Luckily, next-generation sequencing, also known as massively parallel sequencing, has evolved to the point of consistently providing high-resolution, high-accuracy results. EDITORIAL CONTENT 2 More 9/11 Victims ID'ed Days Before 20th Anniversary As part of the largest and most complex forensic ...
Dive Into Precision Medicine: Labs Implement Next-generation Sequencing to Support Latest Oncology PracticesPalmer, Whitney J.Clinical Laboratory News
The disadvantage of small RNA sequencing is the bias that can be introduced in the extension and PCR steps. The former is where the very short cDNA (reversed transcribed from the original small RNA) is extended by ligation or polyadenylation, and the latter is where these cDNA molecules are ...
Whole Genome Sequencing (WGS) is rapidly becoming more affordable, and is a powerful tool to identify inherited disorders and mutations that drive cancer progression or for tracking disease risk.View online > Custom Targeted Panels Next Gen Sequencing (NGS) target enrichment is now available to enab...
To meet the varying demands of next-generation sequencing labs, DeNovix offers the DS-11 Series of instruments. The DS-11 FX uniquely combines microvolume absorbance and fluorescence measurement modes. Standalone systems for each method are also available in the range and are ideal for labs with...
Whole Genome Sequencing (WGS) is rapidly becoming more affordable, and is a powerful tool to identify inherited disorders and mutations that drive cancer progression or for tracking disease risk.View online > Custom Targeted Panels Next Gen Sequencing (NGS) target enrichment is now available to enab...
Targeted DNA can be generated in several different ways: PCR through amplicon sequencing, microdroplet PCR with RainStorm (RainDance Technologies, Lexington, MA, USA) or through sequence capture (NimbleGen, Roche; SureSelect, Agilent Technologies). mRNA can be used in a deep-serial analysis of ...
Although the term “next generation sequencing” was coined, it can be somewhat unclear. To eliminate ambiguity, applying the nomenclature “second-generation”, “third-generation” etc. is often more helpful. Second-generation (second-gen) technologies fit into two broad categories of hybridisation...
(9) In gen- eral, a lack of resources for phage genome sequencing within the reach of individual phage researchers coupled with a general lack of interest and support for phage genomics by the journals and the funding agencies have resulted in too few complete phage reference ...
microRNA Chinese hamster ovary cells Next-generation sequencing 1. Introduction The Chinese hamster, Cricetulus griseus, has come a long way from being an important model organism for cytogenetic research to becoming the origin of a cell line (Tjio and Puck, 1958) that is now the most frequently...