#plasticdegradation search results

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Protein language models are revolutinizing protein engineering and design. Our goal is to apply them for #enzyme discovery and design for the degradation of plastic polymers #PLMs #PlasticDegradation #BIORE2AIRCRAFT #AtracciónTalento @ComunidadMadrid @ICP_CSIC

SystemsBiotech's tweet image. Protein language models are revolutinizing protein engineering and design. Our goal is to apply them for #enzyme discovery and design for the degradation of plastic polymers

#PLMs #PlasticDegradation #BIORE2AIRCRAFT #AtracciónTalento

@ComunidadMadrid 
@ICP_CSIC

Big news to kick off the weekend! 🚀Our latest research, the Polyurethanase Potential of R. chinensis Lipase has been accepted for publication in @J_A_C_S . 📖 pubs.acs.org/doi/10.1021/ja… #Chemistry #Sustainability #PlasticDegradation #Biocatalysis @UJIuniversitat

BioComp_UJI's tweet image. Big news to kick off the weekend! 🚀Our latest research, the Polyurethanase Potential of R. chinensis Lipase has been accepted for publication in @J_A_C_S .
📖 pubs.acs.org/doi/10.1021/ja…
#Chemistry #Sustainability #PlasticDegradation #Biocatalysis @UJIuniversitat

Plastic eating bacteria! Introducing surface-displayed plastic-degrading enzymes on engineered bacteria. Direct PET breakdown - no antibiotics, inducers, or enzyme purification needed. sciencedirect.com/science/articl… #SyntheticBiology #PlasticDegradation #Bioengineering

BudisaNed's tweet image. Plastic eating bacteria!
Introducing surface-displayed plastic-degrading enzymes on engineered bacteria.
Direct PET breakdown - no antibiotics, inducers, or enzyme purification needed.
sciencedirect.com/science/articl… 
#SyntheticBiology #PlasticDegradation #Bioengineering

To slow down this photodegradation, light stabilizers have been developed as essential additives to protect plastics. Common light stabilizers include: ✅ HALS (Hindered Amine Light Stabilizers) ✅ UV Absorbers tjcyindustrialchem.com/polymer-additi… #TJCY #LightStabilizers #PlasticDegradation

TJCYindustry's tweet image. To slow down this photodegradation, light stabilizers have been developed as essential additives to protect plastics.

Common light stabilizers include:
✅ HALS (Hindered Amine Light Stabilizers)
✅ UV Absorbers

tjcyindustrialchem.com/polymer-additi…
#TJCY #LightStabilizers #PlasticDegradation

Surprisingly, certain molds can eat plastic! Nature holds the key! #sustainability #mold #plasticdegradation #environment #entaliaz

entaliaz's tweet image. Surprisingly, certain molds can eat plastic! Nature holds the key! #sustainability #mold #plasticdegradation #environment #entaliaz

🧫Assessing the Biodegradation of Low-Density Polyethylene Films by Candida tropicalis SLNEA04 and Rhodotorula mucilaginosa SLNEA05 by Randa Harrat et al. mdpi.com/1424-2818/16/1… | 1617 views #PlasticDegradation #Bioremediation #FungalBiotech #EnvironmentalScience

DiversityMDPI's tweet image. 🧫Assessing the Biodegradation of Low-Density Polyethylene Films by Candida tropicalis SLNEA04 and Rhodotorula mucilaginosa SLNEA05

by Randa Harrat et al.

mdpi.com/1424-2818/16/1… | 1617 views

#PlasticDegradation #Bioremediation #FungalBiotech #EnvironmentalScience

Discovery of a novel marine bacterium with plastic-degrading enzymes by microbiologists opened pathways for local bioremediation pilot projects. #PlasticDegradation #Biotech


Pestalotiopsis microspora is a rare fungus that breaks down plastic (polyurethane) and produces the anticancer drug taxol, thriving even without oxygen—making it valuable for eco and medical use. #PlasticDegradation #Biotech #Anticancer #FungusPower #Sustainability

vidyarajshetty's tweet image. Pestalotiopsis microspora is a rare fungus that breaks down plastic (polyurethane) and produces the anticancer drug taxol, thriving even without oxygen—making it valuable for eco and medical use.

