Overall, the discussions show strong support for the research's significance, with posts emphasizing the discovery of the reniform body and its visual and olfactory input, using words like 'stunning' and 'detailed.' The tone conveys curiosity and admiration, with examples like mentions of advanced microscopy and the potential evolutionary insights, indicating both high interest and engagement without overstating the immediate impact.
AgreementModerate agreement
Most discussions acknowledge the significance of the research, highlighting the detailed insights into crustacean brain structures and largely supporting its importance.
InterestHigh interest
The social discussions demonstrate high curiosity, especially with mentions of complex neural structures and links to fascinating animals like mantis shrimps and star-nosed moles.
EngagementModerate engagement
Participants actively reference specific research findings, such as the identification of the reniform body and its potential evolutionary significance, indicating meaningful engagement.
ImpactModerate impact
The discussions reflect acknowledgment of the study's potential to influence understanding of neural evolution, suggesting a moderate but meaningful impact on the scientific community and animal behavior studies.
Abstract in brief
The study discusses key brain structures in crustaceans and related arthropods, focusing on the protocerebrum, which contains centers like the central body complex and mushroom bodies that are critical for action selection and memory, with a new structure called the reniform body identified in stomatopods (mantis shrimps).
The researchers used advanced microscopy techniques to show that the reniform body receives input from multiple sources, including the optic lobes, and is distinct yet connected to the mushroom bodies, leading to questions about its uniqueness and evolutionary significance in these species.
The findings suggest that the presence of complex brain centers like the reniform body may provide insights into the evolution of neural circuits in Pancrustacea, hinting at ancient origins of integrative brain functions that have persisted since early in arthropod history.
From the ability to see “invisible” types of light to the power to taste all over their body, meet five incredible animals whose super senses far surpass our own!
https://t.co/svUKCS3RlE https://t.co/WHzsbsSCzm
A new paper from #teamshrimp reveals in great detail the makings of the reinform body, a complex area of the mantis shrimp brain that might be restricted to very few crustacean lineages. Huge congrats Hanne an co., the images are just stunning too! https://t.co/HW708P3I7v https://t.co/5cWaV7wuKS
Dec 2, 2019 · 17 likes · 3 shares · 1,682 followersView post →
T
Tay
@BioTay · X
El cuerpo reniforme integra la información visual y olfativa de los camarones mantis (paper) https://t.co/QXdTrlD1zE (blog) https://t.co/uBl4xx1F4e para saber más sobre la increíble (y misteriosa) visión de estos animales, seguid este enlace : ) (blog) https://t.co/T5gLQGqHpt https://t.co/kz20lv13ZX
Nov 26, 2019 · 11 likes · 4 shares · 20,399 followersView post →
牧よ
牧野曜(よう)
@yoh0702 · X
https://t.co/B2uh8TpH6z
↑記事の参考にしてる英語のサイト
--suggests that olfactory processing may take place in the context of already established visual memories(嗅覚情報は、視覚記憶が出来上がったところで処理されるのかもしれない)
https://t.co/UJAsxTggOl
↑元論文
Jun 25, 2020 · 6 likes · 2,246 followersView post →
This video explores key brain structures in crustaceans, focusing on the recent discovery of the reniform body in stomatopods (mantis shrimps) and its implications for understanding neural circuit evolution in…
This video explores key brain structures in crustaceans, focusing on the newly identified reniform body in stomatopods. Advanced microscopy reveals its input sources and significance in neural evolution among arthropods.
RRIDs were included in the Journal of Comparative Neurology paper "The Reniform Body: An Integrative Lateral Protocer…" (https://t.co/pJhui5Mvzy). RRIDs like this improve reproducibility in scientific research. #reproducibility #accelerateopenscience
.@SciShow publishes daily videos about current questions from the world of science.
