The synthesis of small-molecule linkers for installation of thalidomide-based conjugates is described. Linker properties have been recognized as vital to conjugate success in drug discovery and delivery systems. These small-molecule… Click to show full abstract
The synthesis of small-molecule linkers for installation of thalidomide-based conjugates is described. Linker properties have been recognized as vital to conjugate success in drug discovery and delivery systems. These small-molecule tethers act as linkages between molecules, can also aid in cell permeability, and act as solubilizing agents. This work shows our progress in synthesizing conjugates with a variety of linker characteristics. The adaptability and manipulation of these and other linkers holds potential in improving synthetic control of chemical connectivities toward therapeutic development.
               
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