Sentence examples for methods requiring additional from inspiring English sources

To focus our research on the potential value of these newer PPI network-based methods we excluded methods requiring additional information beyond a priori PPI knowledge.

Indeed, all methods requiring additional steps (e.g. tissue biopsies from resection specimens, density centrifugation, FACS) to acquire very small amounts of cells bear the risk of RNA degradation.

Although extensively used in other applications, however, the application of CFD methods requires additional development, further testing and verification, proper modeling conditions and additional validation to gain acceptance as an alternative to physical wind tunnel tests.

Many current methods require additional input to inform the method of these boundaries, which makes testing multiple hypotheses or altering the hypothesis more difficult.

However, energy consumption is a concern for mechanical methods, while non-mechanical methods require additional steps for removing the chemicals, resulting in extra costs.

In the former, networks are inferred exclusively from the data (for example, differential gene expression), whereas supervised methods require additional knowledge of regulatory interactions as a training set.

Whereas current serum screening methods require additional sample volume for each additional marker, other immunoassay methods have emerged that allow measuring multiple biomarkers in a constant and relatively small volume of sample material.

Current test methods require additional serum for each marker, although alternatively methods were recently introduced that allow multiple marker testing in small volumes in the range of finger prick serum or DBS volumes.

However, other extraction methods require additional treatments to deplete these transcripts which may be necessary to allow the detection of potential candidates of selection such as low abundant transcripts of disease related genes [ 29, 45].

Moreover, while global analysis is limited to finite-state systems and the doubling window methods requires additional knowledge about the system, our method can be applied to any system where the significant part of the probability mass is located at a tractable subset of states.

These methods require additional reagents, significant sample preparation, and biological expertise, and they can be difficult to apply to assess nanomaterials and microsystems because these assays may be incompatible with the technology under development (e.g., limited access to cells in a microsystem).