“Um excuse me what the actual f*ck are you doing in my house?”

(It seems the #shrimps are somewhat bamboozled by the five #teleosts that just moved into their #aquarium)

How #fish #navigate: boundary vector cells in the central #telencephalon of #goldfish enable a unique encoding of position, documented here by Lear Cohen, @ronen_segev &co for the first time in #teleosts, the largest group of vertebrates #PLOSBiology https://plos.io/3V7aLBH
Boundary vector cells in the goldfish central telencephalon encode spatial information

This study identifies a new building block in the navigation system of fish: boundary vector cells in the central telencephalon of goldfish enable a unique encoding of position, documented here for the first time in the largest group of vertebrates.

How #fish #navigate: boundary vector cells in the central #telencephalon of #goldfish enable a unique encoding of position, documented here by Lear Cohen, @ronen_segev &co for the first time in #teleosts, the largest group of vertebrates #PLOSBiology https://plos.io/3V7aLBH
Boundary vector cells in the goldfish central telencephalon encode spatial information

This study identifies a new building block in the navigation system of fish: boundary vector cells in the central telencephalon of goldfish enable a unique encoding of position, documented here for the first time in the largest group of vertebrates.

How #fish #navigate: boundary vector cells in the central #telencephalon of #goldfish enable a unique encoding of position, documented here by Lear Cohen, @ronen_segev &co for the first time in #teleosts, the largest group of vertebrates #PLOSBiology https://plos.io/3V7aLBH
Boundary vector cells in the goldfish central telencephalon encode spatial information

This study identifies a new building block in the navigation system of fish: boundary vector cells in the central telencephalon of goldfish enable a unique encoding of position, documented here for the first time in the largest group of vertebrates.

IOB

“ We investigated if #cortisol, the primary circulating #glucocorticoid in #teleosts, could be extracted from #stickleback #dermal bone and quantified using a commercially available #enzyme immunoassay (EIA)."

by Dillon , Witten & Buck

https://doi.org/10.1093/iob/obad007

Evaluating Dermal Bone as a Novel Source of Endocrine Information in Ninespine and Threespine Stickleback Fish

Synopsis. Monitoring the physiology of small aquatic and marine teleost fish presents challenges. Blood samples, often the first choice for endocrinologists, ca

OUP Academic