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Overall, contributors convey strong interest and support for the research with phrases like 'Absolutely game changer' and 'small step closer to plastic biodegradation.' Posts often include technical references and environmental concerns, demonstrating engagement through sharing examples such as the discovery of bacteria that can degrade polyurethane and linking it to broader efforts like #TeamSeas and climate discussions, which highlight both scientific excitement and societal impact.
Most discussions express positive support or excitement about the potential of these bacteria to address plastic waste, indicating general agreement with the significance of the research.
Many posts highlight fascination with microbes and microplastics, reflecting high engagement and curiosity about the science and environmental implications.
Posts include sharing articles, personal reflections, calls for action, and technical insights, showing a moderate level of deep involvement.
The discussions emphasize the potential for microbial biorecycling to transform waste management and combat pollution, indicating recognition of moderate to high impact.
Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #chemical building blocks of #polyurethane. #Microbiology Read the #openaccess study published in @FrontMicrobiol: https://t.co/EfyKsq6VWT https://t.co/jkAdXL5adH
Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #chemical building blocks of #polyurethane. Read the study published in @FrontMicrobiol: https://t.co/EfyKsq6VWT or our blog post ⬇ https://t.co/9dfpQVaF7Z
3/27リリースの論文です。 世界で5番目に需要が高く、さらに分解が非常に難しいプラスチック、ポリウレタンを餌にする事が出来る微生物を発見したかもしれません。 これは、環境問題に対抗できるかもしれませんが、本代謝の生化学的なプロセスは明らかにされていません。 https://t.co/SMuf6YlmW8
One of my favorite YouTubers Anton made a great vid on how plastics have/are affecting the planet & he's part of the #TeamSeas fundraiser (organized by MrBeast) that'll help remove 30 MILLION pounds of plastic from the ocean by 2022! Let's help our home
Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #chemical building blocks of #polyurethane. Read the study published in @FrontMicrobiol: https://t.co/EfyKsq6VWT or our blog post ⬇ https://t.co/9dfpQVaF7Z
German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an extremophile group of bacteria is capable of ingesting toxic organic compounds as its sole source of carbon, nitrogen and energy https://t.co/j3RE28Ii8P
Explore three incredible scientific achievements from the past year, including bacteria that eat plastic, mRNA therapies, and a 3D map of the universe, along with insights on bacteria that can biodegrade polyurethane…
This video discusses the effects of plastics on the atmosphere and life, highlighting efforts to prevent plastic pollution and the dangers of microplastics based on recent scientific research.
Scientists are figuring out how to use bacteria to break down all kinds of plastics. This research highlights the potential of bacteria, including soil bacteria like Stenotrophomonas sp., to degrade polyurethane and…
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/sym9Ma9i9k via @YouTube
RT @mgabrielle007: Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/h3GAYAYBQY via @YouTube
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/h3GAYAYBQY via @YouTube
https://t.co/cMBj0fkNka
RT @sidsidsidsid10: @Plasticsimpact https://t.co/7ayPLy1yRq
@Plasticsimpact https://t.co/7ayPLy1yRq
Turns out, plastics have strange effects on the atmosphere and life. https://t.co/Ie24y2sCAD https://t.co/GuKzEg9zzH
https://t.co/QuiDRtcP7d
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/blbWrE2wFd via @YouTube
Turns Out, Plastics Might have yet Unknown Effects on Atmosphere and Life #TeamSeas https://t.co/zFeeyUSBJn Donated 50€ (would have given more if they accepted Paypal); I'm definitely part of the problem considering how much plastic fibers I wear..
