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The bath temperature was controlled via a PID temperature controller.
The bath temperature was controlled using a Dual Automatic Temperature Controller (CL-200) and an in-line solution heater/cooler (SC-20) (Warner Instruments, Hamden, CT) and monitored in real time using a thermo probe positioned near the oocytes.
The molten salt bath temperature was controlled using an electrical heater and a PID temperature controller.
The sand bath temperature was controlled at 5 10 °C above the reaction temperature using a temperature controller (Omega, HH501AJK), with consideration of heat loss and transfer.
The ultrasonic bath temperature was controlled by coupling with a cooling system using a cooling coil (Fisher Scientific Inc. St Louis USA) and water pump (model HJ-111, submersible pump, flow rate 250 L/h, Sunsun Inc., Zhejiang, China).
The water bath temperature was controlled using a Fisher Scientific Isotemp 1013S scientific temperature regulator.
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The chamber was heated through oil bath, of which the temperature was controlled by a temperature controller.
The temperature was controlled by a water bath.
The temperature was controlled using a water bath (Ultratemp FP35-HC, Julabo GmbH, Seelbach, Germany).
The temperature was controlled by a water bath (Polyscience, USA) with the precision at 0.1°C.
The temperature was controlled using a water bath thermostat RTE-111 (Neslab, Instruments, Portsmount, NH).
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