In 2004, I suggested a solution to this dilemma in which high throughput might be achieved by parallelization of low-throughput traditional biochemical approaches [ 1].
However, unlike the state-of-the-art algorithm in which UE throughput is sometimes severely degraded, the heuristic algorithm introduced in this paper yields throughput gains of up to 25%% with respect to a baseline scheme not implementing energy savings.
Recovery of bitumen commonly uses steam assisted-gravity drainage, in which water throughput is intrinsically high.
Coincidentally, the RTT increases drastically from the node 3, in which the throughput also decreases.
We show that there is a partial interference region, in which the throughput of each link increases continuously with the separation between the links in the network.
The fourth metric is link utilization in which the throughput part of all the next neighborhood nodes confirms the best path.
An example of optimal block exploration is shown in Figure 3c, in which the throughput of C1 is low when B1 is constructed in an inferior block (i.e., subchannels 1, 2, and 3), whereas the throughput is high when B1 is constructed in an optimal block (i.e., subchannels 5 and 6).
Yeast Saccharamyces cerevisiae share conserved sequences with known and predicted human proteins and provide a powerful model organism in which high throughput genetic screens can be performed [14], [15], [16], [17].
A potentially less technically sensitive measurement of the large-scale organization of gene expression levels is theoretically possible with the emerging technology of RNAseq [33] in which high throughput sequencing allows the sequencing and counting of all mRNA species within a sample.
Examples are included in which high-throughput screening (HTS) hits or naturally occurring ligands such as substrates or transition-state analogs have been cocrystallized with their target protein.
