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There are two leading high throughput experimental technologies for identifying protein interactions – yeast two-hybrid (Y2H) [ 3– 5] and affinity purification followed by mass spectrometry (AP-MS) [ 6– 8].
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We compare here the ability of two leading high-throughput platforms for paired-end deep sequencing, SOLiD (ABI) and Genome Analyzer (Illumina; "Solexa"), to achieve the goal of mutant detection.
PORA is a both deadlock and livelock free routing algorithm, which achieves near-optimal performance in terms of average routing path length with better load balancing thus leading to higher throughput.
This technique allows for inexpensive devices to create strong DEP forces with low Joule heating, leading to a high throughput microfluidic system.
Biotinylated aptamers have been used coupled with avidin on the surface of the glass microchannels/micropillars to capture tumor cells spiked into whole blood containing other nontarget cells leading to a high throughput (∼93% capture efficiency, processing 1 mL of blood in 28 min) and high viability (94%) device.
As a result, the optimal column length leading to the highest throughput occurred at the boundary between the product-concentration limiting region and the pressure-drop limiting region.
At high SNR values, higher spectral efficiency adaptive schemes, i.e., Set-1 and Set-2, are employed more frequently, leading to a higher throughput approaching the non-adaptive throughput of 2 bps/Hz.
For each cell, the total throughput over the cell-edge pixels is computed for each of the sub-bands in {1,…,K} with the same power as reuse-1, and the sub-band leading to the highest throughput value is chosen.
At higher error rate targets, this is less critical, and a channel-aware scheduler can even benefit from the at times slowly changing interference levels (cf. Figure 4), and can therefore make more qualified scheduling decisions leading to a higher throughput.
The NICU at the university hospital admitted seriously ill children from other regional hospitals and had a high throughput of patients, often leading to a high workload.
Solexa, a high throughput sequencing technology, was employed to sequence these libraries, leading to a generation of 16,231,320 and 16,486,660 clean reads from GA3 treatment and the control libraries, respectively.
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