In today's article we are going to talk about Scutisorex, a topic that has been the subject of interest and debate throughout history. From its origins to the present, Scutisorex has played a crucial role in various areas, from culture and society to science and technology. Over the years, Scutisorex has evolved and has been the subject of studies and research that have expanded our knowledge and understanding of this topic. In this article we will delve into the most relevant aspects of Scutisorex, exploring its importance and impact in today's world.
Scutisorex | |
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Hero shrew specimen and partial skeleton at the University of Zurich Zoological Museum | |
Scientific classification ![]() | |
Domain: | Eukaryota |
Kingdom: | Animalia |
Phylum: | Chordata |
Class: | Mammalia |
Order: | Eulipotyphla |
Family: | Soricidae |
Subfamily: | Crocidurinae |
Genus: | Scutisorex Thomas, 1913 |
Type species | |
Sylvisorex somereni (Thomas, 1910)
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Species | |
See text |
Scutisorex is a genus of African shrews, mammals of the family Soricidae.[1] Members of the genus are the only known mammal species whose vertebrae interlock, a feature which, along with the general enlargement and strengthening of the backbone and ribs, allows them to bear remarkable loads.[2] They also have well-developed muscles for flexing their spine in the sagittal plane.[3] It is thought that these adaptations allow the shrews to wedge open spaces between the trunks of palm trees and the stems of dead leaves, as well underneath logs and rocks, allowing them to partake of a reliable source of insect larvae and earthworms that would otherwise be inaccessible.[3]
The genus contains the following species:[1]
Analysis of DNA sequences of several genes (mitochondrial cytochrome b and nuclear von Willebrand factor) suggests that the two species of Scutisorex split about 4 Ma ago, and that Scutisorex diverged from other crocidurine shrews about 14 Ma ago.[3]