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(PDF) The Role of Next-Generation Sequencing in Precision

(PDF) The Role of Next-Generation Sequencing in Precision 2025

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The document is a record of viewing for a program titled 'Selecting Pathology Specimens for Solid Tumors' focused on Next-Generation Sequencing, released by Mayo Clinic Laboratories. The program has a duration of 18.5 minutes and was viewed on an unspecified date.

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What is the error rate of NGS?

Conventional intrinsic NGS error rates range between 0.1 and 1% (Phred quality score of 2030) (1, 11) depending on the sequencing platform, the GC content of the target regions (12), and the fragment length, as shown in Illumina paired-end sequencing (13).

What is the failure rate of NGS?

We obtained successful NGS results in 95.9% of cases. Out of 481 FF biopsies, 262 tissue samples were from lung, and the mean fragment size was 2.4 mm. Compared to lung, GI tract tumor fragments showed a significantly lower DNA extraction failure rate (2.1 % versus 6.1%, p = 0.04).

How accurate is next-generation sequencing?

Among NGS platforms, the accuracy of the original base data obtained by SOLiD platform is greater than 99.94%, though accuracy can reach 99.999% with the sequencing depth of 15, which is the highest accuracy in NGS platforms (Ronchi et al., 2012).

Is next generation sequencing accurate?

Although many aspects of sequencing have been improved, compared with Sanger sequencing, low accuracy and short sequencing read length continues to be problems. NGS platforms cannot generally be used to detect rare variants because of the associated high error rate.

What is the role of NGS?

NGS enables exact tumor diagnosis and prognosis, highlights which targeted therapies are necessary and helps cancer patients receive specialized care. An overview of NGS research on solid cancer is presented below, highlighting the key advantages and drawbacks of the molecular approach in cancer diagnosis.

What is next-generation sequencing pdf?

Next-generation sequencing has the ability to revolutionize almost all fields of biological science. It has drastically reduced the cost of sequencing. This allows us to study the whole genome or part of the genome to understand how the cellular functions are governed by the genetic code.

What are the weaknesses of NGS?

The limitations of NGS in clinical microbiology include unclear antibiotic resistance, inability to detect which pathogen is causing disease, costs, and unknown clinical utility.

What is the role of NGS in precision medicine?

Precision medicine seeks to use genomic data to help provide the right treatment to the right patient at the right time. Next-generation sequencing technology allows for the rapid and accurate sequencing of many genes at once.

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(PDF) The Role of Next-Generation Sequencing in Precision 2025

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