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Newsletter:
https://t.co/jsq9u5dDiI
#biology #science #scishow #trivia #animals #superpowers https://t.co/2qPz76iZgT
https://t.co/AjcDOFYSjm
https://t.co/3uEekf26uv
From the ability to see “invisible” types of light to the power to taste all over their body, meet five incredible animals whose super senses far surpass our own!
From the ability to see “invisible” types of light to the power to taste all over their body, meet five incredible animals whose super senses far surpass our own!
https://t.co/svUKCS3RlE https://t.co/WHzsbsSCzm
https://t.co/B2uh8TpH6z
↑記事の参考にしてる英語のサイト
--suggests that olfactory processing may take place in the context of already established visual memories(嗅覚情報は、視覚記憶が出来上がったところで処理されるのかもしれない)
https://t.co/UJAsxTggOl
↑元論文
Jun 25, 2020 · 6 likes · 2,246 followersView post →
VU
Visual Ecology UQ
@EcoVisUQ · X
RT @EcoVisUQ: A new paper from #teamshrimp reveals in great detail the makings of the reinform body, a complex area of the mantis shrimp br…
Dec 3, 2019 · 3 shares · 1,682 followersView post →
MB
Michael Bok
@mikebok · X
RT @EcoVisUQ: A new paper from #teamshrimp reveals in great detail the makings of the reinform body, a complex area of the mantis shrimp br…
Dec 2, 2019 · 3 shares · 1,619 followersView post →
LG
Lund Vision Group
@LundVision · X
RT @EcoVisUQ: A new paper from #teamshrimp reveals in great detail the makings of the reinform body, a complex area of the mantis shrimp br…
Dec 2, 2019 · 3 shares · 1,820 followersView post →
VU
Visual Ecology UQ
@EcoVisUQ · X
A new paper from #teamshrimp reveals in great detail the makings of the reinform body, a complex area of the mantis shrimp brain that might be restricted to very few crustacean lineages. Huge congrats Hanne an co., the images are just stunning too! https://t.co/HW708P3I7v https://t.co/5cWaV7wuKS
Dec 2, 2019 · 17 likes · 3 shares · 1,682 followersView post →
The #reniform body: An integrative lateral protocerebral neuropil complex of Eumalacostraca identified in Stomatopoda and Brachyura https://t.co/B5QN10OmTm #Mantis #Shrimp https://t.co/uqicRQ3XQX
Nov 26, 2019 · 1 share · 3,944 followersView post →
LE
La Nueva Ilustración Evolucionista
@newilustracion · X
RT @BioTay: El cuerpo reniforme integra la información visual y olfativa de los camarones mantis (paper) https://t.co/QXdTrlD1zE (blog) htt…
Nov 26, 2019 · 4 shares · 3,794 followersView post →
HA
Humanidad Asintomática
@4littletimes · X
RT @BioTay: El cuerpo reniforme integra la información visual y olfativa de los camarones mantis (paper) https://t.co/QXdTrlD1zE (blog) htt…
RT @BioTay: El cuerpo reniforme integra la información visual y olfativa de los camarones mantis (paper) https://t.co/QXdTrlD1zE (blog) htt…
Nov 26, 2019 · 4 shares · 287 followersView post →
T
Tay
@BioTay · X
El cuerpo reniforme integra la información visual y olfativa de los camarones mantis (paper) https://t.co/QXdTrlD1zE (blog) https://t.co/uBl4xx1F4e para saber más sobre la increíble (y misteriosa) visión de estos animales, seguid este enlace : ) (blog) https://t.co/T5gLQGqHpt https://t.co/kz20lv13ZX
Nov 26, 2019 · 11 likes · 4 shares · 20,399 followersView post →
HN
Hiro Namiki
@UTRCAST · X
The Reniform Body: An Integrative Lateral Protocerebral Neuropil Complex of Eumalacostraca identified in Stomatopoda and Brachyura https://t.co/e0Tebz55we
The Reniform Body: An Integrative Lateral Protocerebral Neuropil Complex of Eumalacostraca identified in Stomatopoda and Brachyura. https://t.co/qEvuL7B6XJ
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