Gel electrophoresis is a widely used technique in life science laboratories to separate macromolecules such as DNA, RNA, and proteins. In this technique, molecules are separated based on their size ...

This infographic explores the fundamental principles of these three major electrophoresis techniques while showcasing their ...

In this article, we will consider how agarose gel electrophoresis works, how it can be interpreted and some of its purposes. Electrophoresis is a technique that uses electrical current to separate DNA ...

The electrophoretic mobility shift assay (EMSA) has been used extensively to analyze nucleic acid–protein interactions for almost two decades 1,2. This assay is based on the finding that when a ...

In 1949, a team led by chemist Linus Pauling placed hemoglobin solutions from people with a disabling form of anemia and from healthy volunteers in an electric field, and found that the two samples ...

University of Edinburgh scientists have harnessed the power of AI in a new tool that promises to speed up analysis of data from gel electrophoresis experiments. The technique is widely used across ...

University of Edinburgh scientists have harnessed the power of AI in a new tool that promises to speed up analysis of data from gel electrophoresis experiments. The technique is widely used across ...

A new machine learning model can successfully identify bands from gel electrophoresis images. Gel electrophoresis is a staple of many life science labs but has changed little since the 20th century.

University of Edinburgh scientists have harnessed the power of AI in a new tool that promises to speed up analysis of data from gel electrophoresis experiments. The capacity to regulate the ...

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