Even for the zebrafish (Danio rerio), however, one of the most widely used laboratory models, surprisingly little is known about the normal variability in measures of reproductive success and this information is crucial for robust test design.
The testing must be thoughtfully constructed to allow for robust test beds that yield the data required to make informed choices regarding deployment while not compromising the rate of development.
In many settings in low-income countries, there is a need for robust testing systems with good (but not necessarily the highest possible) sensitivity and specificity and applicable on the spot (giving the test result on the same day).
As OCT is increasingly translated to end-users, there is a growing requirement for robust test and characterization methods, suitable for deployment with commercial instruments and use by non-experts users.
This applicability to taxa that are only available as fossilised remains and hence generally excluded from such analyses allows for robust testing of the origin of the mechanism itself.
Additional resources from EFCT primarily support the testing of the strategies, specifically to expand the capacity for evaluation efforts and for more robust testing of the strategies in a third round.
Significant regulatory changes are required to clear the way for such robust testing, and to prepare for large-scale deployment.
Robust Tests for Additive Gene-Environment Interaction in Case-Control Studies Using Gene-Environment Independence.
