基因组到治疗和开始新生儿基因组筛查:婴幼儿遗传疾病急性管理和新生儿筛查随访系统指南综述

Laurie Smith, Mary Willis, Annette Feigenbaum, Gunter Scharer, Rebecca Mardach, Christian Hansen, Stephen Kingsmore
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引用次数: 0

摘要

许多罕见的遗传病都有有效的干预措施;然而,如果不及时实施,这些情况可能发展为严重的发病率甚至死亡。对于大多数持续发展的疾病,仅靠快速的分子诊断不足以改善这些疾病的预后。一线医生往往不熟悉这些疾病及其治疗方法。此外,遗传学领域正在迅速扩大,新的条件以及新的干预措施正在被越来越多地描述。在这里,我们提出的发展和使用的两个链接的自动化系统开发,以帮助克服这一问题的回顾。第一种是GTR X(基因治疗),用于协助管理在新生儿或儿科重症监护病房发现患有公认遗传疾病的急性新生儿或儿童。随后,随着新生儿筛查的扩展,可能涉及到与当前基于分析物的新生儿筛查并行的下一代新生儿快速测序,我们开发了一个额外的系统BeginNGS,旨在与当前可用的ACTion (ACT)表格一起使用,该表格将处理推荐的确认测试和初始干预措施,特别是关注传统新生儿筛查不适合的情况。
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Genome-to-Treatment and Begin Newborn Genomic Screening: A Review of System Guides for the Acute Management and Newborn Screening Follow-up of Genetic Disorders in Infants and Children
Many rare genetic conditions have effective interventions; however, without timely implementation, these conditions can progress to severe morbidity and even mortality. For the most relentlessly progressive conditions, a rapid molecular diagnosis alone is not sufficient to improve outcomes in these conditions. Frontline physicians are frequently unfamiliar with many of these conditions and their treatments. Additionally, the field of genetics is rapidly expanding and new conditions along with new interventions are being increasingly described. Here we present a review of the development and use of two linked automated systems developed to help overcome this problem. The first, GTR X (gene to treatment) has been developed to assist with the management of the acutely ill neonate infant or child in the neonatal or pediatric intensive care unit found to have a recognized genetic disease. Subsequently with expansion of newborn screening to potentially involve rapid next generation sequencing of newborns in parallel with the current analyte based newborn screening, we have developed an additional system, BeginNGS, intended to be used with currently available ACTion (ACT) sheets that will address both recommended confirmatory testing and initial interventions, particularly focusing on conditions that are not amenable to conventional newborn screening.
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