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The work below details the computational characterization and functional analysis of a protein, 2QRU, with a known crystal structure. Using a variety of computational methods, a variety of key identifiers in the sequences and structure could be isolated to better understand the function of the protein. This is due to the ideology that sequence denotes structure which denotes function.
2QRU is known to be a hydrolase, most active on esterase. The structure is 276 amino acids long, which is approximately 30.14 kDa. Knowing 2QRU is an alpha/beta hydrolase, the literature helped give further information on possible experimental conditions and substrates that can be used to identify activity. However, experimental data has not been obtained yet.
Structure/Sequence Analysis
Sequence Analysis
SPRITE
Chimera
BLAST
Structure Analysis
DALI
InterPRO
SwissDock
Proposed Functionality
Hypothetical Function
Substrates and Docking Analysis
Experimental Data
Relevance
Structural highlights
