Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YHd90YaX6a https://t.co/25Ni6Y4pcU
Plastic degradation by insect hexamerins: Near-atomic resolution structures of the polyethylene-degrading proteins from the wax worm saliva.
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Sep 2023 – Dec 2024Where it's discussed
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X / Twitter80 posts
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News6 articles
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Bluesky2 posts
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Blogs2 articles
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YouTube1 videos
AI synopsis
What people are saying
In the discussions, phrases like 'we should use plastic-eating worms' and 'the structure was solved for the protein' reflect the enthusiasm and urgency surrounding the study. Many comments also highlight the 'structural discoveries' made using cryoelectron microscopy, indicating interest in the scientific methods employed, while the tone of amazement implies a recognition of the research's potential impact on plastic waste management.
There is a strong consensus among the posts that highlight the significance of the publication, particularly criticizing the ongoing plastic waste issues.
The discussions indicate high curiosity as many users are excited about the implications of using wax worms for plastic degradation.
While several posts reflect a surface-level understanding, some delve deeper into the specifics of the research, such as the structural discoveries from the insect saliva.
Users perceive this research as potentially transformative for environmental issues, suggesting that it could lead to practical solutions for plastic pollution.
Abstract in brief
- Researchers discovered that wax worm saliva can breakdown polyethylene, a common plastic, in just a few hours, offering a potential solution to plastic waste management.
- Using cryoelectron microscopy, scientists identified four key proteins in the saliva, named Demetra, Cibeles, Ceres, and a new protein, Cora, responsible for this degradation process.
- The study reveals that these proteins form distinct macromolecular complexes, which may influence their ability to oxidize and degrade plastics, prompting further investigation into their functions and possible biotechnological uses.
Top posts
Most liked on X and BlueskyIn our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
¿POR QUÉ NO USAMOS GUSANOS COME PLÁSTICOS?
Check out our last publication in #ScienceAdvances about plastic degradation by insects
https://t.co/gK6ALAmjJI
Polyethylene-degrading enzyme. The structure was solved for the protein directly isolated from the insect saliva. Wao. https://t.co/cZXZkv1GHm
All mentions
???? ¿Por qué no usamos a los gusanos come-plástico?
https://t.co/j4ei2HiArh
https://t.co/bskMsTFDni Reciclar
RT @curiosamente: ¿POR QUÉ NO USAMOS GUSANOS COME PLÁSTICOS?
RT @curiosamente: ¿POR QUÉ NO USAMOS GUSANOS COME PLÁSTICOS?
RT @curiosamente: ¿POR QUÉ NO USAMOS GUSANOS COME PLÁSTICOS?
RT @curiosamente: ¿POR QUÉ NO USAMOS GUSANOS COME PLÁSTICOS?
RT @curiosamente: ¿POR QUÉ NO USAMOS GUSANOS COME PLÁSTICOS?
RT @curiosamente: ¿POR QUÉ NO USAMOS GUSANOS COME PLÁSTICOS?
RT @curiosamente: ¿POR QUÉ NO USAMOS GUSANOS COME PLÁSTICOS?
https://t.co/gK6ALAmjJI
¿POR QUÉ NO USAMOS GUSANOS COME PLÁSTICOS?
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
Polyethylene-degrading enzyme. The structure was solved for the protein directly isolated from the insect saliva. Wao. https://t.co/cZXZkv1GHm
RT @structure_bio36: Plastic degradation by insect hexamerins: Near-atomic resolution structures of the polyethylene-degrading proteins fro…
RT @structure_bio36: Plastic degradation by insect hexamerins: Near-atomic resolution structures of the polyethylene-degrading proteins fro…
Plastic degradation by insect hexamerins: Near-atomic resolution structures of the polyethylene-degrading proteins from the wax worm saliva | Science Advances https://t.co/6XIumn9zPF
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
https://www.science.org/doi/10.1126/sciadv.adi6813
Plastic degradation by insect hexamerins: Near-atomic resolution structures of the polyethylene-degrading proteins from the wax worm saliva - @ScienceMagazine Plastic waste management is a pressing ecological, social, and economic challenge. The saliva https://t.co/cZYe8M0kYU
Plastic degradation by insect hexamerins: Near-atomic resolution structures of the polyethylene-degrading proteins from the wax worm saliva - @ScienceMagazine Plastic waste management is a pressing ecological, social, and economic challenge. The saliva ...
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
https://t.co/uZbbEasbMd
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
RT @KevinKaichuang: Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YH…
Structures of hexamerins (!) from wax worm saliva (!!) that break down plastics (!!!). @EAriasPalomo https://t.co/YHd90YaX6a https://t.co/25Ni6Y4pcU
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
Check out our last publication in #ScienceAdvances about plastic degradation by insects
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
RT @EAriasPalomo: In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source
full story @ScienceAdvances https://t.co/iHMN2Bm3ed
In our latest work we use #CryoEM to analyze polyethylene degrading proteins directly from native source