Adaptations are proposed for some standard test methods to be applicable to testing bio-based plastic films.
Therefore, this dataset is applicable to test the performance of object labeling.
Professor Hugh Spikes from Imperial College in London has developed a test that is designed to be applicable to the testing of lubricants with metal-to-metal bearing combinations, but the basic idea of providing boundary lubrication at a high sliding speed has some potential interest for seal material testing.
Although our study is based on the use of the only currently commercially available chlamydia/gonorrhoea POCT, the Cepheid Xpert CT/NG system, we anticipate that results would be applicable to other tests with similar performance characteristics.
The assay has advantages over more laborious assays used for similar purposes and, because it is mammal-specific rather than species-specific, we expect this assay will be applicable to serologic tests of mammals of many other species.
The limited differences imply that even over 15 years improvements in assays have not substantially changed the outcome and suggest that the results would be applicable to HPV testing as practised today.
It is necessary and meaningful to explore whether such test can be applicable to our local population, especially to test its use in diagnosing NPC with early stage as well as locally recurrent disease.
Therefore, it is found that the equivalent multi-phase similitude law would be applicable to the pseudodynamic test on small scale models.
For example, the performance specification for a hypothetical method for mutation scanning (>95% sensitivity for mutations in fragments <300 bp long and 25 60% G+C content) would not be applicable to a new test involving a 400-bp fragment or fragments with 70% G+C content.
Our observations should therefore be applicable to routine diagnostic testing for anti-CII in articular diseases and, in particular, to those cases of early undifferentiated arthritis that do not fulfil criteria for RA but might later evolve to typical disease.
