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电子临床实验室报告作为纽约州先天性畸形登记处报告的染色体异常的确定和确认来源。

Electronic clinical laboratory reports as a source for ascertaining and confirming chromosomal anomalies reported to the New York State Congenital Malformations Registry.

机构信息

The Congenital Malformations Registry, Bureau of Environmental and Occupational Epidemiology, Center for Environmental Health, New York State Department of Health, Albany 12237, USA.

出版信息

J Public Health Manag Pract. 2013 Mar-Apr;19(2):E17-24. doi: 10.1097/PHH.0b013e31825739e7.

Abstract

CONTEXT

Hospitals and physicians are required to submit case reports with confirmatory diagnosis information to the New York State Congenital Malformations Registry (CMR) on children who are born or reside in New York State and are diagnosed with major birth defects. However, the majority of the cases with chromosomal anomalies indicated in the hospital discharge files are reported to the CMR without confirmatory testing data, which are usually not available at the time of reporting.

OBJECTIVE

To link the cytogenetic test reports, submitted by cytogenetic testing laboratories via Electronic Clinical Laboratory Reporting System (ECLRS), to the CMR cases in order to obtain confirmatory diagnoses and identify unreported cases with chromosomal anomalies.

DESIGN

: Cytogenetic testing data, submitted by the New York State licensed laboratories, that are stored on the ECLRS Sybase server were retrieved and matched to the CMR cases. The laboratory testing results were used to confirm diagnoses of the CMR cases for matched reports and to ascertain new birth defects cases by auditing hospitals and physicians using unmatched reports with abnormal testing results.

RESULTS

By the end of 2010, a total of 927 reports on 747 children were submitted to the CMR by 14 cytogenetic testing laboratories via the New York State Department of Health ECLRS. Among the 747 children reported, 398 children (53%) had abnormal test results and 412 children (55%) were matched to the CMR cases. From these laboratory reports, 151 new cases with chromosomal anomalies were identified, confirmed, and were added to the CMR. The additional cases accounted for about 7.8% of all cases with chromosomal anomalies in the CMR for the reporting years 2008-2010.

CONCLUSIONS

Cytogenetic laboratory reports can serve as an important source for ascertaining and confirming chromosomal anomalies. Acquiring molecular genetics testing data directly from cytogenetic testing laboratories via ECLRS enables CMR staff to confirm diagnoses and improve the accuracy and efficiency of case reporting.

摘要

背景

医院和医生被要求向纽约州先天性畸形登记处(CMR)提交有确诊信息的病例报告,这些病例报告涉及在纽约州出生或居住的患有重大出生缺陷的儿童。然而,在医院出院记录中注明的大多数染色体异常病例,在报告时没有确诊检测数据,这些数据通常无法获得。

目的

通过电子临床实验室报告系统(ECLRS)将细胞遗传学检测实验室提交的细胞遗传学检测报告与 CMR 病例联系起来,以获得确诊诊断并识别未报告的染色体异常病例。

设计

从 ECLRS Sybase 服务器上检索并匹配到 CMR 病例的,由纽约州许可实验室提交的细胞遗传学检测数据。实验室检测结果用于确认匹配报告的 CMR 病例的诊断,并通过审核未匹配异常检测结果的医院和医生来确定新的出生缺陷病例。

结果

截至 2010 年底,共有 14 家细胞遗传学检测实验室通过纽约州卫生部的 ECLRS 向 CMR 提交了 747 名儿童的 927 份报告。在所报告的 747 名儿童中,有 398 名儿童(53%)的检测结果异常,有 412 名儿童(55%)与 CMR 病例相匹配。从这些实验室报告中,确定并添加到 CMR 的新病例中有 151 例染色体异常。这些新增病例约占 2008-2010 年 CMR 染色体异常病例的 7.8%。

结论

细胞遗传学实验室报告可作为确定和确认染色体异常的重要来源。通过 ECLRS 直接从细胞遗传学检测实验室获取分子遗传学检测数据,使 CMR 工作人员能够确认诊断并提高病例报告的准确性和效率。

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