… -labeled AMNPs was investigated by PET/CT imaging in healthy Wistar … radiochemical
separation of 69 Ge and its utilization towards preparation of nanoradiopharmaceuticals for PET …

… , production cost, low radiochemical purity, cumbersome separation procedures, etc. Among
… -PET (8-12). Thus, in this mini-review, we will focus and epitomize on the radiochemical …

… in the domain of positron emission tomography (PET) imaging. Its multifaceted
applications in the … a) Busse S., Brockmann J., Rösch F., Radiochemical separation of no-carrier-added …

… Using this method a radiochemical yield of over 60% was obtained in the presence of …
platinum and carbon electrodes to contact with probes through which the electric field was supplied…

… Positron emission tomography (PET) has become a powerful scientific and clinical tool for
probing biochemical processes in the human body. This is due, in large part, to advances in …

… probes for PET is far from trivial and radiochemistry is a major limiting factor for the field of
PET… chemical approaches for the synthesis of PET-labeled molecules and highlighted the most …

… of probe … [PET]/computed tomography and PET/magnetic resonance), have enhanced the
research environment for development, evaluation, and application of new molecular probes. 5…

This review article summarizes the recent information regarding general aspects in the
automated synthesis of 18F-labelled PET radiotracers that are prepared via nucleophilic …

… Other applications include the use of PET as accompanying tests for precision therapies,
whereas PET probes are frequently employed as basic and clinical research tools to study …

… F]FMISO in 49% radiochemical yield within 48 min with radiochemical purities > 99% and …
and preclinical purposes in good radiochemical yields (39%), high radiochemical purities (> 99…