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App note: Mass photometry of nanocages
Learn how mass photometry can be employed for the analysis of protein nanocages, such as ferritin. Discover how it can measure ferritin assembly, stability, and pH-induced disassembly/reassembly. Gain insights on how mass photometry revolutionizes the quantification of nanocage assembly dynamics, enabling quick and accurate assessments. Moreover, learn how it efficiently monitors nanocage cargo loading, revealing valuable insights for drug delivery applications.
Additional resources
APPLICATION NOTE: Formation of PROTAC ternary complexes measured with mass photometry
Learn how mass photometry can be used to inform on aspects of PROTAC ternary complex formation in solution, without requiring protein labelling or immobilization. These aspects involve a range of behaviors important for PROTAC mechanistic function: ternary complex formation, cooperativity, stoichiometry, and hook effect. Discover how you can apply mass photometry to visualize the possible intermediate interactions, due to cooperative effects, in a three-part PROTAC system.
WEBINAR: The evolution of carbon fixation: Studying Form I Rubisco using ancestral sequence reconstruction and mass photometry
Discover how mass photometry can be used in combination with ancestral sequence reconstruction to determine when an ancestral enzyme gained its structural complexity and how it started to interact with a novel subunit.
