Abstract
Mitochondrial dysfunctions lead to the emergence and development of a large number of diseases. The present review gives the first systematic survey of various aspects of studies of mitochondria-targeted nanosystems containing triphenylphosphonium vector groups providing targeted delivery of drug substances to these organelles. Approaches to the design of components and various nanoparticles bearing these groups are summarized and analyzed. The relationship between the key parameters of triphenylphosphonium nanoparticles (chemical composition, size, shape, ζ-potential, drug loading, drug encapsulation efficiency, <i>etc</i>.) and the biological action is discussed; in some cases, the mechanism of mitochondria targeting is given. The design principles and preparation methods for mitochondria-targeted triphenylphosphonium delivery nanosystems are of interest to researchers in the field of nanomaterials, nanotechnology, molecular biology, biotechnology and pharmaceutical chemistry. <br> The bibliography includes 243 references.
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