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The discussion reflects a recognition of the research's significance, with posts emphasizing that dogs produce oxytocin and stress hormones similar to humans, indicating a move beyond outdated views of animals' emotional responses. Phrases like 'neurobiolojik olarak insanla benzer hormonlar' highlight the scientific depth and importance of these findings, contributing to a sense of ongoing discovery and impact on understanding canine behavior.
The discussion shows support for the idea that dogs' neurobiological responses are similar to humans', indicating a general agreement with the publication's findings.
The posts demonstrate high curiosity about the neurobiological mechanisms and the evolving understanding of dogs' social skills, reflecting strong interest.
Comments engage with specific concepts like hormonal responses and behavioral implications, suggesting a thoughtful level of engagement.
The discussion hints at a shift in perspective about dogs' emotional and biological similarities to humans, which could influence future research and societal attitudes.
@dijital_baba Karşılıklı değil derken? Son literatürü takip etmiyorsunuz. Köpekler de oxytocin ve stress hormonu salgılıyor. Kopegin ve çoçuğun yeri ayrı ama köpek artık sizin o eski bildiğiniz ‘it’ diye gecmiyor . Neurolojik olarak insanla benzer hormonları salgılıyor https://t.co/fQkxe6xiMb
Have you ever dreamt of having red foxes as a pet? In Novosibirsk, Russia, an experiment led by Dmitry Belyaev since 1959 studies the domestication of red foxes. This video delves into the genetic and behavioral traits…
@dijital_baba Karşılıklı değil derken? Son literatürü takip etmiyorsunuz. Köpekler de oxytocin ve stress hormonu salgılıyor. Kopegin ve çoçuğun yeri ayrı ama köpek artık sizin o eski bildiğiniz ‘it’ diye gecmiyor . Neurolojik olarak insanla benzer hormonları salgılıyor https://t.co/fQkxe6xiMb
DC