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By changing default output devices in the Cubase preferences, you can change the default output device from the Mixdown to a Multichannel File or a single file.
In the Output Devices, there is a list of all available devices. Some of them are pre-defined and only offer the multichannel mixdown output. For more customised devices, you can also choose your own soundcard device in the preferences:
In the preferences:
A:
I believe you are looking for Output Device Monitor. You can find it under Options > System > Preferences > Output.
Scientists at the Universidad Carlos III of Madrid (UC3M) have developed a microfluidic system capable of combining, in a single microfluidic channel, the continuous pumping of the liquid of the conveying liquid and the mixing of the two liquids, which is usually carried out with another type of microfluidic system. This is done by a discretization of the channel in two phases. It is also a promising tool for different types of biomedical applications.
“The main application of this system is to mix a liquid with a highly concentrated sample in a continuous stream, which cannot be carried out in other systems because the process requires too much time,” explains one of the authors of the study, José L. García-Arenas, Head of the Department of Analytical Chemistry at the IFCE Institute, which is part of the UC3M. “Other applications are blood-based therapies, drug delivery or detection systems.”
A highly concentrated sample can be obtained thanks to the integration of a magnetic nanodrop holder and magnetic beads in the mixing channel, which turns the channel into a mini-centrifuge. “You can combine the liquids and mix them using external magnets, without the need for internal magnets, which are expensive, difficult to obtain and have a small useful life,” he says. The liquid can also be stained using fluorescent markers, which allows the resulting mixture to be studied under a microscope.
For this microfluidic system, the researchers used polydimethylsiloxane (PDMS) and standard soft-lithography techniques. The resulting microfluidic chip is small, cheap to make and can be easily adapted for different applications. It can be used to carry out high throughput analyses and can be incorporated into other types of microfluidic devices.The newest generation of wearable computing devices
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