23rd Human Proteome Organization World Congress

Mapping heterogeneity in the protein landscape of human sperm

Cell Biology Insights

Poster presentation

Single-cell molecular pixelation of CAR T-cell surface proteome reveals spatial patterns characteristic of chronic stimulation

New Technology: Non MS-based Proteomics

Technological advancements

Oral presentation

Spatiotemporal dissection of protein localization to human primary cilia

Innovative approaches to study protein function

Short talk

Advanced proteomics for understanding cellular health and disease by unveiling lysosomal protein interactions

New Technology: MS-based Proteomics

Dissecting the spatiotemporal regulation of the cell cycle using phosphoproteomics and highlighting functional differences within proteoform families

Defining Signaling Networks - Functional PTMs

Mapping the proteomic landscape of healthy human brains over the aging process

Proteomic profiling of grey and white matter in the human brain using astral mass spectrometry

Human Health Insights (Neurobiology, Cardiovascular, Liver, Kidney etc.)

From mapping to modeling the human subcellular proteome

Plenary hall

Emma Lundberg: From mapping to modeling the human subcellular proteome

Plenary session

Plenary lecture

Plenary speaker

The subcellular resource

<p>The version 24 of the open access Human Protein Atlas will be launched during this section. The new eight resources will be presented, including tissue, brain, single cell, subcellular, blood, cell line, cancer and structure/interactions. A special focus will be the launch of the new Disease Blood Atlas covering more than 50 of the major human diseases. In addition, the new spatial transcriptome of human protein-coding genes in the brain will be presented as well as multiplex tissue profiling of various tissues and organs.. The launch of new “Knowledge summaries” will also be discussed.</p>

Emma Lundberg

Plenary speaker

Vortrag

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