RT @AnishnaabeP: Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/sk74lsZo56 via @YouTube
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/sk74lsZo56 via @YouTube
micro plastics in a placenta ..........Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/Cd3X80zWkT via @YouTube
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/KevCjB6uVV via @YouTube
https://t.co/nQPHq2U9pl #COP26 plastic in the air causes warming
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/seULaJN1nb via @YouTube
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/ySIyzT50Jz via @YouTube
Warum ich Plastik hasse und auch das Recycling nicht für eine geeignete Lösung halte… Plastik muss einfach weg… es ist als Micro Plastic so Umweltgängig das jeder Mensch mittlerweile das Äquivalent von einer Kreditkarte an Plastik pro Woche aufnimmt: https://t.co/LnmzSb5qDu
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/Cxjkp4yNtT via @YouTube
https://t.co/q7vGpbIA39
@rpool @mother_american @DuzanAngela @club_ed8 @VoiceOfReasonNW @FReddiejaywrite @MikeBatkins @Bobcat8403 @Freedom4Red4 @danielvance19 @photobyluke @0u8up2 @Lori_J_Drabek @JohnBen30549105 @JcVasquez52 @Chlanandria @thevivafrei @rogerwaters @DuckDuckGo Plastics https://t.co/4vHhPJZloS
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/16fUEGqTru via @YouTube #Whatdamath #AntonPetrov #Anton #WonderfulPerson #Space #Science #TeamSeas #ClimateChange #Fundraiser #MicroPlastics #Pollution #savetheplanet @WhatDaMath
#extinctionrebellion #cop26Glascow https://t.co/7ayPLy1yRq
RT @WillowHollybee: Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/sGcE8V4QqL via @YouTube
Turns Out, Plastics Have Strange Effects on Atmosphere and Life #TeamSeas https://t.co/sGcE8V4QqL via @YouTube
Plastics and Their Strange Effects on Atmosphere and Life #TeamSeas https://t.co/fYPefuJeib via @YouTube
RT @artbynips: One of my favorite YouTubers Anton made a great vid on how plastics have/are affecting the planet & he's part of the #TeamSe…
RT @artbynips: One of my favorite YouTubers Anton made a great vid on how plastics have/are affecting the planet & he's part of the #TeamSe…
One of my favorite YouTubers Anton made a great vid on how plastics have/are affecting the planet & he's part of the #TeamSeas fundraiser (organized by MrBeast) that'll help remove 30 MILLION pounds of plastic from the ocean by 2022! Let's help our home
https://t.co/DGo6S8i1q8
Plastics and Their Strange Effects on Atmosphere and Life #TeamSeas https://t.co/h0TUtmBPuc via @YouTube plastics are found in human embryos
RT @chabis_ch: #Plastics and Their Strange Effects on Atmosphere and Life #TeamSeas https://t.co/vfBYWZgj1K via @YouTube #Science, #SciComm…
#Plastics and Their Strange Effects on Atmosphere and Life #TeamSeas https://t.co/vfBYWZgj1K via @YouTube #Science, #SciComm by @WhatDaMath
RT @EsparteroVanHal: Se acerca #HALLOWEEN ¿Queréis pasar miedo? https://t.co/Zi4I6Re74s
Plastics and Their Strange Effects on Atmosphere and Life #TeamSeas https://t.co/3xWxebSkPl via @YouTube
Plastic and our Oceans. Anton Petrov @Surfrider @sdaudubon @SDEnviroDems @SustainMatters @WHO @WaterTechAll_SD @Water @beautifulpb @EncinitasBee https://t.co/m78w4uAlcI
I
今日学んだことメモ。 ・世界中のありとあらゆる場所、陸・海・空、人間の体内のあらゆる臓器に至るまで、微細プラスチックが存在 ・空気中のプラスチックは雨と共に降り注ぐ ・微細プラスチックの主な源はプラごみではなく化学繊維布の生産や洗濯、漁業ネット #TeamSeas https://t.co/KIEIpgkDRx
Microplastics and Their Strange Effects on Atmosphere and Life #TeamSeas https://t.co/Vqiucbex4N via @YouTube
Microplastics and Their Strange Effects on Atmosphere and Life #TeamSeas https://t.co/OecNHDsUBc via @YouTube
Surprising Facts About Microplastic Effects on Life and Atmosphere #Team... https://t.co/8XfZZDofSX via @YouTube
Protect the Water. https://t.co/m78w4uAlcI
This is nuts. It’s raining plastic! Via @WhatDaMath Strange Effects of Microplastics On Biosphere and Atmosphere of Earth #T... https://t.co/FYutW4Gbmz via @YouTube
A great video about micro plastics, from one of my fave YouTubers… https://t.co/2YucpuJ5ex
On #MicroPlastics https://t.co/ppLZqmDouo
https://t.co/Rcj6PcuHdO @ToTheLifeboats Even pulling all the visible trash out of the ocean can’t fix this. It’s been accumulating and degrading for decades. I didn’t know about the clothing tho. Even the elites or Illuminati can’t escape this without leaving the planet.
