Examples of using Microfluidic in English and their translations into Italian
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Ecclesiastic
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Computer
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All microfluidic channel parts are modularized(parameterized)
New microfluidic tools are being developed in research labs for use in proteomics,
The use of microfluidic platforms increases throughput in comparison to capillary array electrophoresis because of the improved sample injection
elastomers means microfluidic Sanger sequencing technologies are a cost effective method of DNA sequencing.
Biological studies Microfluidic systems are an ideal platform for biological studies due to their advantages such as low sample requirements,
The main advantage of microfluidic Sanger sequencing technologies is that they provide the integration of many laboratory protocols,
Other bio-tech programs within ST's Microfluidic Division include the In-Check lab-on-chip platform,
Microfluidic systems are developed using a simple technique called photolithography,
Following the endothelialization protocol, a confluent HDMEC coverage of the microfluidic channel circuit is obtained within four days of dynamic culture, as shown in Figure 2.
Microfluidic biosensors can detect the target biomolecule in small sample volumes by the interaction between the analyte
Inject the medium into the microfluidic circuit by repeatedly pushing down
The current microfluidic layout of the MOC system allows the coculture of up to three tissues.
The chips hold the sample in a closed microfluidic environment reducing the risk of cross-contamination.
a tiny microfluidic device that we use to weigh single cells.
the movement towards this microfluidic application is still in its infancy.
when used to perfuse all cell cultures in the microfluidic device, maintains the cells' functional levels.
Currently, this technique suffers from limitations of no integration between cantilever arrays and microfluidic networks, and non-standard variations in the performance.
sulfates accurately, reliably and affordably is an analyzer based on microfluidic capillary electrophoresis.
In particular, the Centre is developing a bioprinting system based on the microfluidic extrusion of cell-laden hydrogel fibres.
formed a confluent monolayer in the microfluidic circuit.