Modulering av det neonatala adaptiva immunsystemet för att förhindra prematur encefalopati
|Koordinator||Göteborgs Universitet - Institutionen för neurovetenskap och fysiologi, sektionen för fysiologi|
|Bidrag från Vinnova||3 000 000 kronor|
|Projektets löptid||januari 2012 - december 2016|
|Utlysning||VINNMER Marie Curie international qualification, avtalsnr 229694|
|Ansökningsomgång||VINNMER Marie Curie international qualification 2011-10-04|
Syfte och mål
Among premature infants of very low birth weight, 5%10% of the surviving infants develop cerebral palsy and 25%50% develop defects in cognition, attention, behavior, and socialization related to neurodevelopmental impairment. The current collaboration between GU and Harvard Medical School seeks to understand how the adaptive immune system is involved in neonatal brain injury so as to identify strategies to prevent and treat brain injury in preterm newborns. The collaboration has strengthened perinatal brain injury research at GU and Swedish pediatric medicine in general.
Resultat och förväntade effekter
This project has used the combined strengths on brain research/immunology from the Perinatal Center at GU and Harvard Medical School to investigate the interactions between neonatal immunity and perinatal brain injury. The ultimate aim is to develop therapeutic strategies that will facilitate the treatment of preterm newborns that are at high risk of brain injury. These activities have assisted the project leader in developing skills as an independent research director and greatly promoted the project leader´s professional career development.
Upplägg och genomförande
The project has been conducted through collaborative projects in Boston and Gothenburg. Dr. Wang is working at the interface between perinatal brain injury and immunology, and Prof. Cantor has provided Dr. Wang with a unique genetically modified mouse line deficient in the recently identified intracellular form of osteopontin. The results of these projects have been disseminated through international conferences and scientific papers. To obtain support for the collaborative projects, they have obtained several grants, including a Bill and Melinda Gates Foundation grant.