Microplastics and Their Strange Effects on Earth #TeamSeas Fundraiser Anton Petrov https://t.co/lyANtnSIZz #COP26 #ClimateCrisis #ClimateEmergency #DontChooseExtinction #climate #environment #plasticpollution
Se acerca #HALLOWEEN ¿Queréis pasar miedo? https://t.co/Zi4I6Re74s
Probably another Chinese Venezualean hoax to screw everybody…and to keep #patriots down! If #Trump would be here he would call it… the #Microplastic #Hoax I'm getting nostalgic…
Damn, the lies of these libtards always ruin my day: https://t.co/exoXHZPDFy
Microplastic Pollution and Their Strange Effect on Earth #TeamSeas https://t.co/ME8WjCsvif via @YouTube
RT @GBsPlaceNet: Strange Discoveries About Microplastics and Their Effect on Earth #TeamSeas https://t.co/TwXPbxPBaw via @YouTube
Strange Discoveries About Microplastics and Their Effect on Earth #TeamSeas https://t.co/TwXPbxPBaw via @YouTube
Strange Discoveries About Microplastics and Their Effect on Earth #TeamSeas https://t.co/337rkjazOh via @YouTube
@CarlMuckenhoupt there are *lots* of kinds of plastic, is one issue here but also, it's very possible this has already happened https://t.co/sBo3LXuUoj
@NonlinearDarren @ammocrypta @Climatehope2 @flyonthewall182 @JohnDublin10 @glinch72 @GregTruman4 @GregCoo85844909 @25_cycle @Willard1951 @BrknMan @don85375 @ZSRenn @1tsakeeper @FChecker76 @LizHersch1 @KCTaz @JustThi30117912 @gregchoat @Anvndarnamn5 @TWTThisIsNow @B_Bolshevik100 @NickMcGinley1 @RobMeekel @cieloyla @EthonRaptor @BradPKeyes @JSegor @Mark_A_Lunn @BridgetHolmstro @jwickers @Stephen90045069 @0Sundance @PeterMayfitz @omahas @TonyBoloni8 @TheDisproof @DanCady @dan613 @Keeper_86 @AristotleMrs @Jamz129 @CallMeBlaise1 @ostinado @IngersolRobert @CarrudoDon @DK25769559 @aSinister @BubbasRanch @MATTP1949 'invention'. do you mean 'discovery'? perhaps you're confusing technology with science. new discoveries are peer reviewed all the time. here's a good one from last year https://t.co/z41kAuQPU7
29. Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer Published in Frontiers in Microbiology on 27th march 2020 DOI: 10.3389/fmicb.2020.00404 SPANISH AUDIO https://t.co/Wn9lPuXgje #Polymers #Enzymes #Recycling https://t.co/nrjYSCkvhp
@ManuelSintubin Idd, maar door hun structuur zijn plastics (KWS, al dan niet + N, + O) praktisch niet afbreekbaar (stilaan wel eerste resultaten van onderzoek, bv. https://t.co/ZU6zNjBpUe) en zeer moeilijk recycleerbaar (kan nu al voor bv. PET en PA 6).
@neilhimself https://t.co/vOIOq2LNMl Three to go
RT @MarcKinjet: Frontiers | Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer | microbes…
@pen_is_mighty Super fascinated by this though. https://t.co/LIxLyWpknC
I have (some) hope that microbes (naturally occurring and engineered) could do the job in combination with a drastic reduction of input of plastics into earth‘s ecosystems over the next decades... see e.g. https://t.co/fUVCaSxHga
Amazing microbes as always! Pseudomonas is one tough organism as well.
