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Class order

Phylum Class Sub-class Order Family Luminous genus... [Pg.333]

Gene Phylum Class Order Species Comparison (ref.)... [Pg.180]

Always capitalize kingdom, phylum, class, order, family, and genus taxonomic names, as well as names of cultivars. Subclassifications follow the same presentation as the main category. [Pg.145]

Class Order Species Fuc Xyl 3MeMan Monosaccharide 3MeGal Man Gal GalNAc GlcNAc % (w/w)... [Pg.130]

Figure 4 shows in simplified form the taxonomic locations of microbial classes, orders, and families which produce the known structural classes of useful antibacterial antibiotics. None of the useful structural classes originally discovered as products of Schizomycetes has been isolated from a species of the Fungi imperfecti there is but one preliminary report (32) that a Streptomyces species has been isolated which produces penicillin N, otherwise known exclusively as a product of Fungi imperfecti. Even elaboration of the same antibiotic by organisms belonging to different orders of the same class is rare. Cycloserine which is synthesized by several Streptomyces species and by Pseudomonas fluorescens (33) constitutes one of the few known examples. [Pg.56]

Falconiformes, and Pelecaniformes (for details, see Proctor Lynch, 1993 Sibley Alquist, 1990). In morphological classification systems, the divisions into hierarchies comprising phyla, classes, orders and families are somewhat arbitrary. Using theDNAiDNA hybridisation data, Sibley Alquist (1990) define hierarchical divisions more precisely in terms of the differences in melting temperatures, e.g. classes differ by 31-33 °, orders by 20-22 ° and families by 9-11 °, thus making the hierarchies less arbitrary. [Pg.3]

At the application class level, we abstract from instance properties and define classes of similar entities. For example, aU individual customers make up the class customer, till instances of orders constitute the class order, and so on (see Figure 2). Every class is characterized by its name and the enumeration of its attributes, by which the instance is described. For example, the class cus-... [Pg.281]

Finding classes is always a creative task. It thus depends on the subjective perspective of the modeler. Therefore, when defining, for example, order designations, we will only abstract specific properties of cases 4711 or 4723, respectively, leading to the classes completed order or finished order. At Level 2, we will abstract the completed and finished properties and create the parent class order from the subset. This operation is known as generalization and is illustrated by a triangular symbol. [Pg.282]

When quantities are geneialized, they are grouped to parent quantities. This meikes order instances of Level 1 instances of the class order as well. The class order is designated as the property order status, making it possible to allocate the process state completed or finished to every instance. Materials and items are tdso generalized, making them parts and resources. ... [Pg.283]

When classes are created, overlapping does not have to be avoided at eill costs. For example, from an output flow point of view, it is possible to create the class information services from the classes order and certificate. Conversely, from the data point of view, these are tilso data objects, making them instances of the class data objects as weU. [Pg.283]

Classification concerns the relationships of taxa (organisms) and areas (the places taxa occupy). Classifications are best expressed in hierarchical schemes, familiar to all biologists, where organisms are placed in classes, orders, families and genera, each less general than its preceding category. [Pg.17]

The classes, orders, families, genera, and species in the various tables are listed alphabetically for convenience and, therefore, may not be in the same sequence as would be found in various published systems of taxonomy. [Pg.220]


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See also in sourсe #XX -- [ Pg.15 ]

See also in sourсe #XX -- [ Pg.15 ]




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