@MInkorrekt Hier sollen Bakterien PET spalten? Raupenschredder reloaded? https://t.co/uX6611MucD
Letting the engineered bug loose on the pacific garbage patch would make for one hell of an evolution experiment https://t.co/JJokUdbz6c
RT @PabloINik: An authentic breakthrough article by @gregg_beckham @nrel on engineering a plastic-degrading aromatic polyesterase. Can't wa…
RT @PabloINik: An authentic breakthrough article by @gregg_beckham @nrel on engineering a plastic-degrading aromatic polyesterase. Can't wa…
RT @PabloINik: An authentic breakthrough article by @gregg_beckham @nrel on engineering a plastic-degrading aromatic polyesterase. Can't wa…
What a beautiful example of protein engineering, which actually leads to a fantastic outcome 🤙 https://t.co/hMYAeMeCBd
RT @PabloINik: An authentic breakthrough article by @gregg_beckham @nrel on engineering a plastic-degrading aromatic polyesterase. Can't wa…
An authentic breakthrough article by @gregg_beckham @nrel on engineering a plastic-degrading aromatic polyesterase. Can't wait to see the evolved protein in a bug #SynBio https://t.co/7D27n3rBxn
RT @gregg_beckham: Our work on plastics biodegradation #PETase led by @NREL @portsmouthuni @USouthFlorida is published @PNASNews https://t.…
PETを分解できたらゴミがむちゃくちゃ減りそう https://t.co/3GLp4sR5nJ
RT @starkmanly: invades oceans, colonizes garbage heaps, lays waste to human development, reclaims the world for the bacterial hordes.. htt…
Characterization and engineering of a plastic-degrading aromatic polyesterase https://t.co/NGWcLhK5TD
A new enzyme has been created that consumes Poly Ethylene! https://t.co/CU9Ri5fRpL https://t.co/WGPbKTqa7r
A great example of evolution, structure-based protein engineering, and a potential way forward to address this significant environmental issue #biodegradation #crystallography #structuralbiology https://t.co/Jhs3ybSRXL
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
Just amazing how we find solutions to these cliffhangers! Now we have to wait for the next season to find out if the plan worked. https://t.co/6GxBnXIWFH
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @mad_molix: @HattoriM @t2438 @torusengoku @OrenoSource 17日の日本時間21時以降にpublishされましたねえ。https://t.co/IzGVn7zxcH
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
Scientists accidentally create mutant enzyme that eats plastic bottles. The breakthrough, spurred by the discovery https://t.co/NsAirhgwUz
RT @mad_molix: @HattoriM @t2438 @torusengoku @OrenoSource 17日の日本時間21時以降にpublishされましたねえ。https://t.co/IzGVn7zxcH
RT @gregg_beckham: Our work on plastics biodegradation #PETase led by @NREL @portsmouthuni @USouthFlorida is published @PNASNews https://t.…
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
Characterization and engineering of a plastic-degrading aromatic polyesterase https://t.co/qO00ZHXzeq
@MattJonesRadio When you have an educated population, you get problems solved. #eatsplastictrash https://t.co/8ZwjB4iFzC
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
@HattoriM @t2438 @torusengoku @OrenoSource 17日の日本時間21時以降にpublishされましたねえ。https://t.co/IzGVn7zxcH
RT @OrenoSource: プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2…
プラスチックを消化分解する酵素、研究過程で偶然作製 https://t.co/RdO7MeWq5z PETaseの構造解析とクチナーゼの知見を利用した作用部位の改変により高効率PETaseを作製 PNAS原著↓ https://t.co/2O0dVGXkvW
"Characterization and engineering of a plastic-degrading aromatic polyesterase" (Harry P. Austin et al, PNAS April 17, 2018.) https://t.co/NO6yybzuO3
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
Just so cool https://t.co/KE4JbwaVtl
RT @DrLeoRios: “Characterization and #engineering of a plastic-degrading aromatic polyesterase” Great potential for those plastic degrading…
To the oceans! I'm sure there will be no other environmental impact, just dump them in! ;) https://t.co/QwEybUO8L3
