RNA-Seq – Multimedia

Proteomics is a rapidly expanding field, aided by improvements in instrumentation accuracy and sensitivity, size and affordability. Whilst it is a valuable tool in the quest for improved understanding, diagnosis and treatment, a number of areas are proving problematic. In this list, we will discuss some of the challenges that researchers come up against in proteome analysis.

In this list, we take a look at 7 promising microfluidic developments from the past year.

Complete “Sample-to-Result” Highly Automated NGS and qPCR Workflow for Clinical Diagnostics.

Combined automated qPCR and NGS Sentosa workflow is a reliable and efficientin vitrodiagnostics (IVD) tool for the detection and/or quantitation of a wide range of bacterial and viral pathogens as well as gene mutations.

This list highlights four approaches used to assess toxicology within the field of drug discovery.

In this list we take a look at 6 researchers whose contributions have helped (and are continuing to help) drive the field forward.

New: nanopore for RNA sequencing. Sequence complete RNA strands directly and in real-time. Or, cDNA ‘strand-switching’ protocol also allows full-length sequencing of cDNA, either with or without PCR amplification.

This study aimed to identify the minimal set of genes that can accurately diagnose active TB, both pulmonary and extrapulmonary, and evaluate their specificity.

Combined automated qPCR and NGS Sentosa workflow is a reliable and efficient in vitro diagnostics (IVD) tool for the detection and/or quantitation of a wide range of bacterial and viral pathogens as well as gene mutations.

We have developed and characterized a micro-fluidic mixer to study the macro-molecule dynamics such as kinetics of protein folding, DNA sequencing, single molecule study and detection etc. on a micro-second timescale. Numerical simulation has been performed to analyse the study of mixing performance of micro-fluidics channel.