Radiopharmaceutical delivery system for patient infusion

A radiopharmaceutical drug delivery system comprising:

• an ergonomic movable cart with integrated handle;
• a theranostic informatics system with a computer screen (19) as a graphical user interface (GUI);
• a shielded infusion pump;
• a gamma detector;
• and a separable radioactive dose transportation and containment module (13);
• wherein the gamma detector detects real time decay;
• wherein a separable radioactive dose transportation and containment module (13) comprises:
• a) a configurable shielding (18) that may be removed and replaced as a function of a different radionuclide type, quantities and volume;
• b) a radioactive dose contained within a syringe (8) or a vial (26);
• and
• c) a disposable sealed multi-dose fluid cartridge (7) connected to the syringe (8) via a compression fitting;
• wherein the multi-dose cartridge (7) is enabled for mode change;
• and
• wherein the disposable sealed multi-dose fluid cartridge is allowed to withdraw a custom volume from the vial (26) or the syringe (8).

A radiopharmaceutical drug delivery system comprising:

• a configurable dose transporter (6);
• separable radioactive dose transportation and containment module (13);
• a disposable sealed fluid cartridge (7);
• a shielded infusion pump;
• a waste management system;
• a theranostic informatics system;
• a controller;
• wherein the controller is configured for automatically performing a daily quality control test at a pre-determined time of a day in which the delivery system is being used, wherein the time of the day is set by a user;
• and
• wherein the theranostic informatics system comprises:
• a) an encoder reader to read information encoded in QR code, RFID tags, MCIR, barcode, or other encoded information of a drug container, wherein the drug container comprises a vial or a syringe;
• b) a computer screen (19) as a graphical user interface (GUI) to receive a user input;
• c) a control system to perform functions of an infusion system based on user input infusion parameters;
• d) a patient specific infusion protocol to deliver different radiopharmaceutical drugs using an automated infusion system based on user input;
• wherein the theranostic informatics system will computes individual infusion protocols based on patient characteristics, scanner parameters and drug concentration;
• and
• wherein the disposable sealed fluid cartridge is configured for withdrawing a radiopharmaceutical drug based on user input infusion parameter.