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The discussions emphasize the revolutionary nature of the research and its potential to address climate change. Phrases such as 'this is huge,' 'what an amazing achievement,' and 'bacteria will rescue us from climate change' highlight the enthusiasm and recognition of the significance of this development. Additionally, comments on the methods, including metabolic engineering and directed evolution, show a nuanced understanding of the scientific processes involved, contributing to a tone of excitement and optimism.
The discussions reflect strong support for the article, with many users expressing excitement about the breakthroughs in synthetic biology.
There is high interest shown through numerous discussions connecting the research to larger implications for climate change and biotechnology.
Participants engage deeply, discussing specific methodologies and potential applications of the research, suggesting a comprehensive understanding of the subject.
Many users perceive the research as highly impactful, considering its potential contributions to sustainable practices and climate solutions.
Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2. Le lien vers l'étude : https://t.co/4znCIxbX3E
Así convierten una bacteria como E. coli en consumidora de CO2
遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell https://t.co/O5KV2YSB6s
What is Synthetic Biology? Introduction by SynBio.Oxford https://t.co/RnsHZESgd4 via @YouTube
Excellent 15-min video intro to #SyntheticBiology from @SynBioOxford - lightning tour of concepts + good examples. Next #SynBio frontier is agriculture - see https://t.co/7EvVxZ3Fmv Link to video: https://t.co/LC4fZ0Sf4x
Desarrollan una bacteria que come CO2 para reducir la acumulación de gases de efecto invernadero de la atmósfera
This presentation discusses how researchers engineered Escherichia coli to generate all its biomass carbon using carbon monoxide (CO) as the sole carbon source. The breakthrough showcases potential sustainable…
In my last video I spoke about viruses; this time we will explore bacteria. Researchers have engineered Escherichia coli to utilize carbon monoxide as a sole carbon source. This breakthrough illustrates the potential of…
In this episode of Brotes de Ciencia, we introduce 'Taza y Tesis', a relaxed conversation about scientific articles. We discuss two studies, focusing on metabolism, including implications for neurodegeneration and…
The research on the conversion of *Escherichia coli* to generate all biomass carbon from CO2 is quite groundbreaking. https://t.co/sr5FeREE2P https://t.co/JsofZYfejQ
RT @hernangraffe: https://t.co/l50w1qkKpB
https://t.co/l50w1qkKpB
Are bacteria the solution for climate change? A recent paper shows that they have potential, using a combination of genetic engineering and adaptive laboratory evolution, to grow solely on C02 https://t.co/k27Q00oSCK
@macerwan Maybe this one ? https://t.co/GmupilD9Kx
RT @ShubhamBiswal18: https://t.co/ilNDAJ9caa @unseenvalue i was watching this video on the basics on synbio and the one thing that immedia…
https://t.co/ilNDAJ9caa @unseenvalue i was watching this video on the basics on synbio and the one thing that immediately came to my mind when they came to the applications part - for example to generate various dyes and pigments sustainably, won't that affect the existing dye
What is Synthetic Biology? Introduction by SynBio.Oxford https://t.co/3vJ8XOt2nB via @YouTube
RT @ADHansonLab: Excellent 15-min video intro to #SyntheticBiology from @SynBioOxford - lightning tour of concepts + good examples. Next…
RT @ADHansonLab: Excellent 15-min video intro to #SyntheticBiology from @SynBioOxford - lightning tour of concepts + good examples. Next…
RT @ADHansonLab: Excellent 15-min video intro to #SyntheticBiology from @SynBioOxford - lightning tour of concepts + good examples. Next…
RT @ADHansonLab: Excellent 15-min video intro to #SyntheticBiology from @SynBioOxford - lightning tour of concepts + good examples. Next…
