The discussions highlight excitement about how leafhoppers use these nanostructures for camouflage, with phrases like 'amazing structures' and 'complex hollow structures' conveying awe. References to advanced techniques like 3D printing and comparisons to biological functions showcase both interest and recognition of the research's significance.
AgreementModerate agreement
Most discussions acknowledge the scientific significance and fascination with brochosomes, supporting the publication's insights.
InterestHigh interest
Posts express high curiosity about the structure and function of the nanostructures, indicating strong engagement with the topic.
EngagementHigh engagement
Discussions include mentions of specific details, such as the hollow buckyball shape and advanced 3D printing methods, demonstrating deep involvement.
ImpactHigh impact
Comments suggest that the findings could inspire bioinspired materials, hinting at broad potential applications and influence on scientific fields.
Abstract in brief
The study explores how leafhopper brochosomes, which are hollow, buckyball-shaped nanostructures with throughholes, are geometrically designed to reduce light reflection by maximizing broadband light scattering and acting as short-wavelength lowpass filters.
Using advanced 3D printing techniques, researchers replicated these nanostructures to analyze their optical properties, discovering that their specific size and throughhole architecture play a crucial role in minimizing reflection across ultraviolet to visible light spectra.
These findings suggest that natural brochosomes have evolved to enhance leafhopper survival by evading predators through effective omnidirectional antireflective properties, offering valuable insights for designing bioinspired optical materials for applications like coatings and optical encryption.]
Tiny insects known as leafhoppers camouflage themselves with a coating of brochosomes, which reduce light reflection. Researchers 3D printed synthetic brochosomes to investigate how shape and size affect their optical properties. In PNAS: https://t.co/ppPw4aekaB https://t.co/5mpEYVLJci
Mar 26, 2024 · 71 likes · 12 shares · 181,574 followersView post →
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Manuela Casasoli
@manuelacasasoli · X
When #Geometry and #Biology meet...
"Brochosomes are hollow, buckyball-shaped nanoscopic spheroids with through-holes on their surfaces." "Leafhoppers excrete brochosomes and actively use them as deployable materials on their body surfaces."
#Science
⏯️https://t.co/7iOmR3TZya https://t.co/748PoNDtp9
Mar 28, 2024 · 41 likes · 3 shares · 11,649 followersView post →
This study explores how leafhopper brochosomes, nanostructures that minimize light reflection, are geometrically designed to enhance survival by evading predators. Using 3D printing, researchers analyzed their optical…
This video delves into the genetic modification of cattle for producing human proinsulin and insulin in their milk, addressing the rising demand for diabetes treatments. It highlights key research methods and findings…
RT @manuelacasasoli: When #Geometry and #Biology meet...
"Brochosomes are hollow, buckyball-shaped nanoscopic spheroids with through-holes…
Mar 29, 2024 · 3 shares · 2,272 followersView post →
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Hao Yin
@HaoYin20 · X
RT @manuelacasasoli: When #Geometry and #Biology meet...
"Brochosomes are hollow, buckyball-shaped nanoscopic spheroids with through-holes…
Mar 28, 2024 · 3 shares · 12,630 followersView post →
FS
For Yet Better Science
@ForYetBetterSci · X
RT @manuelacasasoli: When #Geometry and #Biology meet...
"Brochosomes are hollow, buckyball-shaped nanoscopic spheroids with through-holes…
Mar 28, 2024 · 3 shares · 869 followersView post →
MC
Manuela Casasoli
@manuelacasasoli · X
When #Geometry and #Biology meet...
"Brochosomes are hollow, buckyball-shaped nanoscopic spheroids with through-holes on their surfaces." "Leafhoppers excrete brochosomes and actively use them as deployable materials on their body surfaces."
#Science
⏯️https://t.co/7iOmR3TZya https://t.co/748PoNDtp9
Mar 28, 2024 · 41 likes · 3 shares · 11,649 followersView post →
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Bryan Kelly
@BryanKeIIy · X
Geometric design of antireflective leafhopper brochosomes
https://t.co/1Rf5Kct21i https://t.co/osEBBRYNtc
Mar 27, 2024 · 1 like · 3,732 followersView post →
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Dieter
@Wuhle · X
RT @PNASNews: Tiny insects known as leafhoppers camouflage themselves with a coating of brochosomes, which reduce light reflection. Researc…
Mar 26, 2024 · 12 shares · 510 followersView post →
TW
Tak-Sing Wong
@TakSingWong · X
RT @PNASNews: Tiny insects known as leafhoppers camouflage themselves with a coating of brochosomes, which reduce light reflection. Researc…
Mar 26, 2024 · 12 shares · 165 followersView post →
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MrKW
@4MrKW · X
RT @PNASNews: Tiny insects known as leafhoppers camouflage themselves with a coating of brochosomes, which reduce light reflection. Researc…
Mar 26, 2024 · 12 shares · 166 followersView post →
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PNASNews
@PNASNews · X
Tiny insects known as leafhoppers camouflage themselves with a coating of brochosomes, which reduce light reflection. Researchers 3D printed synthetic brochosomes to investigate how shape and size affect their optical properties. In PNAS: https://t.co/ppPw4aekaB https://t.co/5mpEYVLJci
Mar 26, 2024 · 71 likes · 12 shares · 181,574 followersView post →
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sam
@zapiklon · X
Geometric design of antireflective leafhopper brochosomes | PNAS https://t.co/bk906oGTRZ
Learning from leafhoppers. Geometric design of antireflective leafhopper brochosomes | Proceedings of the National Academy of Sciences https://t.co/JdemcLRCl8
Mar 24, 2024 · 1 like · 2,199 followersView post →
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soft/living matter fanclub
@softlivmat_fc · X
L. Wang, Z. Li, S. Shen, T.-S. Wong, Geometric design of antireflective leafhopper brochosomes. Proc. Natl. Acad. Sci. U. S. A. 121, e2312700121 (2024). https://t.co/QINWObYbNn
The proteins implicated in these amazing structures appear to be orphans:
https://t.co/JwZvb0HWyT
"All BSM proteins and some BSAP proteins identified in our study were exclusive to Cicadellidae, with no detectable homologs in other Hemiptera species, suggesting their encoding
Our paper about the geometric design of the unique particles produced by leafhoppers has now published in PNAS. I have been trying to understand why the leafhopper chose to cover their body surfaces with particles with such complex hollow structures. https://t.co/wwfW9YSdre
RT @velitesgear | Full Text Article: https://t.co/8OOuKFsGAI | Author: @PNASNews Geometric design of antireflective leafhopper brochosomes Proceedings of the National Academy of Sciences, Volume 121, Issue 14, April 2024.
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