#PlasticDegradation #Biotech #Anticancer #FungusPower #Sustainability

🍄 Pestalotiopsis microspora This rare fungus eats plastic, produces the cancer-fighting drug taxol, and survives without oxygen. Nature’s little powerhouse. #Fungi #Biotech #PlasticDegradation #Science


After careful sample processing, we successfully extracted DNA, taking the first step toward identifying key microbial players in plastic degradation. Stay tuned as we uncover nature’s hidden solutions🌱🔎🔬 #Microplastic #Biotechnology #PlasticDegradation #ScienceInAction 2/2


Finally, we show that engineered spores can be used to degrade plastic PET films. #plasticdegradation

nair_lab's tweet image. Finally, we show that engineered spores can be used to degrade plastic PET films. #plasticdegradation

It's #EarthScienceWeek so we thought we'd share some examples where Asynt's tools have been used in research relating to #earthscience. These papers both investigate #plasticdegradation in the environment using our DrySyn MULTI: buff.ly/4f1rCP6 / buff.ly/4dHuNL0

Asynt's tweet image. It's #EarthScienceWeek so we thought we'd share some examples where Asynt's tools have been used in research relating to #earthscience.
 
These papers both investigate #plasticdegradation in the environment using our DrySyn MULTI: buff.ly/4f1rCP6 / buff.ly/4dHuNL0

Some fungi have the ability to digest plastics, offering hope for reducing plastic waste and developing sustainable solutions for pollution. 🍄♻️ #Fungi #PlasticDegradation #EnvironmentalScience #Biotechnology #Sustainability


Some fungi are being researched for their potential to break down plastics, offering a possible solution to the global plastic waste problem. 🍄♻️ #Fungi #PlasticDegradation #EnvironmentalScience #Sustainability #Biotechnology


Some fungi produce powerful enzymes that can break down plastic, offering potential eco-friendly solutions for reducing plastic waste. 🍄♻️ #Fungi #PlasticDegradation #Biotechnology #EnvironmentalScience #Sustainability


Memorable experience to present at #EuroQSAR 2024 'A New Life for Plastic Bottles: Novel Computational Approaches for Plastic-Degrading Enzymes.' 📸 @MolecularOcean @bougui505 @BonomiMax #PlasticDegradation #EnzymeEngineering #PETase

StefaniaDiPede's tweet image. Memorable experience to present at #EuroQSAR 2024 'A New Life for Plastic Bottles: Novel Computational Approaches for Plastic-Degrading Enzymes.' 📸 @MolecularOcean @bougui505 @BonomiMax #PlasticDegradation #EnzymeEngineering #PETase
StefaniaDiPede's tweet image. Memorable experience to present at #EuroQSAR 2024 'A New Life for Plastic Bottles: Novel Computational Approaches for Plastic-Degrading Enzymes.' 📸 @MolecularOcean @bougui505 @BonomiMax #PlasticDegradation #EnzymeEngineering #PETase
StefaniaDiPede's tweet image. Memorable experience to present at #EuroQSAR 2024 'A New Life for Plastic Bottles: Novel Computational Approaches for Plastic-Degrading Enzymes.' 📸 @MolecularOcean @bougui505 @BonomiMax #PlasticDegradation #EnzymeEngineering #PETase

No results for "#plasticdegradation"

🐛 Exciting developments in #PlasticDegradation! The patent application #US20250289043A1 from #UniversityOfDelaware outlines a method using darkling beetle larvae, microbes, and enzymes to enhance plastic breakdown. Key aspects: - Larvae treated with dietary supplements like

PatentPulse's tweet image. 🐛 Exciting developments in #PlasticDegradation!

The patent application #US20250289043A1 from #UniversityOfDelaware outlines a method using darkling beetle larvae, microbes, and enzymes to enhance plastic breakdown.

Key aspects:
- Larvae treated with dietary supplements like
PatentPulse's tweet image. 🐛 Exciting developments in #PlasticDegradation!

The patent application #US20250289043A1 from #UniversityOfDelaware outlines a method using darkling beetle larvae, microbes, and enzymes to enhance plastic breakdown.

Key aspects:
- Larvae treated with dietary supplements like
PatentPulse's tweet image. 🐛 Exciting developments in #PlasticDegradation!

The patent application #US20250289043A1 from #UniversityOfDelaware outlines a method using darkling beetle larvae, microbes, and enzymes to enhance plastic breakdown.

