SWISS-MODEL

Step 1: Input the amino acid sequence of the novel protein into SWISS-MODEL.

Step 2: Allow the server to automatically search for suitable structural templates.

Step 3: Review the generated model and assess its quality using QMEAN scores.

Step 4: Use the predicted structure to guide experimental studies, such as mutagenesis or ligand binding assays.

Step 1: Retrieve the sequence of the wild-type protein.

Step 2: Introduce the desired mutation into the sequence.

Step 3: Submit the mutated sequence to SWISS-MODEL.

Step 4: Compare the structure of the mutated protein with that of the wild-type protein to identify structural changes.

Step 1: Obtain or model the structure of the protein.

Step 2: Use molecular docking software in conjunction with SWISS-MODEL to predict the binding pose of the ligand.

Step 3: Refine the protein-ligand complex using molecular dynamics simulations.

Step 4: Analyze the interactions between the protein and ligand to identify key binding residues.

Step 1: Obtain the amino acid sequence of the antibody variable heavy and light chains.

Step 2: Submit the sequences to SWISS-MODEL for homology modeling.

Step 3: Analyze the resulting structure to identify the Complementarity Determining Regions (CDRs).

Step 4: Use the 3D model to understand how the antibody binds to its antigen.

Step 1: Identify the subunits of the protein complex and their sequences.

Step 2: Model each subunit individually using SWISS-MODEL.

Step 3: Use protein-protein docking algorithms to assemble the subunits into a complex.

Step 4: Refine the complex structure using molecular dynamics simulations.