Patent Number: 
Section: claims

1. A synthesizer for producing radiopharmaceuticals comprising:a) a stationary processor having a disposable kit interface planar structure disposed substantially vertically and at least:i) a plurality of rotary actuators protruding horizontally from said interface surface,ii) a plurality of push-on fluidic connectors protruding horizontally from said interface surface, andiii) structure for releasably interfacing a disposable kit to said rotary actuators and push-on connectors by means of linear actuators that provide translation in a horizontal direction; andb) at least one disposable kit having:i) a processor interface planar structure disposed substantially vertically containing at least:1) a plurality of rotary slide valves having rotors adapted to interface with said rotary actuators and apertures for making fluidic connections to flexible tubing, and2) a plurality of push-on fluidic connectors adapted to interface with said processor push-on fluidic connectors and having fittings for making fluidic connections to flexible tubing, andii) a reagent and reactor vessel mounting structure affixed to said processor interface planar structure and disposed generally horizontally opposite said processor containing at least:1) a plurality of vessel mounting structures, said mounting structures having fittings for making fluidic connections to flexible tubing, and2) a plurality of flexible tubes for connecting said fittings of one vessel mounting structure to another and to said rotary slide valve apertures and push-on connectors. 2. The synthesizer of claim 1 wherein said processor structure for releasably interfacing a disposable kit further comprises a pair of side supports with slots disposed to allow said kit processor interface planar structure to slide vertically and at least one support rod protruding horizontally form said processor and having a shorter length than the maximum extension of said linear actuators. 3. The synthesizer of claim 1 wherein said processor further comprises a vessel heater affixed to actuators that move in a vertical direction with sufficient upward extent to heat a reactor vessel attached to said kit and sufficient downward extent to clear said reactor vessel during horizontal kit translation. 4. The synthesizer of claim 1 wherein said kit processor interface planar structure has a plurality of holes and said kit reagent and reactor vessel mounting structure has a plurality of corresponding fingers having a curved ends, said holes and fingers disposed so that insertion of said fingers in said holes locks said reagent and reactor vessel mounting structure to said processor interface planar structure. 5. The synthesizer of claim 1 wherein said kit rotary slide valves each comprise a circular cavity in said processor interface planar structure having a base with at least one tubing pass through hole, an elastomer planar stator disposed in said cavity having corresponding holes sufficiently undersized to secure tubing inserted therein, and a two-sided planar rotor disposed adjacent said stator having at least one fluidic channel on the side adjacent said stator and a rotary actuator engagement feature on the opposite side. 6. The synthesizer of claim 5 wherein said kit rotary slide valve rotor is comprised of a radiation resistant polymer selected from the group consisting of VITON and Buna N rubbers and having a Shore A hardness of about 65–75. 7. The synthesizer of claim 6 wherein said rotary valves are about 10 mm in diameter and said rotary actuators have spring loaded rotary valve engagements providing a force against said rotor in the range of about 30–45 N. 8. The synthesizer of claim 1 wherein the maximum horizontal width of said processor and said kit in a direction parallel to said interface structures is less than about 16 cm. 9. The synthesizer of claim 1 further comprising a radiation shielded container disposed below said structure for releasably interfacing a disposable kit so that after release said kit falls into said container. 10. A disposable kit for producing radiopharmaceuticals in conjunction with a stationary processor comprising:a) a plurality of rotary slide valves having rotors with engagement features adapted to interface with rotary actuators and apertures for making fluidic connections to flexible tubing;b) a plurality of push-on fluidic connectors with openings adapted to interface with mating push-on fluidic connectors and having fittings for making fluidic connections to flexible tubing, wherein said plurality of rotary slide valves and said plurality of push-on fluidic connectors are arrayed on a processor interface planar structure and oriented to interface in a single processor direction; andc) a reagent and reactor vessel mounting structure affixed to said processor interface planar structure and disposed generally horizontally opposite said processor direction and containing at least:1) a plurality of vessel mounting structures, said mounting structures having fittings for making fluidic connections to flexible tubing, and2) a plurality of flexible tubes for connecting said fittings of one vessel mounting structure to another and to said rotary slide valve apertures and push-on connectors. 