When it comes to gel imaging and blotting, conventional imaging devices have tended to offer either high-performance, complex functionality or low-cost, low-performance simplicity. That is, until now.
Classifying and understanding genetic variation between populations and individuals is an important aim in the field of genomics. High resolution melt (HRM) analysis is the quantitative analysis of the melt curve of a DNA fragment following amplification by PCR and can be considered the next-generation application of amplicon melting analysis. Careful sample preparation and planning of experimental and assay design are crucial for robust and reproducible results.
The electrophoretic workflow has undergone few changes since it was solidified as a fundamental tool in life science research in the 1970s. Today, just like then, researchers need to prepare samples, load gels, then perform separation and further downstream analysis, including western blotting.
Bedtime stories in Dr David Schaffer’s — one of today’s pioneers in stem cell research — childhood home were often not standard fairy tales. With both parents in careers as biomedical researchers (his mother in drug development and clinical trials for a major pharmaceutical company and his father, in cardiovascular research and a pharmacology professor) much of the conversation as far back as Schaffer can remember centered on biology and science.
Protein quantitation is an important part of many workflows. The estimation or quantitation of the protein in a sample frequently allows researchers to understand the results from their work and make decisions on the subsequent steps. Presented are answers to some of the most frequently ask questions related to usage of Bio-Rad’s colorimetric assays for protein quantitation.
Using the Precision Plus Protein™ WesternC™ Standard as a QC Tool at Key Steps in Your Electrophoresis and Blotting Workflow
As a fundamental tool in protein research, it is critical that all steps of the electrophoresis workflow (from running gels to visualizing blots) are performed successfully to ensure accurate, reliable, and reproducible results. Protein standards are often used to monitor electrophoretic separation and transfer efficiency but do not always enable ladder visualization after blot development.
Nuvia™ S Media — A High-Capacity Cation Exchanger for Biomolecule Purification and Downstream Processing
Nuvia S media is a high-capacity strong cation exchanger (CEX) developed to operate over a range of experimental conditions, allowing scientists to scale up from laboratory- to process-scale more quickly and easily. Our data demonstrate that the high capacity and superb purification of Nuvia S media can significantly improve productivity by offering the robustness, capacity, and speed for processing large load volumes with smaller columns and less buffer consumption.
Not all cDNA synthesis kits have the same capacity to protect the integrity of RNA. An optimal level of RNase inhibitor is critical for powerful RNase inhibition and efficient reverse transcription. The iScript™ cDNA synthesis kit comes with a 5x iScript reaction mix and iScript reverse transcriptase, which is also blended with a potent RNase inhibitor.
Comparison between the TC10™ Automated Cell Counter and the Lactate Dehydrogenase (LDH) Assay to Assess Cellular Toxicity in vitro
This tech report presents the results of a comparative study between the TC10 automated cell counter and the classical LDH assay to measure cell viability in suspension cells. Results show that the TC10 cell counter can replace the LDH assay to measure both the viability of cell suspensions and the cytotoxic effects of various compounds.
Bio-Plex Pro™ mouse Th17 assays are magnetic bead–based multiplex assays that offer accurate and reproducible measurements of 20 target molecules in serum, plasma, and tissue culture sample types for mouse models. These assays have been developed to provide reliable performance with the flexibility required to meet all of your research needs.