Key aspects:
- Larvae treated with dietary supplements like

🧫Assessing the Biodegradation of Low-Density Polyethylene Films by Candida tropicalis SLNEA04 and Rhodotorula mucilaginosa SLNEA05 by Randa Harrat et al. mdpi.com/1424-2818/16/1… | 1617 views #PlasticDegradation #Bioremediation #FungalBiotech #EnvironmentalScience

DiversityMDPI's tweet image. 🧫Assessing the Biodegradation of Low-Density Polyethylene Films by Candida tropicalis SLNEA04 and Rhodotorula mucilaginosa SLNEA05

by Randa Harrat et al.

mdpi.com/1424-2818/16/1… | 1617 views

#PlasticDegradation #Bioremediation #FungalBiotech #EnvironmentalScience

વૈજ્ઞાનિકોએ ગ્રેટ પેસિફિક ગાર્બેજ પેચમાં પ્લાસ્ટિક ખાવા વાળું ફૂગ શોધી કાઢ્યું #GreatPacific #GarbagePatch #plasticdegradation #plasticwaste #marinefungi #marinebiologist #internationalcohort #RoyalNetherlands #ptnnews

Ptnnewsofficial's tweet image. વૈજ્ઞાનિકોએ ગ્રેટ પેસિફિક ગાર્બેજ પેચમાં પ્લાસ્ટિક ખાવા વાળું ફૂગ શોધી કાઢ્યું

#GreatPacific #GarbagePatch #plasticdegradation #plasticwaste #marinefungi #marinebiologist #internationalcohort #RoyalNetherlands #ptnnews

Protein language models are revolutinizing protein engineering and design. Our goal is to apply them for #enzyme discovery and design for the degradation of plastic polymers #PLMs #PlasticDegradation #BIORE2AIRCRAFT #AtracciónTalento @ComunidadMadrid @ICP_CSIC

SystemsBiotech's tweet image. Protein language models are revolutinizing protein engineering and design. Our goal is to apply them for #enzyme discovery and design for the degradation of plastic polymers

#PLMs #PlasticDegradation #BIORE2AIRCRAFT #AtracciónTalento

@ComunidadMadrid 
@ICP_CSIC

Insect-mediated #plasticdegradation: Highlights of the key aspects of their feeding behaviors, gastrointestinal metabolic activities, the roles of #microbialcommunities and recommendations for future research. Read more in ES&T Letters: go.acs.org/9hl

EnvSciTech's tweet image. Insect-mediated #plasticdegradation: Highlights of the key aspects of their feeding behaviors, gastrointestinal metabolic activities, the roles of #microbialcommunities and recommendations for future research.

Read more in ES&T Letters: go.acs.org/9hl

Plastic waste is generated at almost 400 metric tons per year. How long until it breaks down? This #OpenAccess paper looks at #PlasticDegradation rates. #PlasticWaste #MendeleyCatalog bit.ly/3kFTZ9U

mendeley_com's tweet image. Plastic waste is generated at almost 400 metric tons per year. How long until it breaks down? This #OpenAccess paper looks at #PlasticDegradation rates. #PlasticWaste #MendeleyCatalog 

bit.ly/3kFTZ9U

ETH: RT @EawagResearch: Forschende der @ETH_en und der Eawag haben eine Methode entwickelt, mit der sie den biologischen Abbau von Kunststoffen in Böden genau erfassen und vollumfänglich nachverfolgen können. #plasticdegradation #soils

LudwigZieba's tweet image. ETH: RT @EawagResearch: Forschende der @ETH_en und der Eawag haben eine Methode entwickelt, mit der sie den biologischen Abbau von Kunststoffen in Böden genau erfassen und vollumfänglich nachverfolgen können. #plasticdegradation #soils …

It's #EarthScienceWeek so we thought we'd share some examples where Asynt's tools have been used in research relating to #earthscience. These papers both investigate #plasticdegradation in the environment using our DrySyn MULTI: buff.ly/4f1rCP6 / buff.ly/4dHuNL0

Asynt's tweet image. It's #EarthScienceWeek so we thought we'd share some examples where Asynt's tools have been used in research relating to #earthscience.
 
