Human Protein Atlas

Step 1: Search for proteins overexpressed in a specific cancer type using the Cancer Atlas.

Step 2: Analyze the protein's function and its role in cancer pathways.

Step 3: Evaluate the protein's druggability based on its structure and interactions.

Step 4: Validate the target in preclinical studies using the Human Protein Atlas antibody data.

Step 1: Use the Brain Atlas to examine protein expression patterns in specific brain regions.

Step 2: Compare protein localization in healthy and diseased brain tissue.

Step 3: Identify proteins with altered localization in neurological disorders.

Step 4: Investigate the functional consequences of changes in protein localization.

Step 1: Search for the antibody of interest in the Human Protein Atlas.

Step 2: Review the antibody validation data, including IHC, IF, and WB results.

Step 3: Assess the antibody's specificity based on its staining patterns.

Step 4: Choose antibodies with high validation scores for your experiments.

Step 1: Explore the Single Cell Atlas for protein expression data in immune cells.

Step 2: Identify proteins differentially expressed in various immune cell subtypes.

Step 3: Analyze the functional roles of these proteins in immune responses.

Step 4: Investigate how protein expression changes during immune cell activation or differentiation.

Step 1: Search for proteins specifically expressed in diseased tissues.

Step 2: Compare protein expression levels in healthy and diseased samples.

Step 3: Evaluate the protein's potential as a diagnostic biomarker.

Step 4: Validate the biomarker's performance in clinical studies using Human Protein Atlas data.