Education

The aim of proteomics is to identify and characterize all the proteins in an organism.&nbsp The major restrictions in protein identification are the large number of proteins and the huge differences in abundance.

Protein labeling is an important technique that allows researchers to study a protein&rsquos location, movement and interactions within a living cell.&nbsp The most common labels used are fluorescent labels that allow researchers to study proteins

Proteins are the building blocks of life and there are estimated to be almost 1 million different proteins in a normal animal cell.&nbsp Each protein has very different and unique physical properties.

Proteomics often involves the purification and identification of novel proteins from tissues.&nbsp The strategy often employed is one using multiple and different protein purification techniques to fractionate proteins into specific fractions.

This lab activity has two objectives, on one hand it is designed to deepen the understanding of protein molecules. On the other hand, students also learn the potential of electrophoresis in protein analysis.

A single protein molecule rarely carries out its role in the body on its own.&nbspMany proteins and cofactors are often involved and act as regulators, activators or inhibitors of the protein&rsquos function.

High Quality prepared microscope slides for botany, zoology, histology, parasitology, pathology.

High Quality prepared microscope slides for botany, zoology, histology, parasitology, pathology.

High Quality prepared microscope slides for botany, zoology, histology, parasitology, pathology.

High Quality prepared microscope slides for botany, zoology, histology, parasitology, pathology.

High Quality prepared microscope slides for botany, zoology, histology, parasitology, pathology.

High Quality prepared microscope slides for botany, zoology, histology, parasitology, pathology.