Taxonomy: humans

With regard to the aforementioned taxonomy human rehability analysis is a semi-specific method. This technique can be used to avoid faults and identify situations that are prone to induce inadequate actions. E.g. in Case 2 harassment might be encountered by explaining correct behavior to harassing people. 1 IRA could then be used to anafyze possible human errors in that task. One could then conclude that e.g. explanation should be performed by people with intercul-tural background as done in (Luzern 2013). 

Vimses contain either RNA or DNA, and this nucleic acid composition forms the basis for thek classification. Although vimses ate known to infect bactetia, insects, plants, animals, and humans, this discussion is restticted to the important vimses of vertebrates. The relevant vimses ate summarized in Table 2, using the nomenclature and taxonomy recommended by the International Committee on Taxonomy of Vimses (4,5). 

Rasmussen, J. (1982). Human Errors A Taxonomy for Describing Human Malfunction in Industrial InstallaHons. Journal of Occupational Accidents 4,311-333. 

Classifications of data have two purposes (Hartigan, 1983 Gordon, 1981) data simplification (also called a descriptive function) and prediction. Simplification is necessary because there is a limit to both the volume and complexity of data that the human mind can comprehend and deal with conceptually. Classification allows us to attach a label (or name) to each group of data, to summarize the data (that is, assign individual elements of data to groups and to characterize the population of the group), and to define the relationships between groups (that is, develop a taxonomy). 

C. L. Hurd, W. A. Nelson, R. Falshaw, and K. F. Neill, History, current status and future of marine macroalgal research in New Zealand Taxonomy, ecology, physiology and human uses, Phycol. Res., 52 (2004) 80-106. 

Molin, G. et al., Numerical taxonomy of Lactobacillus spp. associated with healthy and diseased mucosa of the human intestines, J. Appl. Bacteriol., 74, 314, 1993. 

Data with Prochloron spp. symbionts of ascidians indirectly support a possible allelopathic role for cyanobactins.Numerous strains of Prochloron inhabit individual ascidians. Data indicate that each strain has 0 or 1 cyanobactin pathways, and in addition the pathways do not reflect the taxonomy of the producing strains but appear to be possibly horizontally transferred. It could be asked, how can many different strains occupy a relatively closed environment in a single niche over time. The allelopathy hypothesis provides one possible explanation. Like E. coli in the human intestine, Prochloron in ascidians may produce small molecules that allow the proliferation of diverse strain types within a single ecological niche. 

A Parasite Genetic Update and Advances in Taxonomy, Epidemiology and Pathogenicity in Humans... 

Hereditary hemochromatosis (HH) is the most common cause of iron overload in humans. Ferroportin-asso-ciated iron overload, erroneously classified as type-4 hemochromatosis in genetic taxonomy, is likely the most common cause of hereditary hyperferritinemia beyond classic HH. The disorder, clinically recognized in 1999, has distinctive genetic, pathological, and clinical features. 

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