El cerebro de pulpo y el cerebro humano comparten los mismos «genes de salto» (opens in a new tab)
Read the article (opens in a new tab)La complejidad neuronal y cognitiva de estos animales podría tener su origen en una analogía molecular con el cerebro humano, según un nuevo estudio.
El cerebro del pulpo y el cerebro humano comparten los mismos 'genes saltarines' (opens in a new tab)
Read the article (opens in a new tab)La complejidad neuronal y cognitiva de estos animales podría tener su origen en una analogía molecular con el cerebro humano, según descubrió un artículo de investigación coordinado por Remo Sanges de SISSA de Trieste y por Graziano Fiorito de la Stazione Zoologica Anton Dohrn de Nápoles.
New Research Show a Molecular Analogy That Could Determine the Intelligence of Octopus (opens in a new tab)
Read the article (opens in a new tab)According to a study recently published in BMC Biology and organized by Remo Sanges from SISSA in Trieste and Graziano Fiorito from Stazione Zoologica Anton Dohrn in Naples, the neurological and cognitive complexity of these creatures may have its roots in a molecular parallel with the human brain.
Octopus brain and human brain share similar ‘jumping genes’: A new study identifies a key molecular analogy that could explain the remarkable intelligence of these invertebrates (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Similar 'Jumping Genes' are Active in Human and Octopus Brains (opens in a new tab)
Read the article (opens in a new tab)New research has suggested that there are some molecular parallels between the brains of octopuses and vertebrates.
Une nouvelle étude a identifié une importante analogie moléculaire qui pourrait expliquer la remarquable intelligence de ces invertébrés (opens in a new tab)
Read the article (opens in a new tab)La complexité neurale et cognitive de ces animaux pourrait provenir d'une analogie moléculaire avec le cerveau humain, comme l'a découvert un article de recherche récemment publié dans BMC Biology et coordonné par Remo Sanges de SISSA de Trieste et par Graziano Fiorito de Stazione Zoologica Anton Dohrn de Naples
A new study has identified an important molecular analogy that could explain the remarkable intelligence of these invertebrates - ScienceDaily (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Até 15 de julho ainda é possível solicitar bolsas de estudo para a edição 2023 do International Masters in Coffee Economics and Science Ernesto Illy (opens in a new tab)
Read the article (opens in a new tab)O curso, que tem como objetivo oferecer formação multidisciplinar sobre o mundo do café, é organizado por um renomado grupo de líderes em educação: Universidade de Trieste, Universidade de Udine, International Superior School of Advanced Studies of Trieste (SISSA), AREA Science Park, illycaffè SpA e a Fondazione Ernesto Illy.
Cérebro humano e cérebro de polvo compartilham semelhança surpreendente (opens in a new tab)
Read the article (opens in a new tab)Uma pesquisa publicada na BMC Biology e coordenada pela Escola Internacional de Estudos Avançados (SISSA) mostra que esses genes estão presentes tanto no cérebro quanto no cérebro de duas espécies de polvos.
Cérebro incrível humano e surpreendente de polvo (opens in a new tab)
Read the article (opens in a new tab)Uma pesquisa publicada na BMC Biology e coordenada pela Escola Internacional de Estudos Avançados (SISSA) mostra que esses genes estão presentes tanto no cérebro quanto no cérebro de duas espécies de polvos.
El cerebro de pulpo y el cerebro humano comparten los mismos 'genes de salto' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
El cerebro del pulpo y el cerebro humano comparten los mismos ‘genes saltadores’ (opens in a new tab)
Read the article (opens in a new tab)La complejidad neuronal y cognitiva de estos animales podría tener su origen en una analogía molecular con el cerebro humano, según descubrió un artículo de investigación publicado recientemente en BMC Biology y coordinado por Remo Sanges de SISSA de Trieste y por Graziano Fiorito de Stazione Zoologica Anton Dohrn de Nápoles.
I geni 'salterini' del cervello del polpo e dell'uomo (opens in a new tab)
Read the article (opens in a new tab)Studio a guida italiana identifica un'importante analogia molecolare che potrebbe spiegare la spiccata intelligenza dei polpi [...] pubblicato recentemente su BMC Biology da un team internazionale di oltre 20 ricercatori coordinato da Remo Sanges, direttore del laboratorio di Computational Genomics della Scuola Internazionale Superiore di Studi Avanzati (SISSA) di Trieste.
Identificata un'importante analogia molecolare tra il cervello del polpo e quello dell'uomo (opens in a new tab)
Read the article (opens in a new tab)Studio a guida italiana identifica un'importante analogia molecolare che potrebbe spiegare la spiccata intelligenza dei polpi [...] pubblicato recentemente su BMC Biology da un team internazionale di oltre 20 ricercatori coordinato da Remo Sanges, direttore del laboratorio di Computational Genomics della Scuola Internazionale Superiore di Studi Avanzati (SISSA) di Trieste.
Il Consorzio mette in rete il Nordest
È stata siglata a Padova la costituzione del Consorzio "Ecosistema innovazione iNEST [...] A costituirlo sono 11 soci fondatori (enti costituenti), 9 università e due enti: università di Padova, in qualità di ente fondatore proponente, università di Verona, università Ca' Foscari di Venezia, Iuav di Venezia, università di Trento, università di Bolzano, università di Udine, università di Trieste, Sissa di Trieste; dal Consiglio nazionale delle ricerche (Cnr) e dall' Istituto nazionale di oceanografia e di geofisica sperimentale.
In edicola
La montagna e il clima in una conferenza
La montagna in un clima che cambia: cosa aspettarsi e perché. È il titolo della conferenza in programma per stasera alle 20.30 a Ravascletto nella sala eventi sede Protezione Civile. Interverrà Nicola Bressi zoologo, docente presso la Sissa e curatore al Museo di Storia Naturale di Trieste.
In edicola
Le cerveau humain et le cerveau de la pieuvre partagent une similitude surprenante (opens in a new tab)
Read the article (opens in a new tab)Une recherche publiée dans BMC Biology et coordonnée par l' International School of Advanced Studies (SISSA) montre que ces gènes sont présents à la fois dans le cerveau humain et dans le cerveau de deux espèces de pieuvres
Octopus brain and human brain share the same 'jump genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The neural and cognitive complexity of the octopus could originate from a molecular analogy with the human brain, according to a new study.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus brain and human brain share the same 'jumping genes' (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
Octopus-Gehirn und menschliches Gehirn teilen die gleichen springenden Gene" (opens in a new tab)
Read the article (opens in a new tab)The octopus is an exceptional organism with an extremely complex brain and cognitive abilities that are unique among invertebrates. [...] The neural and cognitive complexity of these animals could originate from a molecular analogy with the human brain, as discovered by a research paper recently published in BMC Biology and coordinated by Remo Sanges from SISSA of Trieste and by Graziano Fiorito from Stazione Zoologica Anton Dohrn of Naples.
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