The cell temperature was controlled through a temperature controller and monitored by thermocouples buried in the graphite blocks.
After completion of activation, flow rate of carrier gas was controlled through a mass flow controller at 40 mL/min, an optimum rate from previous studies [19].
Admission was controlled through a strict guest list.
The amount of sparsity was controlled through a single parameter.
Movement of welding was controlled through the manual control box.
Weight was controlled through the use of lightweight materials like carbon fiber.
Stimulus presentation was controlled through Matlab (The Mathworks, Nattick, MA, USA) by Version 3 of the Psychophysics Toolbox29.
Furthermore, the competition was controlled through changing the solvent evaporation rate.
The matrix composition was controlled through decreasing the solids concentration or the molar mass of the encapsulating biomaterial, alginate.
Therefore, the intensity of the green emission was controlled through orientation of the device with respect to the microvessels axis.
Drying air temperature was determined as 40 °C and it was controlled through this system with ±0.36 °C uncertainty.
