Copper-64 was produced as a by-product of 55 Co via 64 Ni (p, n) 64 Cu by 15 MeV proton
bombardment of nat Ni resulting in a thick target yield of 5.31 MBq/μAh (143.5 μCi/μAh) and …

A nat Co target was irradiated with 47 MeV 7 Li beam to produce no-carrier-added 61 Cu, 62
Zn in the target matrix. Two new green radiochemical methods were developed for …

Conclusions This preliminary study shows an alternative method for production of not only
64Cu, but also other Cu radionuclide such 61Cu and 67Cu. The latter is also of interest for …

INTRODUCTION: The development of novel bifunctional chelates for attaching copper-64 to
biomolecules has been an active area of research for several years. However, many of …

This article is intended to provide an overview of the production and application of 89Zr for
the professional development of nuclear medicine technologists. It outlines the cyclotron …

The method for 64Cu production based on a 64Ni target using an 18MeV proton energy
beam was developed. The studies on the optimisation of targetry for the 18MeV proton …

Positron emission tomography (PET) is a powerful imaging technique that provides in vivo
information on the distribution of radiolabeled biomolecules. For example, 2-deoxy-2-18F …

The aim of present study was to determine the efficiency of commercially available PEG-
based resins for separation of 99mTc from irradiated 100Mo target. Stable and radioactive …

Interest has been growing in the development of medical radioisotopes used for noninvasive
nuclear medicine imaging of disease and cancer therapy. Especially the development of an …

Measurement of the rate of loss of 64Cu from the chelators used in the preparation of 64Cu-
labeled proteins is critical to the development of effective 64Cu-labeled …