Version 14 of The Human Protein Atlas includes a new type of validation of antibodies that are used for determining the subcellular localization of a protein.
A set of antibodies have been analyzed in transgenic cell lines expressing GFP-tagged target protein at near-endogenous levels to confirm that the antibodies are capable of binding the target protein. The approved antibodies are then used to determine the subcellular localization of endogenous protein in a selection of cell lines. A high validation score is assigned to those genes where the same location(s) are observed for both tagged protein and protein detected using labelled antibody in non-transfected cells...Read more
Immunofluorescence and fluorescent-protein tagging show high correlation for protein localization in mammalian cells
The Human Protein Atlas applies antibodies for a variety of applications to map protein expression in different tissues and also at the subcellular level. Within the subcellular protein atlas, immunofluorescence (IF) is used to uncover the localization of proteins to different organelles. To ensure an accurate localization of each and very protein, the antibodies have to be specific to their target protein...Read more
January 8, 2018
Prof. Sophia Hober will present the latest advances regarding engineering of protein A, for Ca-mediated purification of antibodies. Her talk is scheduled on January 9, during one of the largest annual events focusing on protein science, the PepTalk conference.
January 8, 2018 - January 12, 2018
Development of the Human Protein Atlas, protein production pipeline will be highlighted in the upcoming PepTalk conference in a talk given by PhD Hanna Tegel.