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
RT @erlesen: German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an…
German scientists identify microbe that could help degrade polyurethane-based plastics https://t.co/z2SFgidHo3 A strain of an extremophile group of bacteria is capable of ingesting toxic organic compounds as its sole source of carbon, nitrogen and energy https://t.co/j3RE28Ii8P
Frontiers | Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer | microbes capable of breaking down plastic (polyurethane) have been found. Microbiology is just fascinating me over and over! https://t.co/xLZeEVA0zB
RT @questpair: Toward Biorecycling: a new promising approach to break down many hard-to-recycle polyurethane products - @FrontMicrobiol #re…
RT @questpair: Toward Biorecycling: a new promising approach to break down many hard-to-recycle polyurethane products - @FrontMicrobiol #re…
RT @questpair: Toward Biorecycling: a new promising approach to break down many hard-to-recycle polyurethane products - @FrontMicrobiol #re…
The only thing that scares me more than the growth of JavaScript on the client is the growth of plastics in landfills. Today I found out that there is bacterial that can eat plastics! https://t.co/1wZ7mFvd1C
RT @BASErenewables: A strain of Pseudomonas bacteria is able to break down polyurethane, which is widely used but rarely recycled. Bacteria…
@kwamurai Its only cursed for so long, life finds a way https://t.co/W0bsJL9fDi
Se describen cepas de bacterias capaces de degradar poliuretano. Lo que supone un avance importante en el control de desechos de plástico. https://t.co/2JUzbMubTM https://t.co/bwBY4y9D9q
A strain of Pseudomonas bacteria is able to break down polyurethane, which is widely used but rarely recycled. Bacteria can use key components of polyurethane as a sole source of carbon, nitrogen and energy https://t.co/UqxnLC6lFr https://t.co/26ka6ScTF1
RT @FrontiersIn: Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #che…
RT @FrontiersIn: Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #che…
RT @FrontiersIn: Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #che…
RT @FrontiersIn: Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #che…
RT @FrontiersIn: Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #che…
Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #chemical building blocks of #polyurethane. Read the study published in @FrontMicrobiol: https://t.co/EfyKsq6VWT or our blog post ⬇ https://t.co/9dfpQVaF7Z
Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #chemical building blocks of #polyurethane. #Microbiology Read the #openaccess study published in @FrontMicrobiol: https://t.co/EfyKsq6VWT https://t.co/jkAdXL5adH
RT @FrontiersIn: Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #che…
RT @FrontiersIn: Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #che…
RT @FrontiersIn: Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #che…
RT @FrontiersIn: Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #che…
Researchers report that they have identified and characterized a strain of #bacteria capable of degrading some of the #chemical building blocks of #polyurethane. Read the study published in @FrontMicrobiol: https://t.co/EfyKsq6VWT or our blog post ⬇ https://t.co/9dfpQVaF7Z
RT @pseudo_papers: Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer. https://t.co/iNIrU…
Hopefully a step in the right direction of getting rid of plastics ! https://t.co/HOy0sPFfLW
Frontiers | Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer | Microbiology https://t.co/X28gKvs53f
RT @JoongWu: Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/DxLtW1Uu07
Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/DxLtW1Uu07
Promising finding: A Soil Bacterium That Grows on a Polyurethane https://t.co/GSVRcFwRoQ
