… the first review that encompasses exclusively complexes with … tracers for cerebral and
myocardial blood flow was carried … lowers the Cu 2+ /Cu 1+ redox potential by around 60 mV/alkyl …

… Cu levels were unlikely to confound our assessment of Cu … to the biologically inert
fluorescent tracer (5 kDa FITC-… identified opposite effects of Cu II (atsm) and Cu II (gtsm) on P…

… We have prepared a series of new bis(thiosemicarbazones) … of the Cu(btsc) complexes
strongly correlate with the Cu II/I … The new tracer, [ 64 Cu]Cu(L 2 ), was compared with [ 64 Cu]Cu(…

… of the ligand have lower Cu II/I reduction potential and are therefore less … Both the tracers
show good brain uptake after 2 min … In this work a family of bis(thiosemicarbazone) ligands with …

… for measuring altered copper trafficking in the brain during … weight of the tracer. To that
end we have investigated hybrid … The complex crystallises with the Cu II in a distorted square …

… tracers for PET (positron emission tomography) for imaging hypoxic tissues, 1–4 cerebral 5
and myocardial perfusion, 6–9 changes in brain … 64 Cu or 62 Cu), has been widely evaluated …

… showed less negative copper II/I redox potentials, and strong … uptake, being a potential
amyloid tracer for imaging of AD [8]. … -gp at the BBB to impact brain drug delivery and clearance of …

… of copper bis(thiosemicarbazone) complexes for potential use in … -injection of the tracer for
texture analysis; (B) 3D brain ROI; (C) … This article will then review the current uses of copper …

… , a simple tracer kinetic model for estimation of perfusion using image-derived input
functions, and validation of the method against a reference standard perfusion tracer. A detailed …

… that [ 64 Cu]Cu(gtspyr) has reasonable brain uptake but high … copper(II) complexes of
bis(thiosemicarbazone) ligands (Cu(… the perfusion tracer 64 Cu(ptsm) and the hypoxia tracer 64 …