Combining structural information about silk proteins in solution whilst undergoing mechanical shear will open a new window into silk production in vivo and provide valuable insight into silk's structure property relations. Previous X-ray and NMR investigations have placed silk rheology as secondary to structure, and yet processing conditions are just as important in determining the final fibre properties. In addition said studies used a silk analogue that is now being shown to be entirely inappropriate. Combining the results from a previous ISIS Rheo-SANS study (RB820440) we aim to investigate further using SANS2d and concurrently develop a Bio-Rheo-Scattering platform at the Rutherford. This will not only be a technical achievement in itself, but studying natural silk protein aggregation kinetics will undoubtedly increase our understanding of this interesting and important material.