@Foortography Brian, enzyme was produced from #GMO bacteria but because it is a product and not a living organism, it is not referred as GMO. Most cheese and laundry detergents are now produced using engineered cells, not labeled rightfully so. Original PN
RT @gregg_beckham: Our work on plastics biodegradation #PETase led by @NREL @portsmouthuni @USouthFlorida is published @PNASNews https://t.…
link to 15-page PDF of Facebook 2016 political ads study by profs, grad and undergrad students at University of Wisconsin- Madison https://t.co/vPui7KnuoG … https://t.co/KueH12Sudz
“Characterization and #engineering of a plastic-degrading aromatic polyesterase” Great potential for those plastic degrading #enzymes #engbio #synbio #syntheticbiology #proteinengineering https://t.co/plapLoM1re https://t.co/zgZepBUVtL
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
Perhaps enzymes can save the world or at least help us decompose PET plastics. https://t.co/FkXywmVPiB
ペットボトル分解酵素 Characterization and engineering of a plastic-degrading aromatic polyesterase https://t.co/k43VRPiduu
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
Characterization and engineering of a plastic-degrading aromatic polyesterase https://t.co/APx72ZWYRF
Characterization and engineering of a plastic-degrading aromatic polyesterase: https://t.co/2crPT7Dsvz
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
And it would be exactly what we deserve. https://t.co/94Qmzm6vQE
RT @rznagle: A newly discovered (accidentally invented?) bacteria that eats plastic: https://t.co/KLHORbnXj2
@pengovsky Ni tko hudo. https://t.co/Mx71K8NMem
RT @rznagle: A newly discovered (accidentally invented?) bacteria that eats plastic: https://t.co/KLHORbnXj2
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
Meaning to read that but wondered what the waste product of that process is? https://t.co/6lQR9cJQMZ
A newly discovered (accidentally invented?) bacteria that eats plastic: https://t.co/KLHORbnXj2
RT @chemunicate: Researchers refine plastic-digesting bacteria enzyme #ChemMonthly 📰 Article: https://t.co/Tc5Xa9tj3q 📔 Study: https://t.co…
RT @chemunicate: Researchers refine plastic-digesting bacteria enzyme #ChemMonthly 📰 Article: https://t.co/Tc5Xa9tj3q 📔 Study: https://t.co…
Characterization and engineering of a plastic-degrading aromatic polyesterase https://t.co/7jtq3PxVr8
Great use of the @DiamondLightSou for some awesome structural and synthetic biology. Lets get these bugs eating our plastic waste soon! Characterization and engineering of a plastic-degrading aromatic polyesterase https://t.co/mrBd6v3bBA
RT @chemunicate: Researchers refine plastic-digesting bacteria enzyme #ChemMonthly 📰 Article: https://t.co/Tc5Xa9tj3q 📔 Study: https://t.co…
Researchers refine plastic-digesting bacteria enzyme #ChemMonthly 📰 Article: https://t.co/Tc5Xa9tj3q 📔 Study: https://t.co/pNOghjr89e https://t.co/0m5mQhfk2p
Characterization and engineering of a plastic-degrading aromatic polyesterase @DiamondLightSou Power of Structural biology https://t.co/b5EYVEEL8q
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
Characterization and engineering of a plastic-degrading aromatic polyesterase https://t.co/sxMNBSRpas #PET #plastic degradation #gehtdoch
https://t.co/s7ynWEm6l5 Scientists accidentally create mutant enzyme that eats plastic bottles. The breakthrough, spurred by the discovery of plastic-eating bugs at a Japanese dump, could help solve the global plastic pollution crisis #sciencenews https://
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
RT @alexisrebdo: Crearon accidentalmente una enzima mutante que come botellas de plástico: https://t.co/VBDeVR66mf
Interesting work that might help alleviate plastic waste issues. Characterization and engineering of a plastic-degrading aromatic polyesterase https://t.co/aU6iynC160