A new study published in Nature Communications by researchers from the Human Protein Atlas presents a high-resolution spatial map of proteins associated with motile cilia in the human fallopian tube, providing new insights into reproductive biology, infertility and cilia-related disease. All data from the study are publicly available in the Tissue Resource of the Human Protein Atlas...Read more

The Human Protein Atlas is pleased to acknowledge GeneTex's recent press release announcing the formalization of a collaborative relationship with the Human Protein Atlas. This agreement supports our continued efforts to expand high-quality antibody-based characterization of the human proteome and make these data openly available to the scientific community...Read more

The differences in blood protein levels during childhood and early adulthood were recently explored in an article published in Nature Communications...Read more

The Human Protein Atlas supports the global effort announced by Biohub to create an open data foundation for AI-accelerated biology. The initiative brings together leading institutions and international consortia to generate the technologies and multi-modal datasets needed to build predictive models of the human cell...Read more

The nucleus of mammalian cells is highly compartmentalized both in terms of DNA and protein organization. Speckles are large membrane-less irregularly shaped nuclear condensates with a dynamic composition of hundreds of different proteins, many of which are involved in RNA splicing. Evidence from recent studies points towards an interesting connection between the evolution of nuclear speckles and genome structure in terms of base composition, gene clustering and 3D-genome organization...Read more