Building on the recently published Octopus bimaculoides genome, a new study identifies an evolutionarily conserved neural mechanism for serotonergic regulation of social behaviors. Building on the recently published Octopus bimaculoides genome, a new study identifies an evolutionarily conserved neural mechanism for serotonergic regulation of social behaviors.
Animal Behavior: Socializing Octopus / Kuba, Michael. - In: CURRENT BIOLOGY. - ISSN 0960-9822. - 28:19(2018), pp. R1147-R1149. [10.1016/j.cub.2018.08.006]
Animal Behavior: Socializing Octopus
KUBA, MICHAEL
2018
Abstract
Building on the recently published Octopus bimaculoides genome, a new study identifies an evolutionarily conserved neural mechanism for serotonergic regulation of social behaviors. Building on the recently published Octopus bimaculoides genome, a new study identifies an evolutionarily conserved neural mechanism for serotonergic regulation of social behaviors.File in questo prodotto:
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