STRING

1. Input disease-related proteins into STRING.

2. Analyze the resulting network to identify central hub proteins.

3. Investigate the function of hub proteins and their role in the disease.

4. Prioritize hub proteins as potential drug targets.

1. Input proteins involved in the cellular process into STRING.

2. Perform functional enrichment analysis to identify enriched pathways.

3. Visualize the protein-protein interaction network to see how proteins connect within pathways.

4. Interpret the results to understand the pathway's role in the cellular process.

1. Input the uncharacterized protein into STRING.

2. Analyze its interaction network to identify interacting proteins with known functions.

3. Infer the function of the uncharacterized protein based on the functions of its interacting partners.

4. Validate the predicted function through experimental assays.

1. Input a list of mutated cancer genes into STRING.

2. Analyze the protein-protein interaction network to identify highly interconnected genes.

3. Perform functional enrichment analysis to identify pathways associated with cancer development.

4. Use the network to identify potential therapeutic targets.

1. Input pathogen proteins and host proteins into STRING.

2. Analyze the resulting interaction network to identify key interactions.

3. Investigate the functional consequences of these interactions.

4. Identify potential targets for therapeutic intervention.