Radiochemical Synthesis Apparatus Using Spatial Temperature Manipulation
OwnerJianzhong Zhanginventor
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Abstract
A compact and flexible apparatus that may be used to carry out multistep chemical or radiochemical synthesis is disclosed. Radiochemical tracers may be synthesized through a spatial temperature manipulation approach. The reaction vessel and the reagent vials can be removed after a single use, suggesting the apparatus can be used multiple times a day.
Claims10
A radiochemical synthesis apparatus comprising
- a reaction vessel positioned to receive a radioisotope and at least one reagent;
- a plurality of temperature manipulation elements preconditioned and actuated to provide fast and stable heat transfer to the reaction vessel;
- an evaporating element actuated to provide drying, evaporating or concentration needs;
- a first moving means adapted to accommodate the reaction vessel and move the reaction vessel along a track to reach at least the plurality of temperature manipulation elements and the evaporating element, which are placed along the track;
- whereby when heat is transferred to the reaction vessel from one of the plurality of temperature manipulation elements the content of the reaction vessel is dried, evaporated or concentrated;
- or when heat is transferred to the reaction vessel from another one of the plurality of temperature manipulation elements a radiochemical reaction is carried out, generating a radiochemical product or a radioactive intermediate;
- or when heat is transferred to the reaction vessel from yet another one of the of the plurality of temperature manipulation elements further radiochemical reaction is carried out, turning the radioactive intermediate into a radiochemical product.
Both the reaction vessel and the at least one reagent vial may be sealed with a pierceable member and may be further sealed with a sealing member.
A method for producing a radiochemical product or producing multiple radiochemical products daily comprising the steps of
- (a) preconditioning a plurality of temperature manipulation elements to the predetermined temperature before a reaction vessel is in heat transfer communication with the plurality of temperature manipulation elements;
- (b) prefilling at least one reagent vial with at least one reagent before the reaction vessel is in mass transfer communication with the at least one reagent vial;
- (c) accommodating the at least one reagent vial and moving the at least one reagent vial to a loading position;
- (d) accommodating the reaction vessel and moving the reaction vessel to fill a radioisotope or fill the at least one reagent from the at least one reagent vial;
- (e) moving the reaction vessel to reach one of the plurality of temperature manipulation elements, whereby the content in the reaction vessel is dried, evaporated or concentrated;
- (f) moving the reaction vessel to reach another one of the plurality of temperature manipulation elements, whereby the radioisotope and the at least one reagent react to generate a radiochemical product or a radioactive intermediate;
- (g) moving the reaction vessel to reach yet another one of the plurality of temperature manipulation elements, whereby the radioactive intermediate turns into a radiochemical product;
- (h) retrieve the radiochemical product or the radioactive intermediate from the reaction vessel;
- and
- (i) removing the reaction vessel and the at least one reagent vial.
Dependencies are inferred from the claim text.