The phrase "appropriate throughput" is correct and usable in written English.
It can be used in contexts related to data transfer, network performance, or production processes where the efficiency or capacity of a system is being discussed.
Example: "To ensure optimal performance, we need to establish the appropriate throughput for our network infrastructure."
Alternatives: "suitable bandwidth" or "adequate data rate".
This partially stems from the difficulty in establishing an appropriate high throughput in vitro system, which would presumably also require ATRIP and other components (Wagner and Kaufmann, 2010).
However, a major limitation has been availability of appropriate high-throughput methods for quantification.
Since even a small number of signaling cascades may include hundreds of proteins and other signaling molecules, this step also involves selection of the smaller subset of signaling proteins, "signals", which are believed to be the most relevant for the regulation of a signaling network (based on the background biological knowledge and availability of appropriate high-throughput technology).
A non-cooperative game is proposed in order to study the interaction among users, where each user (selfishly) decides the appropriate amount of throughput to re-inject in the WLAN network in order to satisfy its throughput requirement.
In order to optimise the use of currently available infrastructure and to encourage further development of high-throughput embryo imaging technologies (Zhang et al., 2010), it is recommended that appropriate standards of throughput, sensitivity and specificity be adopted by the consortium as a whole, as opposed to relying on a particular imaging platform.
Senior Press Officer David Garner said: "The University of York have actively developed the ODT model because it allows quick access to appropriate interventions, quick throughput based on student need – rather than student want -- and no long waiting times.
It provides a mechanism for permitting interference-limited concurrent transmissions and choosing the appropriate tradeoff between throughput and energy consumption.
The tests do not require PC4 containment and are appropriate for high throughput applications as might be required for disease investigations and other epidemiological surveillance.
Our data demonstrate that MASS-1 measures reliable binding kinetic parameters and has an appropriate combination of throughput and sensitivity to support discovery and development of therapeutic antibodies.
It also provides a node with the appropriate tradeoffs between throughput and energy consumption.
