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The collective discussions show enthusiasm and support for the study, with posts like '@Tsusumu2 Looking forward to your upcoming experiments' and mentions of the neurons' sensitivity to migratory directions, which highlight curiosity and perceived importance. The tone is positive and collaborative, emphasizing the broader implications for understanding animal navigation.
Most discussions acknowledge and support the significance of the study, emphasizing its relevance to understanding navigation in monarch butterflies.
The posts display high interest, with references to upcoming experiments, enthusiasm about the findings, and highlighting the study’s implications.
Posts engage deeply by noting specific details, such as the neuronal tuning to migratory directions, and by mentioning collaboration efforts and related future research.
Considering the focus on neural mechanisms and migration, discussions suggest the research could influence future studies in animal navigation and neurobiology, indicating moderate to high perceived impact.
An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butterflies and examining how this #sun compass is adapted to successfully steer migratory butterflies to distant destinations. #biology https://t.co/Q04lSbWo4K https://t.co/QhQabULJOp
New pub with our collaborators Tu Ahn Nguyen, Jerome Beetz and Basil el Jundi (not on twittersphere) just out: Sun compass neurons are tuned to migratory orientation in monarch butterflies https://t.co/UhBssHhZG1
Sun compass neurons are tuned to migratory orientation in monarch #butterflies - #ProcB https://t.co/BB0NsWmneh @tamumonarchlab @TAMU_Biology https://t.co/N18yAZm701
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
Have you ever wondered how monarch butterflies find the same forest in Mexico every fall? This journey of thousands of miles involves sophisticated navigation using a sun-compass and magnetic sense, enabling their…
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
6. Sun compass #neurons are tuned to #migratory #orientation in monarch butterflies: https://royalsocietypublishing.org/doi/10.1098/rspb.2020.2988?url_ver=Z39.88-2003&rfr_id=ori:rid:crossref.org&rfr_dat=cr_pub%20%200pubmed
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
@Tsusumu2 Looking forward to your upcoming experiments. Note that, compass neurons of migratory monarch butterflies are most sensitively tuned to their migratory direction.
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
Sun compass neurons are tuned to migratory orientation in monarch #butterflies - #ProcB https://t.co/BB0NsWmneh @tamumonarchlab @TAMU_Biology https://t.co/N18yAZm701
RT @tamumonarchlab: New pub with our collaborators Tu Ahn Nguyen, Jerome Beetz and Basil el Jundi (not on twittersphere) just out: Sun com…
RT @tamumonarchlab: New pub with our collaborators Tu Ahn Nguyen, Jerome Beetz and Basil el Jundi (not on twittersphere) just out: Sun com…
RT @jason__haider: An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butte…
An exciting study published in the Journal of the Royal Society exploring the #neural coding of celestial cues in #butterflies and examining how this #sun compass is adapted to successfully steer migratory butterflies to distant destinations. #biology https://t.co/Q04lSbWo4K https://t.co/QhQabULJOp
RT @tamumonarchlab: New pub with our collaborators Tu Ahn Nguyen, Jerome Beetz and Basil el Jundi (not on twittersphere) just out: Sun com…
RT @tamumonarchlab: New pub with our collaborators Tu Ahn Nguyen, Jerome Beetz and Basil el Jundi (not on twittersphere) just out: Sun com…
RT @tamumonarchlab: New pub with our collaborators Tu Ahn Nguyen, Jerome Beetz and Basil el Jundi (not on twittersphere) just out: Sun com…
New pub with our collaborators Tu Ahn Nguyen, Jerome Beetz and Basil el Jundi (not on twittersphere) just out: Sun compass neurons are tuned to migratory orientation in monarch butterflies https://t.co/UhBssHhZG1
Sun compass neurons are tuned to migratory orientation in monarch butterflies https://t.co/sCeQKYj8mO
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