Preparation and performance studies of 99Mo/99mTc column generators based on nano zirconium molybdate

Porphyrinic metal–organic frameworks as molybdenum adsorbents for the 99Mo/99mTc generator

“…If those routes became a reality, more than 75 research reactors and many accelerators worldwide could be utilized to produce 99 Mo. 8,9 However, 99 Mo produced by (n, γ) and (γ, n) reactions has low specific activity and the commercial generator material cannot be used because of the low adsorption capacity of the alumina column (2-20 mg g −1 ) currently used. 10 There are two options to overcome this limitation.…”

“…If those routes became a reality, more than 75 research reactors and many accelerators worldwide could be utilized to produce 99 Mo. 8,9…”

A semi-automated module for the separation and purification of 99mTc from simulated molybdenum target

“…Column chromatography is the most commonly used technique and the uptake of technetium on TEVA resin from a variety of matrices is high in mildly acidic conditions [24]. Various resins selective to [ 99m Tc]TcO 4 -, such as zirconium molybdate gel [25], ion-exchange resin [26], PEG modified C18 [27] and AnaLig®Tc-02 resin [28][29][30], have been tested.…”