Sentence examples for iterative changes of the from inspiring English sources

Since optimal ab initio assembly parameters could not be defined, the clipped sequences were assembled by MIRA with 279 iterative changes of the hss/bph parameter set for each of the 96 BAC data sets, resulting in 26,784 assemblies.

An automated flow injection (FI) manifold based on iterative change of the flow direction has been designed to carry out continuous liquid liquid extraction without phase separation and hydrolysis both with ultrasound-assistance.

Flow injection (FI) manifolds based on iterative change of the flow direction have been designed to study the influence of auxiliary energy on continuous liquid liquid extraction without phase separation and compare it with the non-assisted process in a single experiment.

Applying iterative changes of different MIRA assembly parameters revealed that mainly hss (hash saving step) and bph (bases per hash) affected the outcome of the assemblies.

Throughout data extraction we made minor iterative changes to the way in which the items of the TIDieR checklist were organised to facilitate ease of use.

19, 20 The impact of the response can be captured by the surveillance system and can inform further iterative changes to the interventions.

To test the feasibility, we sequenced 91 barcoded, pooled, gene containing barley BACs using the GS FLX platform and assembled the sequences under iterative change of parameters.

Presumably, other local mechanisms are also involved in the adaptation of vascular wall stiffness to sustained, or iterative, changes in the intravascular pressure.

Innovations are especially fluid in this phase; innovations undergo rapid iterative change in the light of experience.

After each round of interviews, iterative changes were made to the pamphlet based on feedback obtained from nurses.

To learn more about inhibin and provide clues about its origins and iterative changes that resulted in the creation of a powerful endocrine antagonist within the TGFβ family and the reproductive axis, we used phylogenomics in combination with rationally designed mutants that were tested in well-characterized functional and binding assays (Figs. 5A and 5B).