Non Optical Semi-Conductor Next Generation Sequencing of the Main Cardiac QT-Interval Duration Genes in Pooled DNA Samples

DNA variants at the genes encoding cardiac channels have been associated with inherited arrhythmias and the QT interval in the general population. Next generation sequencing technologies would be of special interest to uncover the genetic variation at these genes. The amplification and sequencing of...

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Published in:Journal of cardiovascular translational research Vol. 7; no. 1; pp. 133 - 137
Main Authors: Gómez, Juan, Reguero, Julian R., Morís, César, Alvarez, Victoria, Coto, Eliecer
Format: Journal Article
Language:English
Published: Boston Springer US 01-02-2014
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Abstract DNA variants at the genes encoding cardiac channels have been associated with inherited arrhythmias and the QT interval in the general population. Next generation sequencing technologies would be of special interest to uncover the genetic variation at these genes. The amplification and sequencing of DNA pools (instead of single individuals) would facilitate the rapid and cost-effective screening of large amounts of individuals. However, this pooling strategy could result in a signal of the rare variants below the detection capacity. To validate this approach, a pool of 20 individuals with known rare unique variants in five genes was amplified in only two tubes and sequenced using the non optical semi-conductor ( Ion Torrent PGM , Life Technologies) technology. We show that this could be an effective strategy for the screening of large cohorts. Among others, this would facilitate the discovery of new sequence variants linked to cardiac arrhythmia in the general population.
AbstractList DNA variants at the genes encoding cardiac channels have been associated with inherited arrhythmias and the QT interval in the general population. Next generation sequencing technologies would be of special interest to uncover the genetic variation at these genes. The amplification and sequencing of DNA pools (instead of single individuals) would facilitate the rapid and cost-effective screening of large amounts of individuals. However, this pooling strategy could result in a signal of the rare variants below the detection capacity. To validate this approach, a pool of 20 individuals with known rare unique variants in five genes was amplified in only two tubes and sequenced using the non optical semi-conductor (Ion Torrent PGM, Life Technologies) technology. We show that this could be an effective strategy for the screening of large cohorts. Among others, this would facilitate the discovery of new sequence variants linked to cardiac arrhythmia in the general population.
DNA variants at the genes encoding cardiac channels have been associated with inherited arrhythmias and the QT interval in the general population. Next generation sequencing technologies would be of special interest to uncover the genetic variation at these genes. The amplification and sequencing of DNA pools (instead of single individuals) would facilitate the rapid and cost-effective screening of large amounts of individuals. However, this pooling strategy could result in a signal of the rare variants below the detection capacity. To validate this approach, a pool of 20 individuals with known rare unique variants in five genes was amplified in only two tubes and sequenced using the non optical semi-conductor ( Ion Torrent PGM , Life Technologies) technology. We show that this could be an effective strategy for the screening of large cohorts. Among others, this would facilitate the discovery of new sequence variants linked to cardiac arrhythmia in the general population.
Author Coto, Eliecer
Gómez, Juan
Morís, César
Reguero, Julian R.
Alvarez, Victoria
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Keywords DNA pools
Cardiac arrhythmia genes
Next generation sequencing
Ion torrent sequencing
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Snippet DNA variants at the genes encoding cardiac channels have been associated with inherited arrhythmias and the QT interval in the general population. Next...
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StartPage 133
SubjectTerms Biomedical Engineering and Bioengineering
Biomedicine
Cardiology
Genetic Predisposition to Disease
Genetic Testing - methods
Genetic Variation
Heart Rate - genetics
High-Throughput Nucleotide Sequencing - methods
Human Genetics
Humans
Long QT Syndrome - diagnosis
Long QT Syndrome - genetics
Long QT Syndrome - physiopathology
Medicine
Medicine & Public Health
Multiplex Polymerase Chain Reaction
NAV1.5 Voltage-Gated Sodium Channel - genetics
Phenotype
Potassium Channels, Voltage-Gated - genetics
Predictive Value of Tests
Reproducibility of Results
Title Non Optical Semi-Conductor Next Generation Sequencing of the Main Cardiac QT-Interval Duration Genes in Pooled DNA Samples
URI https://link.springer.com/article/10.1007/s12265-013-9516-6
https://www.ncbi.nlm.nih.gov/pubmed/24190697
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