The phrase "accurate restriction" is correct and usable in written English.
It can be used when discussing limitations or boundaries that are precise and well-defined.
Example: "The accurate restriction of data access is crucial for maintaining user privacy."
Alternatives: "precise limitation" or "exact constraint".
Hence, researchers would still have to resort to a more accurate restriction enzyme-based cloning.
In this review, we describe robust and efficient image processing techniques to process these massive datasets and extract accurate restriction maps in the presence of noise, ambiguity and confounding artifacts.
When the assembled sequence is distributed among numerous contigs, in silico-deduced restriction fragments become artificially broken, making it is nearly impossible to derive an accurate restriction enzyme digestion-based fingerprint from the many combinatorial possibilities.
Confounding can be addressed in both the design stage (restriction, accurate measurement of confounders) and analysis stage (stratification, multivariable adjustment, propensity scores, marginal structural models, instrumental variable) of a study.
The objective of the study was to develop a novel accurate artificially created restriction site (ACRS) method with a digestion internal control for identification of YMDD, YIDD and YVDD HBV strains.
The aim of this study was to develop a novel accurate amplification created restriction site (ACRS) method for determination of the TGG wild type and the TAG precore mutant HBV variants.
The locations of centromeric regions on T. brucei chromosomes 9 - 11 have been predicted from etoposide-mediated mapping [ 19], however incomplete assembly of the corresponding regions negates accurate long-range restriction mapping.
These need the over-the-counter sale of indistinctly antibiotics, improving basic and extended knowledge on hygiene, the reinforcement of infection control measures, and the early and accurate detection, with restriction of the usage of carbapenems, to control the spread of these multidrug resistant organisms.
The recombinant plasmid construct was confirmed for accurate insertion by both restriction enzyme digestion and sequencing.
The primary restriction for accurate ploidy analysis in this case is probably the experimental protocol, which calls for a standard amount of DNA to be assayed.
To generate a set of the most accurate tests for predicting restriction of fetal growth and compromise of its wellbeing, systematic reviews (meta-analyses) of test accuracy studies will be conducted with the following objective: To obtain summary estimates of accuracy of available antenatal tests for predicting restriction of fetal growth and compromise of fetal wellbeing.
