Nanotechnology has played a tremendous role in molecular imaging and cancer therapy.
Over the last decade, scientists have worked exceptionally to translate nanomedicine into …

Bifunctional chelates offer a general approach for the linking of radioactive metal cations to
macromolecules. In the specific case of 99mTc, a variety of technologies have been …

There is a great current interest in developing target-specific radiopharmaceuticals for early
detection of diseases and radiotherapy of cancers. This critical review will focus on the role …

Positron emission tomography (PET) has become a vital imaging modality in the diagnosis
and treatment of disease, most notably cancer. A wide array of small molecule PET …

99TcVO2–NHC complexes containing monodentate and bidentate N-heterocyclic carbenes
(NHCs) have been prepared by the reactions of [TcO (glyc) 2]−(glyc= ethyleneglycolato) with …

Receptor-based radiopharmaceuticals are of great current interest in molecular imaging and
radiotherapy of cancers, and provide a unique tool for target-specific delivery of …

Positron emission tomography, with its high sensitivity and resolution, is growing rapidly as
an imaging technology for the diagnosis of many disease states. The success of this …

44Ti/44Sc radionuclide generators are of interest for molecular imaging. The 3.97 hours half-
life of 44Sc and its high positron branching of 94.27% may stimulate the application of 44Sc …

Bis-arene complexes of technetium represent a fundamental class of organometallic
compounds. Due to complex synthetic routes, no detailed insights into their properties have …

With the development of 68Ga and 177Lu radiochemistry, theranostic approaches in
modern nuclear medicine enabling patient-centered personalized medicine applications …