Several dendrimer-based contrast agents have been properly designed for in vivo specific
diagnostic applications, displaying high flexibility for the molecular imaging of organs and …

The extensive adaptability of dendrimer-based contrast agents is ideal for the molecular
imaging of organs and other target-specific locations. The ability of literally atom-by-atom …

Dendrimers are currently under investigation as potential polymeric carriers of contrast
agents for magnetic resonance imaging (MRI), scintigraphy and X-ray techniques, ie …

Disease diagnosis can provide crucial information for clinical decisions that influence
outcome in serious disorders. However, these diagnosis methods possess specific …

Dendrimers possess unique three-dimensional architectures, highly branched
macromolecular characteristics, and abundant terminal functional groups. These properties …

Dendrimers are a class of synthetically produced highly branched, spherical nanostructures
that can be used as carrier molecules for imaging agents. A variety of dendrimers exist and …

Abstract “Nanotheranostic” is an integrative approach to achieve diagnosis and therapeutic
effect simultaneously, using nanocarriers. Nanotheranostic platform can be engineered to …

Dendrimers are an attractive platform for macromolecular imaging due to the presence of
multiple terminal groups on the exterior of the molecule. Through application of appropriate …

Dendrimers are members of a versatile, fourth new class of polymer architecture (ie dendritic
polymers after traditional linear, crosslinked and branched types)[1]. Typically, dendrimers …

Magnetic resonance imaging (MRI) is a non-invasive clinical imaging modality, which has
become widely used in the diagnosis of human diseases around the world. Some MRI …