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Several discussions highlight the importance of the peptides Urp1 and Urp2, with phrases like 'beautifully executed' and 'helps us understand cues' reflecting admiration and curiosity. Words such as 'control' and 'may provide insight' reveal how participants see the study's potential impact on medical research, conveying both respect and anticipation for future implications.
Most posts express support and appreciation for the study, describing it as 'beautifully executed' and emphasizing its relevance to understanding scoliosis.
Posts demonstrate high curiosity, especially when connecting the research to broader topics like spine deformities and potential medical implications.
Participants actively discuss the significance of the peptides and their role in spine morphology, with some referencing potential applications or implications, indicating deep engagement.
There is a perception that this research could significantly influence understanding of spinal conditions and inspire further studies, though some posts remain optimistic without definitive claims.
“This is a beautifully executed study on the role of Urp signaling in spine morphogenesis in zebrafish.” https://t.co/IJCkyFsMSd https://t.co/f30ay8BDh8
Our latest paper is out today in @eLife. We show that Urotensin II-related peptides control the morphology of the zebrafish spine. This helps us understand cues underlying spine shape and may provide insight into spinal curvatures like #scoliosis. https://t.co/GpjL0cCHcU
Zebrafish research helps reveal the origins of scoliosis @elife https://t.co/EZW6OTbS87 https://t.co/zXM0pYq8p3
“This is a beautifully executed study on the role of Urp signaling in spine morphogenesis in zebrafish.” https://t.co/IJCkyFsMSd https://t.co/g2wAUIUPPS
Publications (8 of 20) @uribelabrice (ENS/migration) https://t.co/HrcbooYSDY @DanTGrimes (Urotensin II-related peptides/Spine morphology/Scoliosis) https://t.co/hUAgiOVt6W @MokalledLab @vishnums007 (Myostatin/Spinal cord regeneration) https://t.co/d0JAvHGmbF 13/53
#PeerReview from @ReviewCommons of
This study shows that peptides Urp1 and Urp2 are essential for maintaining proper spine shape in zebrafish. Their absence causes spinal curvatures resembling human scoliosis, highlighting their crucial role in spinal…
This study highlights how peptides Urp1 and Urp2 are essential for proper spine shape in zebrafish, with their absence causing spinal curvature. The research discusses neural production, genetic mutations, and the…
The study reveals that peptides Urp1 and Urp2 are essential for maintaining proper zebrafish spine shape. Their absence causes tail curvature similar to human scoliosis, highlighting their role in spinal development and…
RT @eLife: “This is a beautifully executed study on the role of Urp signaling in spine morphogenesis in zebrafish.” https://t.co/IJCkyFsMSd…
Dec 2022 Urotensin II-related peptides, Urp1 and Urp2, control zebrafish spine morphology https://t.co/IRTxODepAf #AIS #CSF #Idiopathicscoliosis #cerebrospinalfluid https://t.co/1qrQkrBaSo
RT @eLife: “This is a beautifully executed study on the role of Urp signaling in spine morphogenesis in zebrafish.” https://t.co/IJCkyFsMSd…
“This is a beautifully executed study on the role of Urp signaling in spine morphogenesis in zebrafish.” https://t.co/IJCkyFsMSd https://t.co/g2wAUIUPPS
RT @physorg_com: Zebrafish research helps reveal the origins of scoliosis @elife https://t.co/EZW6OTbS87 https://t.co/zXM0pYq8p3
RT @eLife: “This is a beautifully executed study on the role of Urp signaling in spine morphogenesis in zebrafish.” https://t.co/IJCkyFsMSd…
RT @eLife: “This is a beautifully executed study on the role of Urp signaling in spine morphogenesis in zebrafish.” https://t.co/IJCkyFsMSd…
“This is a beautifully executed study on the role of Urp signaling in spine morphogenesis in zebrafish.” https://t.co/IJCkyFsMSd https://t.co/f30ay8BDh8
Urotensin II-related peptides, Urp1 and Urp2, control zebrafish spine morphology | eLife https://t.co/7aeU8kN7LZ
RT @physorg_com: Zebrafish research helps reveal the origins of scoliosis @elife https://t.co/EZW6OTbS87 https://t.co/zXM0pYq8p3
RT @physorg_com: Zebrafish research helps reveal the origins of scoliosis @elife https://t.co/EZW6OTbS87 https://t.co/zXM0pYq8p3
RT @physorg_com: Zebrafish research helps reveal the origins of scoliosis @elife https://t.co/EZW6OTbS87 https://t.co/zXM0pYq8p3
RT @physorg_com: Zebrafish research helps reveal the origins of scoliosis @elife https://t.co/EZW6OTbS87 https://t.co/zXM0pYq8p3
Zebrafish research helps reveal the origins of scoliosis @elife https://t.co/EZW6OTbS87 https://t.co/zXM0pYq8p3
Urotensin II-related peptides, Urp1 and Urp2, control zebrafish spine morphology https://t.co/kab2M8LfU2
Publications (8 of 20) @uribelabrice (ENS/migration) https://t.co/HrcbooYSDY @DanTGrimes (Urotensin II-related peptides/Spine morphology/Scoliosis) https://t.co/hUAgiOVt6W @MokalledLab @vishnums007 (Myostatin/Spinal cord regeneration) https://t.co/d0JAvHGmbF 13/53
RT @DanTGrimes: Our latest paper is out today in @eLife. We show that Urotensin II-related peptides control the morphology of the zebrafish…
RT @DanTGrimes: Our latest paper is out today in @eLife. We show that Urotensin II-related peptides control the morphology of the zebrafish…
RT @DanTGrimes: Our latest paper is out today in @eLife. We show that Urotensin II-related peptides control the morphology of the zebrafish…
RT @DanTGrimes: Our latest paper is out today in @eLife. We show that Urotensin II-related peptides control the morphology of the zebrafish…
RT @DanTGrimes: Our latest paper is out today in @eLife. We show that Urotensin II-related peptides control the morphology of the zebrafish…
RT @DanTGrimes: Our latest paper is out today in @eLife. We show that Urotensin II-related peptides control the morphology of the zebrafish…
Our latest paper is out today in @eLife. We show that Urotensin II-related peptides control the morphology of the zebrafish spine. This helps us understand cues underlying spine shape and may provide insight into spinal curvatures like #scoliosis. https://t.co/GpjL0cCHcU
"Urotensin II-Related Peptides, Urp1 and Urp2, Control #Zebrafish Spine Morphology" #RefereedPreprint Elizabeth Bearce, @DanTGrimes et al @uoregon https://t.co/S6lmlTgMXE https://t.co/GhJhUycrL6
RT @biorxivpreprint: #PeerReview from @ReviewCommons of
#PeerReview from @ReviewCommons of
#PeerReview from @ReviewCommons of
Urotensin II-Related Peptides, Urp1 and Urp2, Control Zebrafish Spine Morphology https://t.co/AAOB5tuS1y #bioRxiv