Sentence examples for comprehensively classified from inspiring English sources

Migraines were first comprehensively classified in 1988.

In this field the available information from plants is limited but it has been reached a point where these proteins can be comprehensively classified on the basis of disorder, function and evolution.

Furthermore, several variables, which have not been comprehensively classified in the ICF so far, appeared in at least five papers, with various kinds of skills being the most frequently studied (11%).

Accordingly, we have collected association studies comprehensively, classified the studies by ethnicity of subjects, re-evaluated the associations by unified significance level and assessed the associations by population-based reproducibility.

BL provided comprehensively classified postmortem human control and AD brain tissues.

To comprehensively classify fibroblast populations in the lung using an unbiased approach, single-cell RNA sequencing was performed with mesenchymal preparations from either uninjured or bleomycin-treated mouse lungs.

Both databases rely on manual curation for functional annotation, but while Pfam aims to comprehensively classify all protein or protein domain homologous relationships, TCDB focuses on the functional/phylogenetic classification of whole transport systems.

Comprehensively, Shah classified those widely applied ideation methods into intuitive and logical groups based on the differences in thought process of the human mind [14].

While model checking is being extensively applied to software architectures, little work has been done to comprehensively enumerate and classify these different techniques.

Full genome sequencing along with additional tools can comprehensively analyze and classify hundreds or thousands of genomes.

Function was determined by reviewing the current scientific literature comprehensively and then classifying according to the 5 acquired capabilities of cancer as defined by Hanahan and Weinberg [ 12], and which included sustained angiogenesis, evasion of apoptosis, insensitivity to antigrowth signals, limitless replicative potential and tissue invasion and metastasis.