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Journal
2017 | 66 | 3 | 441-447
Article title

Ewersja kresomózgowia - ewolucyjna specyfika mózgu ryb promieniopłetwych (Actinopterygii)

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Content
Title variants
EN
Eversion of telencephalon - the evolutionary specificity of actinopterygian fish
Languages of publication
PL EN
Abstracts
PL
Ryby promieniopłetwe (Actinopterygii) stanowią największą grupę żyjących kręgowców, liczącą obecnie około 30 tysięcy gatunków. W obrębie tej grupy taksonomicznej panuje olbrzymie zróżnicowanie pod względem anatomicznym, behawioralnym, a także ekologicznym.
W ostatnich latach obserwujemy wzrost zainteresowania badaczy budową morfogentyczną kresomózgowia ryb promieniopłetwych, do których należy Danio rerio, organizm modelowy coraz częściej wykorzystywany do badań nad wczesną fazą rozwoju mózgu. Niniejsza praca jest próbą opisania zjawiska ewersji. Zjawisko to wymaga dalszych prac nad wyjaśnieniem przyczyn oraz poznaniem mechanizmów molekularnych, a także skutków behawioralnych istnienia tego procesu.
EN
Actinopteryngian fish constitute the biggest group of living vertebrates, which currently comprises around 30 thousand species. Within this taxonomic group there occurs a huge differentiation in respect of anatomy, behaviour and ecological enviroment.
In the last few years we have observed an increasing interest of scientists in the morphogenetic structure of the telencephalon of actinopheryngians. Danio rerio, a model organism for this group of fish, is increasingly used in studies on early phase of brain development. What particularly deserves attention is the distinct type of development of this part of brain in comparison with that of other vertebrates. The cause of this diversity is a phenomenon called eversion. This work consists an attempt to describe the phenomenon of eversion, which still needs further work to explain the causes and molecular mechanisms of cognition and behavioural effects of appearance of this process.
Journal
Year
Volume
66
Issue
3
Pages
441-447
Physical description
Dates
published
2017
References
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Document Type
Publication order reference
YADDA identifier
bwmeta1.element.bwnjournal-article-ksv66p441kz
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