The phrase "classification of animals" is correct and usable in written English.
You can use it when talking about assigning animals to certain categories based on particular characteristics. For example, "The classification of animals into mammals, reptiles, birds, fish, amphibians, and invertebrates is based on physical characteristics."
Much of it is concerned with the classification of animals into genus and species; more than 500 species figure in his treatises, many of them described in detail.
Charles Darwin should be the man who discovered the evolution of the human species (but what does species mean? The classification of animals I think is subdivided into genus and species, but I don't remember what genus or species are… male and female… species… I don't know)." In our research dossier, we have a large number of responses similar to these.
Also, classification of animals has been done by MALDI-TOF MS of bone collagen [7].
We first used diagnostic tests to determine how well our classification of animals into controllers and progressors could be reproduced on the basis of the fraction of remaining CD4 T cells in the chronic phase and set point viral load instead of survival.
He emphasized that language classification was quite similar to biological classification of animals or plants 25.
For classification of animals based on expression of several proteins we used partial least squares with penalized logistic regression [ 26].
An inkling of humans' relationship with primates must have penetrated the mind of St .Albertus Magnus, probably the leading naturalist of the Middle Ages, who produced a classification of animal life in his book De animalibus.
Manual observation and classification of animal behaviors is laborious, time-consuming, and of limited ability to process large amount of data.
Sequencing of specific genes and other metagenomic approaches using next-generation DNA sequencing technology are available and allow the classification of animal species.
Previous studies have devised a phylogenetic classification of animal HECTs (Marín 2010); however, there is little knowledge on the diversity of HECTs among all eukaryotes.
Results in Figure 1 are very well supported and confirm the accepted classification of animal cullins into six main orthology groups, CUL1, CUL2, CUL3; CUL5, CUL5 and CUL7/PARC which respectively include the human genes Cul1, Cul2, Cul3, Cul4A and Cul4B (both in the CUL4 group), Cul5, Cul7 and Parc (the last two in the CUL7/PARC group).