A strain of Pseudomonas bacteria is able to break down polyurethane, which is widely used but rarely recycled. Bacteria can use key components of polyurethane as a sole source of carbon, nitrogen and energy https://t.co/CpBCgXhpWb
Scientists find a strain of Pseudomonas bacterium able to use #plasticwaste as a sole nutrient and energy source! A promising tool for the #biodegradation of synthetic polymers like #plasticbottles=> https://t.co/ExTtHz3wJs Reduce waste in first place remains msg! @CraigLeeson https://t.co/EyCbjApRuh
Scientists in Germany report in "Frontiers in Microbiology" id and characterization of strain of bacteria capable of degrading some chemical building blocks of polyurethane. Thanks for sharing @GENbio https://t.co/Ql9P0iCH4q Report here: https://t.co/lJG8GBeTRG @FrontiersIn
RT @PierreCrozet: Nature always finds a way... https://t.co/Fz08hJzKNO
Nature always finds a way... https://t.co/Fz08hJzKNO
Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/MzjHJTIqrH
@mghoijp よく知らなかったので読んでみました。 まずポリウレタンの劣化で有名なのが加水分解で、これはウレタン結合が切れることを言うんですね。https://t.co/VtlCRoKujN Fig.7,Fig.8 記事が紹介している論文ではベンゼン環が開環しているようなFig.3があり、多分これを言うてます。https://t.co/YJEm4K9OBO
Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/ilP1xLmSvo
RT @cydonidia: Identification of Pseudomonas sp., TDA1 that breaks down Polyurethane building blocks. Small step closer towards plastic bio…
RT @cydonidia: Identification of Pseudomonas sp., TDA1 that breaks down Polyurethane building blocks. Small step closer towards plastic bio…
ความหวังมนุษยชาติ เมื่อนักวิทย์พบ “แบคทีเรีย” ย่อยสลายขยะพลาสติกโพลียูรีเทนได้ https://t.co/BFXGpElcBi Pseudomonas ฤ? Doi:10.3389/fmicb.2020.00404 Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer
Identification of Pseudomonas sp., TDA1 that breaks down Polyurethane building blocks. Small step closer towards plastic biodegradation. @FrontMicrobiol #biodegradation https://t.co/GbAzYLRekP
RT @Tsubaki_Two: 3/27リリースの論文です。 世界で5番目に需要が高く、さらに分解が非常に難しいプラスチック、ポリウレタンを餌にする事が出来る微生物を発見したかもしれません。 これは、環境問題に対抗できるかもしれませんが、本代謝の生化学的なプロセスは明らかに…
RT @Tsubaki_Two: 3/27リリースの論文です。 世界で5番目に需要が高く、さらに分解が非常に難しいプラスチック、ポリウレタンを餌にする事が出来る微生物を発見したかもしれません。 これは、環境問題に対抗できるかもしれませんが、本代謝の生化学的なプロセスは明らかに…
RT @Tsubaki_Two: 3/27リリースの論文です。 世界で5番目に需要が高く、さらに分解が非常に難しいプラスチック、ポリウレタンを餌にする事が出来る微生物を発見したかもしれません。 これは、環境問題に対抗できるかもしれませんが、本代謝の生化学的なプロセスは明らかに…
RT @Tsubaki_Two: 3/27リリースの論文です。 世界で5番目に需要が高く、さらに分解が非常に難しいプラスチック、ポリウレタンを餌にする事が出来る微生物を発見したかもしれません。 これは、環境問題に対抗できるかもしれませんが、本代謝の生化学的なプロセスは明らかに…
Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/a1Kr6U9xYE
RT @Tsubaki_Two: 3/27リリースの論文です。 世界で5番目に需要が高く、さらに分解が非常に難しいプラスチック、ポリウレタンを餌にする事が出来る微生物を発見したかもしれません。 これは、環境問題に対抗できるかもしれませんが、本代謝の生化学的なプロセスは明らかに…
RT @Tsubaki_Two: 3/27リリースの論文です。 世界で5番目に需要が高く、さらに分解が非常に難しいプラスチック、ポリウレタンを餌にする事が出来る微生物を発見したかもしれません。 これは、環境問題に対抗できるかもしれませんが、本代謝の生化学的なプロセスは明らかに…
3/27リリースの論文です。 世界で5番目に需要が高く、さらに分解が非常に難しいプラスチック、ポリウレタンを餌にする事が出来る微生物を発見したかもしれません。 これは、環境問題に対抗できるかもしれませんが、本代謝の生化学的なプロセスは明らかにされていません。 https://t.co/SMuf6YlmW8
RT @AfghaniHani: #معلومة_تهم_الباحثين جميع #الأحيائيين سمعوا بمصطلح #اعادة_تدوير الحيوي #biorecycling تم اكتشاف باكتيرياPseudomonasمن الت…
RT @AfghaniHani: #معلومة_تهم_الباحثين جميع #الأحيائيين سمعوا بمصطلح #اعادة_تدوير الحيوي #biorecycling تم اكتشاف باكتيرياPseudomonasمن الت…
Absolute game changer...Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/8IWFZZCGUB
Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/sdECq9lc7F
Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/wwKQKYx9EE
This is Great news! https://t.co/f5nHA8jVTq
Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/UWzodAdYre
RT @questpair: Toward Biorecycling: a new promising approach to break down many hard-to-recycle polyurethane products - @FrontMicrobiol #re…
Plastic Eating Bacteria. Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/bjwYvGrizx https://t.co/udHTgDYAOB
