Melanoma is a common form of cancer in the skin and among skin cancers it is the most deadly form. Melanoma originates from cells of melanocytic origin and most typically begins as a small intraepidermal tumor (melanoma in situ). As the tumor continues to grow and progress, tumor cells invade the epidermis and eventually spread to regional lymph nodes and subsequently via hematogenic spread to distant organs. Tumor thickness of the primary tumor is the most important determining prognostic factor and thus is early discovery of key importance for survival.
The cancer image of the month shows skin with growth of a cutaneous melanoma...Read more
Mathias Uhlen, Director of the Human Protein Atlas program, will present a keynote lecture on May 23 entitled "Tissue-based protein profiles – implications for human biology, drug development and precision medicine " on the 6th Pharmaceutical Science World Congress (PSWC 2017) in Stockholm, Sweden.
The focus of this year´s world congress will be " Future medicine for one world " including research and development related to systems approaches to drug discovery development and clinical usage...Read more
In a time when vast amounts of bioimaging data are produced in labs around the globe every day, effectively extracting salient information from this growing resource is paramount to understanding complex biological questions. In December 2016 the Cell Atlas was released, mapping the subcellular localization of over 12,000 human proteins and counting. As a part of this effort, gamers within EVE online and scientists in the HPA annotated the subcellular localization of each protein. This has created a massive high-quality atlas of microscopy images together with their subcellular protein localization annotations...Read more
The Cell Atlas database was just recently released with data on more than 12.000 proteins and mapping to 30 organelles. Today, the scientific findings are published in Science in "A subcellular map of the humanproteome".
The cell is a complex entity that carries out multiple functions. In order to do this, the different parts of the cells are organized in structures, called organelles. By investigating the organelles and its proteome, and to understand how the proteins vary over time and space we can truly begin to understand human biology on a detailed level...Read more
The pituitary gland plays a crucial role in human physiology, and together with the hypothalamus this highly conserved and elegant system form a link between the nervous and endocrine system, by controlling the functions of the thyroid, adrenal glands, and the gonads, and also regulating growth, lactation, and water preservation.
This gland, also called hypophysis, consists of two separate lobes with dual embryonic origin; the anterior (adeno) pituitary gland originates from the oral cavity, and the posterior (neural) pituitary gland develops from the neural plate...Read more
December 8, 2018 - December 12, 2018
The Human Protein Atlas will be exhibiting at the 2018 ASCB EMBO meeting in San Diego. In booth number #624 you will meet the Cell Atlas team Emma Lundberg, Christian Gnann, Lovisa Åkesson and Peter Thul. They will also present four posters. Preliminary programme
March 28, 2019 - March 29, 2019
On March 29th, 2019, Mathias Uhlén will give a keynote on "The Human Protein Atlas - implications for human biology, drug development and precision medicine" at the International Rouen P2M Symposium on Precision Medicine "Pathways to Precision Medicine".