<p>All 142 patients were subjected to mtDNA amplicon-based sequencing, WES, and high-density oligonucleotide array analysis in parallel. Variants were filtered on the basis of their rarity in public databases and population-matched datasets. For each analysis, candidate variants were prioritized on the basis of the type of variant. Candidate variants were validated by Sanger sequencing and tested for segregation within the family if DNA was available. mtDNA, mitochondrial DNA; pVUS, prioritized variant of unknown significance; CNV, copy number variation</p
AbstractInsights into the human mitochondrial phylogeny have been primarily achieved by sequencing f...
Despite improvements in sequencing technologies, DNA sequence variant interpretation for rare geneti...
Diagram describing the stepwise process of mining the data generated by whole exome sequencing using...
Assigning a pathogenic role to mitochondrial DNA (mtDNA) variants and unveiling the potential involv...
International audienceThe development of next generation sequencing (NGS) has greatly enhanced the d...
The efficiency of MPS in forensic mtDNA analysis has been thoroughly proven, although a reliable and...
DNA sequencing identifies common and rare genetic variants for association studies, but studies typi...
<p>% in the 1000 Genomes project were excluded. Based on recessive inheritance, a subsequent priorit...
The polymorphism of the two hypervariable segments (HVI and HVII) of the control region of mtDNA was...
Next-generation sequencing (NGS) technology has rapidly replaced Sanger sequencing in the assessment...
<div><p>DNA sequencing identifies common and rare genetic variants for association studies, but stud...
Massively Parallel Sequencing (MPS) allows sequencing of entire exomes and genomes to now be done at...
International audienceThe mitochondrial DNA (mtDNA) encompasses two classes of functionally importan...
<p>Numerals in each colored box indicate the number of patients. Patients harboring multiple variant...
Massively Parallel Sequencing (MPS) allows sequencing of entire exomes and genomes to now be done at...
AbstractInsights into the human mitochondrial phylogeny have been primarily achieved by sequencing f...
Despite improvements in sequencing technologies, DNA sequence variant interpretation for rare geneti...
Diagram describing the stepwise process of mining the data generated by whole exome sequencing using...
Assigning a pathogenic role to mitochondrial DNA (mtDNA) variants and unveiling the potential involv...
International audienceThe development of next generation sequencing (NGS) has greatly enhanced the d...
The efficiency of MPS in forensic mtDNA analysis has been thoroughly proven, although a reliable and...
DNA sequencing identifies common and rare genetic variants for association studies, but studies typi...
<p>% in the 1000 Genomes project were excluded. Based on recessive inheritance, a subsequent priorit...
The polymorphism of the two hypervariable segments (HVI and HVII) of the control region of mtDNA was...
Next-generation sequencing (NGS) technology has rapidly replaced Sanger sequencing in the assessment...
<div><p>DNA sequencing identifies common and rare genetic variants for association studies, but stud...
Massively Parallel Sequencing (MPS) allows sequencing of entire exomes and genomes to now be done at...
International audienceThe mitochondrial DNA (mtDNA) encompasses two classes of functionally importan...
<p>Numerals in each colored box indicate the number of patients. Patients harboring multiple variant...
Massively Parallel Sequencing (MPS) allows sequencing of entire exomes and genomes to now be done at...
AbstractInsights into the human mitochondrial phylogeny have been primarily achieved by sequencing f...
Despite improvements in sequencing technologies, DNA sequence variant interpretation for rare geneti...
Diagram describing the stepwise process of mining the data generated by whole exome sequencing using...