RT @questpair: Toward Biorecycling: a new promising approach to break down many hard-to-recycle polyurethane products - @FrontMicrobiol #re…
RT @KulikovUNIATF: New strain of Pseudomonas bacteria is able to break down polyurethane, which is widely used but rarely recycled. Bacteri…
https://t.co/KTLST1ISeA
RT @MicrobialLife: Missed this on Friday, but new report of soil bacterium (#Pseudomonas) that can degrade #polyurethane #plastic. Articl…
Missed this on Friday, but new report of soil bacterium (#Pseudomonas) that can degrade #polyurethane #plastic. Article here: https://t.co/rG6cmI0dd7 Story via: https://t.co/H1SGqFM8Hf
RT @questpair: Toward Biorecycling: a new promising approach to break down many hard-to-recycle polyurethane products - @FrontMicrobiol #re…
Toward Biorecycling: a new promising approach to break down many hard-to-recycle polyurethane products - @FrontMicrobiol #recycling #greendeal #circulareconomy #wastemanagement #reduce #plasticpollution https://t.co/l1Pkxqif9g
It would be, and an interesting bacterial pathway, but in fact they only broke down small molecules, not actual plastics... https://t.co/zjfCUfM4IY https://t.co/7xKYzuvbxS
Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/slXfKf6PAT
RT @AfghaniHani: #معلومة_تهم_الباحثين جميع #الأحيائيين سمعوا بمصطلح #اعادة_تدوير الحيوي #biorecycling تم اكتشاف باكتيرياPseudomonasمن الت…
RT @AfghaniHani: #معلومة_تهم_الباحثين جميع #الأحيائيين سمعوا بمصطلح #اعادة_تدوير الحيوي #biorecycling تم اكتشاف باكتيرياPseudomonasمن الت…
#Polythene Pam soon naked, Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a #Polyurethane Oligomer and Monomer https://t.co/NcqKs3mLgc
RT @AfghaniHani: #معلومة_تهم_الباحثين جميع #الأحيائيين سمعوا بمصطلح #اعادة_تدوير الحيوي #biorecycling تم اكتشاف باكتيرياPseudomonasمن الت…
Can it be this the solution to #plastic pollution? The authors claim that a very particular #bacteria (found by accident) is capable to use plastics as a source of #carbon, #nitrogen and #energy https://t.co/1Z0E4blqh2 #climatechange #scienceandenvironment #environment
RT @AfghaniHani: #معلومة_تهم_الباحثين جميع #الأحيائيين سمعوا بمصطلح #اعادة_تدوير الحيوي #biorecycling تم اكتشاف باكتيرياPseudomonasمن الت…
RT @AfghaniHani: #معلومة_تهم_الباحثين جميع #الأحيائيين سمعوا بمصطلح #اعادة_تدوير الحيوي #biorecycling تم اكتشاف باكتيرياPseudomonasمن الت…
RT @KulikovUNIATF: New strain of Pseudomonas bacteria is able to break down polyurethane, which is widely used but rarely recycled. Bacteri…
RT @MesMitch: A bacterium that feeds on toxic plastic has been discovered by scientists. The bug not only breaks the plastic down but uses…
RT @MesMitch: A bacterium that feeds on toxic plastic has been discovered by scientists. The bug not only breaks the plastic down but uses…
RT @MesMitch: A bacterium that feeds on toxic plastic has been discovered by scientists. The bug not only breaks the plastic down but uses…
RT @MesMitch: A bacterium that feeds on toxic plastic has been discovered by scientists. The bug not only breaks the plastic down but uses…
RT @MesMitch: A bacterium that feeds on toxic plastic has been discovered by scientists. The bug not only breaks the plastic down but uses…
New Research: Toward Biorecycling: Isolation of a Soil Bacterium That Grows on a Polyurethane Oligomer and Monomer https://t.co/vVsU3rXG70 #microbiology
DOI: 10.3389/fmicb.2020.00404. Other (3). Bio-upcycling of polyethylene terephthalate (opens in new window). Author(s): Till Tiso; Tanja ...
... be a solution in the very near future: https://www.frontiersin.org/articles/10.3389/fmicb.2020.00404/full · More replies · PJenningsofSussex.
DOI. 10.3389/fmicb.2020.00404. Disclaimer: AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to ...
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