Biologists are very interested in how proteins, lipids and other compounds are organized and interact in systems. Very few ...

The rapid advancement of single-cell and single-nucleus RNA sequencing (sc/snRNA-seq) has opened unprecedented windows into ...

Multiplexing basics. Multiplexing can increase channel utilization by multiple programs or optimize channel use by a single program, or both. The amount of bandwidth needed to transmit a multiplex ...

Multiplexing was first introduced in the 1870s to support digital telegraphy, but since then, it’s evolved to transform into a mainstay in telecommunications, such as telephone, TV, and radio.

Multiplexing in qPCR provides solution to increasing sample processing throughput, while saving cost and time in lab. Despite its advantages, many factors need to be considered for its success. We ...

There are a few different approaches to multiplexing, but in general, multiplex assays improve the quality of your results by testing many targets or analytes in a single reaction. 1, 2 Additionally, ...

While multiplexing in qPCR is advantageous, challenges such as assay design, workflow optimization and reagent selection need to be addressed to ensure the accuracy of the experimental output. In this ...

Multiplexing has also enabled pathogen screening and genotyping for much larger numbers of targets, thereby improving the breadth and utility of diagnostics. However, ...