Sentence examples for methods limited to from inspiring English sources

They are established for several application tailored methods limited to specific biopolymers (DNA, RNA and proteins), and correspondingly the range of their applications has been limited.

Home-movie footage and well-sourced TV/movie clips provide a tantalising patchwork upon which the narrative fails to build, with investigation of Altman's methods limited to platitudes about a script being little more than a blueprint, and fleeting descriptions of his sound-recording techniques.

This article describes a new method for shape optimization that considers any regular shape as a possible shape, thereby improving on traditional methods limited to straight profiles or profiles established a priori.

These data gathering methods cast a wider net and consider a broader spectrum of factors than those methods limited to quantitative measure.

However, most clustering approaches have clustered over brain regions, using a parcellation of the cortex in a number of fixed regions, making the spatial resolution of these methods limited to a regional scale.

The reason for the low incidence of codon 61 mutations reported in the Catalogue of somatic mutations in cancer database (0.3%) [ 2] and elsewhere (0-1.6%) [ 14- 18] might be due to the use of sub-optimal sequencing methods or, simply, the widespread use of methods limited to codon 12 and 13 analysis.

Lack of senior management with strong commitment or training in quality improvement methods, limited resources to collect and analyze data, and a lack of clarity around which metrics are most important have all been noted to limit institutional abilities to effectively measure the quality of care [7].

Up to now, there are still no robust methods to describe the complex interplay between ligands and proteins in an efficient manner and often these methods are limited to highly specialized hardware.

The visual clustering methods are limited to problems that can be defined by three properties.

However, current methods are limited to analysis of the relative expression level of only a few hundred to perhaps 2000 proteins, well below the ability of DNA microarrays to potentially interrogate the mRNA expression of more than 25 000 genes.

Precise comparison of the 2 methods is limited to very controlled experiments in which signals (simulated lesions for example) are carefully designed and detection or discrimination is limited by true random noise.