Improved Thermal Management of Microplates Using Thermoconductive Sinks
This study examines the thermal shift profile and equilibrium temperature properties of a room-temperature 96-well microtiter plate placed directly on ice or on a precision-machined thermoconductive interface. We demonstrate that the desired temperature management can easily be achieved through use of the Azenta Thermoconductive Sinks plate adapter. Plates equilibrate more reproducibly, and at a temperature closer to that of the thermal sink. Performance can be further improved through the use of a gap-filling aqueous thermoconductive medium.
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