Gill, B. S., Friebe, B. & Endo, T. R. Standard karyotype and nomenclature system for description of chromosome bands and structural aberrations in wheat (Triticum aestivum).
Grammar formalisms special-purpose systems formalisms special-purposeguisystemsstems and subsystems—can be thought ofors logics designed theaxiomatize the association of linguistic structures with strings of symbols.
Based on X-rays, fractures were classified by an orthopaedic consultant according to three classifications systems for comprehensive description of fracture types: the Neer [ 25], AO [ 26] and Codman-Hertel [ 27] classifications.
A few different classification systems for the description of articular cartilage repair tissue have been proposed [ 37, 48] (personal correspondence with Dr C. Winalski, Brigham and Womens Hospital, Boston, Mass., USA); however, early systems have certain limitations and deficiencies that can potentially lead to confusion.
Each of these systems is presented briefly later in the text; we refer readers to the publications introducing the systems for detailed descriptions.
However, the spherical coordinate system is a more suited system for the description of the movements presented in the former item.
The American Association for the Surgery of Trauma (AAST) has developed a new grading system for uniform description of anatomic severity of emergency general surgery (EGS) diseases, ranging from Grade I (mild) to Grade V (severe).
Presently, there is no standardized system for the description and classification of most individual uveitic entities, resulting in ambiguity in the reporting of clinical data and poor comparability of clinical studies in the literature.
The launch of PomBase presented an opportunity to create an improved system for phenotype description, starting with a 'blank slate' and unconstrained by the limitations of the GeneDB vocabulary and annotation system.
Non-Tg, APP695/swe and p44+/+ single-transgenic animals displayed the characteristic laminar Timm's staining (Figs 6A and S8), which directly correlates with the synaptic fields of the different afferent systems (for a detailed description see Fig. S8).
