Western blotting remains a cornerstone method for the detection and quantification of proteins from complex biological samples. This technique has evolved from its early qualitative roots to a more ...

The Western blot workflow for immuno-based protein detection was introduced over 30 years ago. Since its introduction, Western blotting has become a well-known and widely accepted technique routinely ...

Southern, Northern, and Western Blot: What’s The Difference? The main difference between Southern, northern, and western blot techniques is the target molecules. While western blots target proteins in ...

Since its introduction in 1979, the traditional Western blot has remained a lengthy and laborious analytical process. But by taking an automated approach, researchers can reduce errors, enhance data ...

Significant progress has been made in understanding cellular activity through the molecular analysis of signalling pathways 1. Pathway dysregulation and aberrant cellular signalling have been linked ...

Western blots can often be overlooked as a commonplace research tool in proteomics, but there have been continual updates and progress in the technical development of the western blot and the list of ...

Western blotting is a staple technique in many laboratories, yet the process is time-consuming and the numerous manual steps can introduce variability. Stain-Free TM technology can help to streamline ...

The formation of new blood vessels by angiogenesis is important for tumor growth beyond 2 mm 3 in size. Over the past decade anti-angiogenic therapies that slow blood vessel growth, often by ...

The western blot may appear to be just another staple lab technique. However, there are some stories surrounding its invention that are definitely worth knowing. This might be news to some: scientists ...

Reviewed by Michael Greenwood, M.Sc. Fluorescent western blotting is a powerful protein detection technique that offers numerous benefits in comparison to alternative chemiluminescent or chromogenic ...

Immunohistochemistry and Western blotting both work by exploiting the principle of how antibodies specifically bind to the antigens present in biological tissue. Immunohistochemistry is the most ...