Functional Anatomy of the Drosophila MicroRNA-generating Enzyme

the effect of functional/notional approach on the proficiency level of efl learners and its evaluation through functional test

in fact, this study focused on the following questions: 1. is there any difference between the effect of functional/notional approach and the structural approaches to language teaching on the proficiency test of efl learners? 2. can a rather innovative language test referred to as "functional test" ge devised so so to measure the proficiency test of efl learners, and thus be as much reliable an...

The Drosophila anatomy ontology

BACKGROUND Anatomy ontologies are query-able classifications of anatomical structures. They provide a widely-used means for standardising the annotation of phenotypes and expression in both human-readable and programmatically accessible forms. They are also frequently used to group annotations in biologically meaningful ways. Accurate annotation requires clear textual definitions for terms, ide...

The anatomy of a multifunctional enzyme.

Ideally renin inhibitors should be orally active, i.e. they must evade digestion by pepsin and must be able to enter the bloodstream. To make an inhibitor small enough to cross the gut barrier would mean loss of specificity. To find a compromise information on the bound structures of renin and pepsin inhibitors is valuable. The extended conformations of H142 and H256 mean that alternate side ch...

Improvements to the Drosophila anatomy ontology

The Drosophila anatomy ontology (DAO) defines the broad anatomy of the fruitfly Drosophila melanogaster, a genetic model organism. It contains over 8700 classes, with close to half of these corresponding to neuroanatomical terms. We are systematically reviewing the DAO classes, improving the textual information and classification. This includes adding definitions, comments and synonyms, as well...

Structural and functional analysis of the miR-282 microRNA gene of Drosophila melanogaster Ph.D. thesis