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- 1From:BMC Biology (Vol. 20, Issue 1) Peer-ReviewedBackground Transposable elements (TEs) widely contribute to the evolution of genomes allowing genomic innovations, generating germinal and somatic heterogeneity, and giving birth to long non-coding RNAs (lncRNAs)....
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- 6From:PLoS ONE (Vol. 6, Issue 4) Peer-ReviewedBackground Little is known about individual recognition (IR) in octopuses, although they have been abundantly studied for their sophisticated behaviour and learning capacities. Indeed, the ability of octopuses to...
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- 12From:Nature (Vol. 433, Issue 7026) Peer-ReviewedAuthor(s): Germán Sumbre [1, 4]; Graziano Fiorito [2]; Tamar Flash [3]; Binyamin Hochner (corresponding author) [1] Animals with rigid skeletons can rely on several mechanisms to simplify motor control [1, 2, 3, 4,...
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- 16From:BMC Molecular Biology (Vol. 10) Peer-ReviewedAuthors: Maria Sirakov (equal contributor) [1,5]; Ilaria Zarrella (equal contributor) [1]; Marco Borra [2]; Francesca Rizzo [3]; Elio Biffali [2]; Maria Ina Arnone [3]; Graziano Fiorito (corresponding author) [1,4]...
- 17From:Animals (Basel) (Vol. 10, Issue 11) Peer-ReviewedCephalopods are intermediate/paratenic hosts in the life cycle of elasmobranch tapeworms, nevertheless most records of infection in this group of mollusks are outdated and fragmentary. The present work aimed to...
- 18From:PLoS ONE (Vol. 11, Issue 2) Peer-Reviewed
Octopus vulgaris (Cuvier, 1797) in the Mediterranean Sea: Genetic Diversity and Population Structure
The common octopus, Octopus vulgaris Cuvier 1797, is a largely exploited cephalopod species in the Mediterranean Sea and the Atlantic Ocean, as well as along the coasts of Africa, Brazil and Japan, where its taxonomic... - 19From:Science (Vol. 293, Issue 5536) Peer-ReviewedFor goal-directed arm movements, the nervous system generates a sequence of motor commands that bring the arm toward the target. Control of the octopus arm is especially complex because the arm can be moved in any...
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