Repair after Neonatal Brain Injury

新生儿脑损伤后的修复

基本信息

批准号：
9198886
负责人：
Patrick Sean McQuillen
金额：
$ 111.29万
依托单位：
UNIVERSITY OF CALIFORNIA, SAN FRANCISCO
依托单位国家：
美国
项目类别：
财政年份：
2014
资助国家：
美国
起止时间：
2014-01-01 至 2018-12-31
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/9198886
关键词：
10 year old Adjuvant Therapy Affect Age Animals Apoptotic Area Basal Ganglia Biometry Birth Brain Brain Injuries Cell Death Cell Death Process Cells Child Chronic Clinical Data Development Diffusion Magnetic Resonance Imaging Disease Energy Metabolism Ensure Erythropoietin Event Evolution Failure Grant Hour Human Hybrids Hypoxia Image Imaging Techniques Impairment Incidence Infant Infection Inflammation Injury Intervention Investigation Ischemia Length Life Magnetic Resonance Magnetic Resonance Imaging Metabolic Metabolism Methods Monitor Natural regeneration Necrosis Neonatal Neonatal Brain Injury Nerve Regeneration Neurons Newborn Infant Outcome Patients Pattern Perinatal Phase Population Premature Birth Premature Infant Prevalence Process Recovery Research Personnel Rodent Scanning Services Severities Spin Labels Standardization Study Subject Term Birth Testing Therapeutic Therapeutic Effect Time Training Treatment Effectiveness Visit White Matter Disease basal ganglia injury brain repair cell injury cohort congenital heart disorder connectome data management follow-up functional outcomes high risk high risk population human imaging improved outcome intervention effect metabolic imaging natural hypothermia neonatal brain neonatal injury neonate neurobehavior neurobehavioral test novel therapeutics perfusion imaging programs public health relevance repaired response response to injury serial imaging white matter

项目摘要

DESCRIPTION (provided by applicant): This grant proposes to study both structural and functional correlates of brain developmental maturation and network organization using advanced imaging techniques in our human populations and similar correlates in newborn rodents with a focus on defining basic mechanisms of repair. The grant will encompass three projects and two cores: Project I) repair after ischemic injury in the term newborn - using both structural and metabolic serial imaging to evaluate how the injuries have altered the brain, its response to injury in the perinatal period, and how structural connectivity relates to neurodevelopmental outcome. This cohort will include babies treated with hypothermia. Project II) repair in high risk newborns with congenital heart disease- there is delayed brain development in this high risk population. Using structural and metabolic imaging, we will determine whether this disorder of development is associated with abnormalities in brain connectivity and functional outcome. Project III) repair after early preterm birth - our data show many preterm infants to have abnormalities of cerebellar maturation, abnormalities of white matter development or progressive white matter disease with infection. Using structural and metabolic imaging, we will determine whether altered patterns of connectivity are consistent or variable, whether recovery from these insults is possible and whether connectivity is permanently or transiently disrupted by these early ex-utero life events. There is an administrative Core for data management including biostatistical support, budgetary oversight, training and seminars. The Imaging and Neurobehavior Core (Services Core) will support the three human imaging projects by ensuring standardization of methods and tracking of imaging acquisition at the various testing time points. In addition, this Core will provide Neurobehavioral testing at all of the follow-up visits, and will be responsible for tracking patients for all projets.

描述（由申请人提供）：该资助计划使用先进的成像技术研究人类大脑发育成熟和网络组织的结构和功能相关性，以及新生啮齿动物的类似相关性，重点是确定基本的修复机制。该赠款将包括三个项目和两个核心：项目 I）足月新生儿缺血性损伤后的修复 - 使用结构和代谢系列成像来评估损伤如何改变大脑、其对围产期损伤的反应以及如何改变大脑。结构连接与神经发育结果有关。该队列将包括接受低温治疗的婴儿。项目II）修复患有先天性心脏病的高危新生儿——该高危人群的大脑发育迟缓。使用结构和代谢成像，我们将确定这种发育障碍是否与大脑连接和功能结果异常有关。项目III）早期早产后的修复——我们的数据显示许多早产儿存在小脑成熟异常、白质发育异常或感染引起的进行性白质疾病。使用结构和代谢成像，我们将确定改变的连接模式是一致的还是可变的，是否有可能从这些损伤中恢复，以及连接是否被这些早期的子宫外生命事件永久或短暂地破坏。数据管理有一个行政核心，包括生物统计支持、预算监督、培训和研讨会。成像和神经行为核心（服务核心）将通过确保方法标准化和跟踪各个测试时间点的成像采集来支持三个人体成像项目。此外，该核心将提供神经行为在所有随访中进行测试，并将负责跟踪所有项目的患者。