The order Primates, with its 300 or more species, is the third most diverse order of mammals, after rodents (Rodentia) and bats (Chiroptera).
A diverse ordering of conformers is provided for each compound conformer ensemble [8, 39, 40].
Creating new cell lines from three species is impressive, but bats are the most evolutionarily diverse order of mammals, and epidemiologists increasingly suspect that they may be major reservoirs for numerous emerging pathogens.
The Temnospondyli (from Greek τέμνειν (temnein, "to cut") and σπόνδυλος (spondylos, "vertebra")) are a diverse order of small to giant tetrapods often considered primitive amphibians that flourished worldwide during the Carboniferous, Permian, and Triassic periods.
The Cypriniformes are the most diverse order of freshwater fishes in the world [56], [57].
Squamates are a diverse order of vertebrates, representing more than 7,000 species.
Spiders (Araneae) are a diverse order of arthropods with more than 44,000 described species [ 11].
Rodentia is the most diverse order of placental mammals, with extant rodent species representing about half of all placental diversity.
Although mitochondrial genomes are widely utilised for phylogenetic and population genetic studies, only 20 mitochondrial genomes of Acari have been determined, of which only one belongs to the diverse order of the Sarcoptiformes.
The non-LTR elements identified previously in the Anopheles genome and deposited in TEfam and/or Repbase constitute a very diverse order of elements composed of 22 different superfamilies, 7 of which were identified in AnoTExcel, belonging to the superfamilies RTE, Outcast, Jockey, I, and the majority of them to the CR1 superfamily.
