Based on nonlinear DR coupled to clustering in bi-dimensional reduced space, the method offered efficient data visualization and discrimination and, more interestingly, achieved high accuracy in the unsupervised classification of 32 human tissues, on the basis of their embryonic origin.
Explicitly sampling and characterizing alternative, unexplored protein sequences would directly identify fundamental reasons for sequence robustness (or variability), and we demonstrate that computational methods offer an efficient mechanism toward this end, on a large scale.
Therefore, genotyping methods offer an efficient way to predict emm type and the associated AbR and virulence phenotypes.
Thus, designing a reliability assessment study that uses appropriate sampling techniques and analytic methods offers an efficient way to verify the reliability of the data collected through chart review.
The latter methods offer the most efficient solution for complex analyses, especially if types of data samples vary – as is the case in AMIS.
Experimental results show that these methods offer a reliable and efficient data storage and sharing speed with network bandwidth costs less than conventional policies.
The emergence of mobile technology may offer efficient methods whereby the practitioner can stay in contact with the patient and impact compliance positively.
Research should aim to identify the clinical epidemiology of positive test results in determining the best guidelines for screening NGSAbs and its cost-effectiveness in the neurology clinic, and to offer efficient methods for worldwide diagnosis.
