Ion exchange is a simple and efficient method for separating no-carrier-added 64 Cu from
an irradiated Ni target. We developed a semi-automated two-round 64 Cu separation system …

INTRODUCTION: We have developed a method for producing no-carrier-added 64Cu by
using chelating resin bearing iminodiacetic acid groups. METHODS: We optimized the …

Abstract 64 Cu (T 1/2= 12, 7 h, β− 37, 1%, β+ 17, 9%, EC 41%) is a useful radioisotopes for
positron emission tomography radiopharmaceutical. We used the reaction route 64 Ni (p, n) …

Introduction Copper-64 is an attractive radionuclide for positron emission tomography and is
emerging as a radiotherapeutic agent. The demand of 64 Cu with low metallic impurities has …

Abstract 61 Cu (T1/2= 3.33 h, 61% β+) offers several advantages over other Cu
radioisotopes for labeling radiopharmaceuticals for positron emission tomography (PET) …

Copper-64 was produced by the 64 Ni (p, n) 64 Cu reaction using enriched 64 NiO target.
We investigated and compared the production yield of 64 Cu for proton beams of various …

64Cu is a useful radiotracer for positron emission tomography (PET) and a promising
radiotherapy agent for the treatment of cancer. Recently, 64Cu-labeled …

Background 64Cu (T1/2= 12.7 h) is an important radionuclide for diagnostic purposes and
used for positron emission tomography (PET). A previous method utilized at Paul Scherrer …

A homemade modular PC-controlled radiochemistry system, used to separate the no-carrier-
added 64 Cu from irradiated electroplated solid cyclotron target 64 Ni layers was developed …

Copper-61 (61 Cu) shares with 64 Cu certain advantages for PET diagnostic imaging, but
has a shorter half-life (3.4 hr vs. 12.7 hr) and a greater probability of positron production per …