Instrument for performing a diagnostic test on a fluidic cartridge

1. A fluidic cartridge system for carrying out a diagnostic test on a sample contained therein, the cartridge system comprising:

a cartridge comprising

a fluidic layer comprising at least one sample processing region, at least one collapsible blister containing a liquid reagent, a pneumatic interface, an electrical interface and at least one mechanical valve, and

a cartridge reader comprising:

a housing;

an upper clamp occupying a fixed position relative to the reader and a lower clamp movable relative to the upper clamp, wherein the upper clamp and the lower clamp define a cartridge receiving region therebetween, wherein the cartridge receiving region comprises a tray configured to move between an open position and a closed position and to receive a cartridge;

a thermal module comprised in the lower clamp;

a pneumatics module comprising a plurality of pneumatic interfaces;

at least one mechanical actuator;

at least one blister actuator;

an electrical module comprising a plurality of pins; and

a barcode reader, wherein at least part of each of the pneumatics module, the at least one mechanical actuator, the at least one blister actuator, the electrical module and the barcode reader are coupled to the upper clamp so as to be spaced apart from the thermal module by the cartridge receiving region,

wherein the at least one sample processing region is configured to be heatable by the thermal module; the pneumatics interface is configured to couple to the plurality of pneumatic interfaces of the pneumatics module; the mechanical valve is configured to be actuated by the mechanical actuator; the at least one collapsible blister is configured to be collapsed by the at least one blister actuator; and the electronics interface is configured to couple to the plurality of pins of the electrical module,

wherein the housing supports the cartridge receiving region, the pneumatics module, the at least one mechanical actuator, the at least one blister actuator, the electrical module comprising a plurality of pins, and the barcode reader.

2. The fluidic cartridge system of claim 1 , configured for use with the cartridge reader, wherein the cartridge reader further comprises a control unit for controlling operation of the thermal module, the pneumatics module, the at least one mechanical actuator, the at least one blister actuator, the electrical module and the barcode reader.

3. The fluidic cartridge system of claim 2 , configured for use with the cartridge reader wherein the housing of the cartridge reader comprises:

a first partition between a first thermal zone comprising the thermal module and a second thermal zone comprising the pneumatics module, the at least one mechanical actuator, the at least one blister actuator, the electrical module and the barcode reader; and

a second partition between the second thermal zone and a third thermal zone comprising the control unit.

4. The fluidic cartridge system of claim 3 , configured for use with the cartridge reader wherein the first and second partitions of the cartridge reader comprise thermally insulating partition walls comprised in the housing.

5. The fluidic cartridge system of claim 4 , configured for use with the cartridge reader wherein each of the first, second and third thermal zones of the cartridge reader comprises a fan configured to draw air in through a respective inlet in the housing, and further comprises one or more vents for allowing air to exit the housing.

6. The fluidic cartridge system of claim 3 , configured for use with the cartridge reader wherein the housing of the cartridge reader comprises a base, a front side, a rear side and a top; and wherein the first thermal zone is located at the base of the housing toward the front side; and wherein the third thermal zone is elevated above the base of the housing toward the rear side.

7. The fluidic cartridge system of claim 6 , configured for use with the cartridge reader wherein the third thermal zone of the cartridge reader is spaced apart from the top of the housing.

8. The fluidic cartridge system of claim 6 , configured for use with the cartridge reader wherein each of the first, second and third thermal zones of the cartridge reader comprises a fan configured to draw air through a respective inlet in the housing, and further comprises one or more vents for allowing air to exit the housing, and wherein the inlet for the fan of the first thermal zone is located in the base of the housing.

9. The fluidic cartridge system of claim 6 , configured for use with the cartridge reader wherein each of the first, second and third thermal zones of the cartridge reader comprises a fan configured to draw air through a respective inlet in the housing, and further comprises one or more vents for allowing air to exit the hon sing, and wherein the inlet for the fan of the second thermal zone is located in the base of the housing.

10. The fluidic cartridge system of claim 6 , configured for use with the cartridge reader wherein the one or more vents of the cartridge reader are located at the top of housing, at the base of the housing and at the rear side of the housing.

11. The fluidic cartridge system of claim 10 , configured for use with a cartridge reader wherein the vents at the base of the housing of the cartridge reader are connected with the first thermal zone.

12. The fluidic cartridge system of claim 10 , configured for use with the cartridge reader wherein the vents at the top of the housing of the cartridge reader are connected with the second thermal zone.

13. The fluidic cartridge system of claim 10 , configured for use with the cartridge reader wherein the vents at the rear side of the housing of the cartridge reader are connected with the second and third thermal zones.

14. The fluidic cartridge system of claim 1 , configured for use with the cartridge reader wherein the tray of the cartridge reader comprises a rib, and the housing comprises a slot in which the rib may slide freely during movement of the tray from the open position to the closed position, and wherein the slot has a tapered portion sized to hold the rib firmly when the tray is in the closed position so as to prevent movement of the tray.

15. The fluidic cartridge system of claim 1 , configured for use with the cartridge reader wherein the lower clamp of the cartridge reader is configured, in use, to lift a cartridge from the tray and fixedly hold the cartridge against the upper clamp.

16. The fluidic cartridge system of claim 1 , configured for use with the cartridge reader wherein the upper clamp, the lower clamp and the tray of the cartridge reader are inclined at an angle of between 1° and 10° to a surface on which the housing is configured to rest.

17. The fluidic cartridge system of claim 1 , configured for use with the cartridge reader further comprising a sensor for sensing when the tray is not in the closed position, a power supply, and a power supply controller configured to cut power to the thermal module when the sensor senses the tray is not in the closed position.

18. The fluidic cartridge system of claim 1 , configured for use with the cartridge reader wherein the housing of the cartridge reader has an access panel configured to provide a user access to replace the thermal module.

19. The fluidic cartridge system of claim 1 , configured for use with the cartridge reader further comprising alignment pins between the upper and lower clamps of the cartridge reader such that the lower clamp remains aligned with the upper clamp during movement relative thereto.

20. The fluidic cartridge system of claim 1 , configured for use with the cartridge reader wherein the pneumatics module, the at least one mechanical actuator, the at least one blister actuator, and the electrical module of the cartridge reader are mounted in the housing using one or more springs.