proteins remains challenging. To address the complexity of the proteome, novel materials and

. However, a detailed understanding of the photoluminescence (PL) from SiNCs is convoluted by the complexity

.). Given the complexity of both nanomaterials and biological surfaces, we simplify our systems to include

complexity and synthetic sophistication to previously reported frameworks. In collaboration with Prof

become irreversibly trapped on chromosomal DNA. The structural complexity of cross-linking and the

polycarbonates. The complexity of the discharge products indicate the complicated cell environment of lithium

the difficulty of molecules of peptidic size and complexity to reach the site of action, primarily the