New PrimePCR™ Probe Assays for Real-time PCR and Droplet Digital™ PCR Technologies
Bio-Rad’s PrimePCR probe assays gave researchers a powerful, reliable set of investigative tools utilizing SYBR® Green detection chemistry. Now Bio-Rad is adding a number of new assays to the PrimePCR portfolio, bringing the benefits of PrimePCR assays to many new applications for both real-time PCR and Droplet Digital™ PCR platforms.
Real-Time PCR Interactive Tutorials — From Reagent Selection to Real-Time PCR Data Analysis
Obtaining accurate quantitative PCR data depends on choosing and validating the proper reagents for a given experiment. These new tutorials present the knowledge base needed to understand the parameters involved in reagent selection in order to get the best results from real-time PCR procedures.
Amplifying in the Outback: Researcher Brings Real-Time PCR to Australia’s Kimberley Wilderness
Dr. Tim Inglis of the University of Western Australia seeks better ways to conduct surveillance and respond to outbreaks of tropical infectious diseases. For over a decade he’s been developing detection assays for a slate of pathogens. Find out how Bio-Rad’s MiniOpticon Real-Time PCR system allows him to effectively run these assays in such remote locations as the Kimberley Wilderness in Australia’s Top End.
PrimePCR™ Pathway Analysis: Pathway Curation and Real-Time PCR Panel Design Strategy
Pathway analysis is an efficient approach for studying a large number of related gene targets in a single experiment. Bio-Rad Laboratories and Thomson Reuters, a leading provider of system biology tools, have partnered to provide predesigned pathway panels for gene expression analyses using real-time qPCR. This tech report describes how Bio-Rad’s PrimePCR™ pathway panels were curated and designed using a ranking strategy developed by Thomson Reuters.
New Semi-Automated Heat Sealer Delivers Consistent and Reliable PCR Plate Sealing
The PX1 PCR Plate Sealer efficiently seals microplates used in thermal cycling. This heat sealing method consistently delivers reliable data by helping eliminate sample evaporation during PCR.
Novel HRM Assays Expedite Drug Resistance Surveillance for Leprosy Research
The significant drop in leprosy worldwide is attributed to the development of antimicrobial multidrug therapy (MDT). Resistance to rifampicin — the backbone of MDT treatment — has appeared. Controlling leprosy transmission requires routine surveillance for mutations in the drug target genes before, during, and after the course of treatment. New high resolution melt (HRM) assays offer leprosy researchers a faster, more economical method to investigate resistance targets.