---
title: Improved Next Generation Sequencing for Ultrasound Abnormalities (INGENIOUS)
description: At the Curating the Clinical Genome event in May 2021, Suzanne Drury, Lead  Transitional Scientist, Prenatal Genomics and Personalized Health at Congenica presented a poster that detailed non-invasive prenatal solutions for multiple single gene disorders in a single test - Improved Next Generation Sequencing for Ultrasound Abnormalities (INGENIOUS). 
image: https://blog.congenica.com/hubfs/Canva%20images/Curating%20the%20Clinical%20Genome.png
---

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[Overview](https://blog.congenica.com) [Improved Next Generation Sequencing for Ultrasound Abnormalities (INGENIOUS)](https://blog.congenica.com/improved-next-generation-sequencing-for-ultrasound-abnormalities)

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 INGENIOUS

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# Improved Next Generation Sequencing for Ultrasound Abnormalities (INGENIOUS)

 5/17/2021     |    0 min read

At the Curating the Clinical Genome event in May 2021, Suzanne Drury, Lead Transitional Scientist, Prenatal Genomics and Personalized Health at Congenica, presented a poster that detailed non-invasive prenatal solutions for multiple single gene disorders in a single test - Improved Next Generation Sequencing for Ultrasound Abnormalities (INGENIOUS). 

[![suzanne drury ngps](https://blog.congenica.com/hs-fs/hubfs/suzanne%20drury%20ngps.png?width=618&name=suzanne%20drury%20ngps.png)](https://blog.congenica.com/hubfs/Drury_Suzanne_NGPS_ISPD_2021-2.pdf)

## **Introduction** 

Fetal anomalies are detected in ~3% of pregnancies and are responsible for ~20% of perinatal deaths. Approximately two-thirds of single gene causes of fetal anomalies are *de novo* mutations (DNMs). Advances in genomic technology have led to rapid adoption of non-invasive prenatal testing for aneuploidy, but tools to support non-invasive diagnosis of single gene disorders are limited.  

 

Our objective was to develop a comprehensive assay and analytical pipeline to pair with the Congenica clinical decision support platform, to enable non-invasive detection of *de novo* mutations associated with fetal anomalies. 

 

## **The INGENIOUS gene panel detects causative de novo variants in cfDNA** 

Cases from 73 quads with gestation range 10+6 to 36+4 were assessed and had a median fetal fraction of 12% (range 3-38%). In total 17 *de novo* variants were identified and 16/17 (94%) were detected in the non-invasive sample. Six of these variants were confirmed to be pathogenic and 100% (6/6) were correctly identified in cfDNA. A median of 1 putative *de novo* variant per case was identified (mode 0, range 0-8). 

 

[![Download the poster ](https://no-cache.hubspot.com/cta/default/6863388/dd33683c-3fba-47b6-8b05-6441f4c5440f.png)](https://cta-redirect.hubspot.com/cta/redirect/6863388/dd33683c-3fba-47b6-8b05-6441f4c5440f)

 

## Other recent posters presented by Congenica include: 

[Skeletal Dysplasia](https://blog.congenica.com/exome-analysis-of-prenatal-and-postnatal-cases-referred-with-skeletal-dysplasia-an-overview-of-genomic-and-phenotypic-findings) 

[Automated variant classification ](https://blog.congenica.com/automated-variant-classification-workflows-maintain-quality-standards-support-standardisation-and-reduce-turn-around-times-in-a-rare-disease-laboratory)

 

---

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