EBI (European Bioinformatics Institute)

Step 1: Obtain the nucleotide or protein sequence of the gene of interest.

Step 2: Use the BLAST service on the EMBL-EBI website to search against a database of sequences from other species.

Step 3: Analyze the BLAST results to identify homologous genes with significant sequence similarity.

Step 4: Examine the annotations and functional information associated with the homologous genes to understand their role in different species.

Step 1: Obtain the amino acid sequence of the protein.

Step 2: Use the protein structure prediction tools on the EMBL-EBI website to generate a structural model.

Step 3: Evaluate the quality and reliability of the predicted structure.

Step 4: Use the structural model to guide experimental studies or to predict protein-ligand interactions.

Step 1: Upload the RNA-Seq data to the EMBL-EBI's expression analysis tools.

Step 2: Perform normalization and quality control of the data.

Step 3: Identify differentially expressed genes using statistical methods.

Step 4: Perform pathway enrichment analysis to identify biological pathways that are affected by the differentially expressed genes.

Step 1: Use the EMBL-EBI's IntAct database to search for known protein-protein interactions.

Step 2: Visualize the protein-protein interaction network.

Step 3: Analyze the network to identify key proteins and pathways.

Step 4: Integrate the interaction data with other biological information to gain a comprehensive understanding of the cellular process.

Step 1: Choose the appropriate public repository for the data type.

Step 2: Format the data according to the repository's requirements.

Step 3: Use the EMBL-EBI's data submission tools to submit the data.

Step 4: Validate the data and ensure that it meets the repository's quality standards.