Sentence examples for experimental adjustments from inspiring English sources

For longer RNAs that may be probed using MOHCA-seq in the future, RT attenuation may present a challenge for observing long-range proximities, in which case experimental adjustments to allow read-through of reverse transcription stopping events may need to be leveraged.

The objective lens correction collar was systematically varied such that the structure parameter K was minimized, which also minimizes the effective number of molecules, N. Through experimental adjustments, the highest count rate was obtained at the optimum collar setting, yielding simultaneously the best parameters for K and N that also increased our signal/noise.

The initial results of experimental adjustment of the pellet length are also reported.

Open image in new window Fig. 4 Prestressed concrete beam CF1 (Abersman and Conte 1973): feasible search domain for the experimental adjustment of the RCFT model.

Calculations revealed that, for small gripping distances, the shape functions FII and FIII depend on the experimental adjustment of the gripping distance.

In this sense, the factor λ establishes a feasible (solvable) search domain for the experimental adjustment of RCFT model using metaheuristic methods (cf. Hernández-Díaz 2012), what improves the computational effectiveness of this process.

The model was found to be robust, computationally efficient and able to capture with sufficient accuracy the time evolution of the temperature and the moisture loss, with a minimum need for experimental adjustment, and hence, is considered suitable from an engineering point of view.

The numbers of basis are chosen based on the length of genes and experimental adjustment to capture the important characteristics of gene expression curves.

We propose, however, that a spontaneous change or experimental adjustment of chaperone activity aimed at saving rare mutants would likely result in decreased quality control of non-mutated proteins and the ensuing danger of protein misfolding and aggregation.

These pleasantness intensity polynomial functions developed in Lawless (1977) for the mixture's constituents required odorant-specific adjustment of the weights, and the linear model describing the pleasantness of the mixture (PAB) required experimental adjustment of the weights of the mixture constituents (CA and CB).

With further acquisition acceleration and experimental parameters adjustments, this ADD estimation framework could be first used preclinically, and eventually clinically, enabling a wide range of neuroimaging applications for improved understanding of neurodegenerative pathologies and assessing microstructural changes resulting from trauma.