These papers both investigate #plasticdegradation in the environment using our DrySyn MULTI: buff.ly/4f1rCP6 / buff.ly/4dHuNL0

Microbial Biotechnology enthusiasts: MB9.0 will happen on Nov 6th, 2023 at @DelftTU presented by @NBV_biotech and @KNVM_online. Confirmed speakers are @NickWierckx and @StanBrouns ...more to come #PlasticDegradation #CRISPR 👉 sign-up: forms.gle/SReQ1mYxEogMxM…

billerbeck_s's tweet image. Microbial Biotechnology enthusiasts: MB9.0 will happen on Nov 6th, 2023 at @DelftTU  presented by @NBV_biotech and @KNVM_online. Confirmed speakers are @NickWierckx and @StanBrouns ...more to come #PlasticDegradation #CRISPR 

👉 sign-up: forms.gle/SReQ1mYxEogMxM…

Always impressed by young pple driving innovative #ClimateAction in 🇿🇼. Visit @UNICEFZIMBABWE stand at #ZITF2023 to engage on #PlasticDegradation by moths, #WaterConservation, e-receipt App & #SolarLanterns & ♻️. @UNICEFinnovate @BOOSTFellowship @METHI_Zimbabwe @mhtestd

TajudeenOyewale's tweet image. Always impressed by young pple driving innovative #ClimateAction in 🇿🇼. Visit @UNICEFZIMBABWE stand at #ZITF2023 to engage on #PlasticDegradation by moths, #WaterConservation, e-receipt App & #SolarLanterns & ♻️.

@UNICEFinnovate @BOOSTFellowship
@METHI_Zimbabwe @mhtestd

To slow down this photodegradation, light stabilizers have been developed as essential additives to protect plastics. Common light stabilizers include: ✅ HALS (Hindered Amine Light Stabilizers) ✅ UV Absorbers tjcyindustrialchem.com/polymer-additi… #TJCY #LightStabilizers #PlasticDegradation

TJCYindustry's tweet image. To slow down this photodegradation, light stabilizers have been developed as essential additives to protect plastics.

Common light stabilizers include:
✅ HALS (Hindered Amine Light Stabilizers)
✅ UV Absorbers

tjcyindustrialchem.com/polymer-additi…
#TJCY #LightStabilizers #PlasticDegradation

One of the most popular #OpenAccess papers for chemists using #MendeleyCatalog is this investigation of #PlasticDegradation rates. #PlasticWaste bit.ly/2ZaoAUJ

mendeley_com's tweet image. One of the most popular #OpenAccess papers for chemists using #MendeleyCatalog is this investigation of #PlasticDegradation rates. #PlasticWaste 
bit.ly/2ZaoAUJ

Surprisingly, certain molds can eat plastic! Nature holds the key! #sustainability #mold #plasticdegradation #environment #entaliaz

entaliaz's tweet image. Surprisingly, certain molds can eat plastic! Nature holds the key! #sustainability #mold #plasticdegradation #environment #entaliaz

Mad scientists at work! One of the best thing about being a member of the Von der Haar lab is no idea is a silly idea! #bioremediation #plasticdegradation

teawithscience's tweet image. Mad scientists at work! One of the best thing about being a member of the Von der Haar lab is no idea is a silly idea! #bioremediation #plasticdegradation

Plastic eating bacteria! Introducing surface-displayed plastic-degrading enzymes on engineered bacteria. Direct PET breakdown - no antibiotics, inducers, or enzyme purification needed. sciencedirect.com/science/articl… #SyntheticBiology #PlasticDegradation #Bioengineering

BudisaNed's tweet image. Plastic eating bacteria!
Introducing surface-displayed plastic-degrading enzymes on engineered bacteria.
Direct PET breakdown - no antibiotics, inducers, or enzyme purification needed.
sciencedirect.com/science/articl… 
#SyntheticBiology #PlasticDegradation #Bioengineering

Pestalotiopsis microspora is a rare fungus that breaks down plastic (polyurethane) and produces the anticancer drug taxol, thriving even without oxygen—making it valuable for eco and medical use. #PlasticDegradation #Biotech #Anticancer #FungusPower #Sustainability

vidyarajshetty's tweet image. Pestalotiopsis microspora is a rare fungus that breaks down plastic (polyurethane) and produces the anticancer drug taxol, thriving even without oxygen—making it valuable for eco and medical use.

#PlasticDegradation #Biotech #Anticancer #FungusPower #Sustainability

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