Research-used antibodies continue to be important tools for detection, analysis and characterization of proteins. As reagents, and used in combination with technological platforms, antibodies enable researchers to explore the human body and understand how building-blocks like proteins are produced, distributed and diminished, as well as monitor alteration in time, space and during disease development...Read more
A new Pathology Atlas is launched today with an analysis of all human genes in all major cancers showing the consequence of their corresponding protein levels for overall patient survival. The difference in expression patterns of individual cancers observed in the study strongly reinforces the need for personalized cancer treatment based on precision medicine. In addition, the systems level approach used to construct the Pathology Atlas demonstrates the power of "big data" to change how medical research is performed.
The dream of personalized treatment for cancer patients takes a major step forward today with the launch by Swedish researchers of the Human Pathology Atlas...Read more
Yesterday our new Cell Atlas was released, at the American Society of Cell Biology Meeting. The Cell Atlas is an open-access interactive database with unparalleled high-resolution images. It visualizes for the first time the location of over 12,000 proteins in cells – opening the way to spatial proteomics, an exciting new discipline predicted to lead to a fundamental increase in our understanding of human health and disease.
Prof Mathias Uhlen, Director of the Human Protein Atlas explains:
– After the genome projects that has characterized the number of human protein-coding genes, the next step is to elucidate the function of these proteins...Read more
Today, a new version, number 15, of The Human Protein Atlas is launched that includes extensive transcriptomics data and a new display view to allow comparisons of human tissue profiles on both the RNA and protein level. In this new version it is possible to do comparisons of primary data from several sources, including external efforts such as the GTEx dataset generated from the Broad Institute in Boston, US.
The GTEx dataset includes more than 1600 postmortem samples from mostly overlapping, but in some cases unique, tissues compared to the Human Protein Atlas consortium...Read more
Focus in version 14 has been to improve validation of the antibodies used to map the human proteome and the inclusion of a new atlas; the Mouse Brain Atlas created by the Fluorescence Tissue Profiling facility at Science for Life Laboratory (SciLifeLab) in Stockholm.
Many of the mouse proteins have extensive homology with the human counterpart and this forms the basis for using the mouse brain as a model for the corresponding human brain to explore the expression and distribution of proteins in the various regions and cells of the brain...Read more