mentoring junior researchers. She actively contributes to the neoLab research collective, developing innovative monitoring paradigms for neonatal intensive care units with emphasis on cerebral oxygenation dynamics and cardiac-neurological interactions.