11. The disposable kit of claim 10 wherein said kit processor interface planar structure has a plurality of receptacles and said kit reagent and reactor vessel mounting structure has a plurality of corresponding fingers having a curved ends, said receptacles and fingers disposed so that insertion of said fingers into said receptacloes locks said reagent and reactor vessel mounting structure to said processor interface planar structure. 12. The disposable kit of claim 10 wherein said kit rotary slide valves each comprise a circular cavity in said processor interface planar structure having a base with at least one tubing pass through hole, an elastomer planar stator disposed in said cavity having corresponding holes sufficiently undersized to secure tubing inserted therein, and a two-sided planar rotor disposed adjacent said stator having at least one fluidic channel on the side adjacent said stator and a rotary actuator engagement feature on the opposite side. 13. The disposable kit of claim 12 wherein said kit rotary slide valve rotor is comprised of a radiation resistant polymer selected from the group consisting of VITON and Buna N rubbers and having a Shore A hardness of about 65–75 and a diameter of about 10 mm so that a force against said rotor in the range of about 30–45 N is sufficient to provide a leak tight seal against a hydrostatic pressure of 100 kPa (14.5 psi). 14. A method of producing radiopharmaceuticals comprising the steps of:1) providing a stationary processor having a disposable kit interface planar structure disposed substantially vertically and at least a plurality of rotary actuators protruding horizontally from said interface structure, a plurality of push-on fluidic connectors protruding horizontally from said interface structure, and structure for releasably interfacing a disposable kit to said rotary actuators and push-on connectors by means of linear actuators that provide translation in a horizontal direction; and2) providing at least one disposable kit having:a) a processor interface planar structure containing at least a plurality of rotary slide valves, having rotors adapted to interface with said rotary actuators and apertures for making fluidic connections to flexible tubing, and a plurality of push-on fluidic connectors adapted to interface with said processor push-on fluidic connectors and having fittings for making fluidic connections to flexible tubing, andb) a reagent and reactor vessel mounting structure affixed to said processor interface planar structure and disposed generally perpendicularly and containing at least a plurality of vessel mounting structures, said vessel mounting structures having fittings for making fluidic connections to flexible tubing, and a plurality of flexible tubes for connecting said fittings of one vessel to another and to said rotary slide valve apertures and push-on connectors;3) mounting at least one reactor vessel to said kit vessel mounting structure;4) filling reagent vessels with predetermined reagents, adding fluidic seals, and mounting said vessels to said kit vessel mounting structure;5) fluidically interconnecting said disposable kit rotary valves, push-on connectors, and vessel mounting structure fittings in a predetermined fluidic configuration;6) making fluidic connections to said reagent vessels through said seals;7) interfacing said disposable kit to said stationary processor; and8) operating said processor to produce radiopharmaceuticals. 15. The method of claim 14 wherein steps 2–5 are preformed at a geographical location remote from said processor. 16. The method of claim 15 wherein steps 2–5 are performed at a central geographic location using a plurality of kits and distributed to a plurality of remote production facilities to carry out steps 6–8. 17. The method of claim 14 wherein said radiopharmaceutical is FDG. 18. The method of claim 14 where said disposable kits have a fluidic output fitting and a fluidic input fitting and the method further comprises, in step 7, interfacing one or more kits, each to a processor, and connecting outputs of one or more kits to inputs of other kits and, in step 8, operating two or more processors in sequence to produce a radiopharmaceutical. 19. The method of claim 14 further comprising the added steps of releasing said disposable kit into a shielded container and interfacing a second disposable kit to process a second batch of radiopharmaceuticals.