The CO2SMO Plus was connected to a computer equipped with software to record the flow, volume, pressure, pressure volume, flow volume, and capnography measurements and curves.
After implanting the microarray in Burkhart's brain, researchers connected it to a computer equipped with a machine-learning algorithm, which they connected in turn to a polymer gel sleeve on Burkhart's forearm.
Measurements were performed using a Leica microscope (magnification 40×) attached to a video camera and connected to a computer equipped with image analysis software (Image-Pro Plus 3.0, Media Cybernetics, Silver Spring, MD, USA).
The microscope was coupled to a 1394 (Scion Corporation) numeric high resolution camera directly linked to a computer equipped with the Scion Visiocapture acquisition software, and 20 random fields were recorded over a 1 cm area in the middle of the perfusion chamber.
The data reported in the Table 8 refer to a computer equipped with a SSD drive.
Signals from the isometric transducer were amplified, collected, and digitized with the aid of a computer equipped with a DT2821 analogue to digital interface board (Data Translation, Marlboro, USA), as previously reported [41].
Extracellular neuronal activity was amplified, bandpass-filtered (300 3000 Hz) using a preamplifier (Neurolog, Digitimer, UK), displayed on an oscilloscope, transferred via a Powerlab interface (AD Instruments, Charlotte, NC, USA) to a computer equipped with Chart 5 software (AD Instruments, Charlotte, NC, USA).
Males were ice-anaesthetised and morphological measurements made using a videomicroscope attached to a computer equipped with NIH Image software.
The analysis was performed on a PIXImus2 X-ray unit (GE Lunar Corporation, Madison, WI) connected to a computer equipped with LUNAR PIXImus software.
Pure tone stimuli were synthesized by a computer equipped with DIGI 96 soundcard connected to an analog/digital interface (ADI-9 DS, RME Intelligent Audio Solution).