Excellent 15-min video intro to #SyntheticBiology from @SynBioOxford - lightning tour of concepts + good examples. Next #SynBio frontier is agriculture - see https://t.co/7EvVxZ3Fmv Link to video: https://t.co/LC4fZ0Sf4x
Read more here https://t.co/lLxnNV1dtt
RT @julhenri: What is Synthetic Biology? Introduction by SynBio.Oxford https://t.co/RnsHZESgd4 via @YouTube
RT @julhenri: What is Synthetic Biology? Introduction by SynBio.Oxford https://t.co/RnsHZESgd4 via @YouTube
RT @julhenri: What is Synthetic Biology? Introduction by SynBio.Oxford https://t.co/RnsHZESgd4 via @YouTube
RT @julhenri: What is Synthetic Biology? Introduction by SynBio.Oxford https://t.co/RnsHZESgd4 via @YouTube
What is Synthetic Biology? Introduction by SynBio.Oxford https://t.co/RnsHZESgd4 via @YouTube
#SyntheticBiology What is Synthetic Biology? Introduction by SynBio.Oxford https://t.co/3vJ8XOt2nB via @YouTube
RT @EvolvedBiofilm: Roee Ben Nissan (from @WeizmannScience) on conversion of Escherichia coli to generate all biomass carbon from CO2 see…
RT @EvolvedBiofilm: Roee Ben Nissan (from @WeizmannScience) on conversion of Escherichia coli to generate all biomass carbon from CO2 see…
Roee Ben Nissan (from @WeizmannScience) on conversion of Escherichia coli to generate all biomass carbon from CO2 see their @eLife https://t.co/UcKOXUJHD5 #MicroEco2021
@elonmusk + https://t.co/LRLEVUSEb6
Someone made an autotrophic E. coli! Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/QWAUUouWYG
@jijzarco Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: https://t.co/Naf7RAfxZt
RT @YuriMilnerRUS: Серьезный успех синтетической биологии: израильские ученые воспользовались метаболической инженерией и направленной эвол…
RT @EurekaMag: Conversion of Escherichia coli to Generate All Biomass Carbon from CO 2 https://t.co/N4uxtu8Kcf
RT @EurekaMag: Conversion of Escherichia coli to Generate All Biomass Carbon from CO 2 https://t.co/N4uxtu8Kcf
Conversion of Escherichia coli to Generate All Biomass Carbon from CO 2 https://t.co/N4uxtu8Kcf
Genetically engineered Escherichia coli to feed on CO2......https://t.co/IybQ5BHgkE https://t.co/BZT5hs2waQ
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
@nuclear94 Chopping forests for fuel is ludicrous. Production of fuel (via CO2 fixation) must occur at a comparable rate as fuel usage. So what about algae? Or yeast or e. coli engineered to use CO2 as their primary food supply? ( e.g. https://t.co/COtk9fiUR5 )
RT @EleanorSheekey: In this video I discuss the cool work from the @MiloLabWIS @GleizerShmuel on Making bacteria eat CO2; towards carbon-ne…
In this video I discuss the cool work from the @MiloLabWIS @GleizerShmuel on Making bacteria eat CO2; towards carbon-neutral bioproduction https://t.co/04ShqWfvMQ via @YouTube #biochemistry #scicomm
RT @GleizerShmuel: @ArmaanAhmed98 Thanks! There is a sequel to this paper that came out recently: https://t.co/psYxz88lmQ hope you enjoy th…
@ArmaanAhmed98 Thanks! There is a sequel to this paper that came out recently: https://t.co/psYxz88lmQ hope you enjoy this one as well.
Pardon my #Biology but I’m pretty sure that: This. Is. Huge. We may be witnessing history being written right there. https://t.co/fZzoLtsrWR
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
RT @SamuelMarent: Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/yfRzjlWWYx
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
RT @yurimilner: This is seriously impressive synthetic biology: Israeli scientists have used metabolic rewiring and directed evolution to c…
RT @yurimilner: This is seriously impressive synthetic biology: Israeli scientists have used metabolic rewiring and directed evolution to c…
This is seriously impressive synthetic biology: Israeli scientists have used metabolic rewiring and directed evolution to convert E. coli into consumers of CO2. https://t.co/VMinTzrnLG
RT @apmweber: Full trophic conversion of heterotrophic E. coli to an autotroph that generates all biomass from CO2 assimilation. #synbio Co…
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell https://t.co/YX090OPdOo
RT @H_WADA_Lab: 和田研論文ゼミ（2019/12/23）その1： 遺伝子工学によってバクテリアに炭素を固定させる試みが近年盛んになっています。この論文では、進化工学の手法を用いることで、ギ酸をエネルギー源、二酸化炭素のみを炭素源とする、大腸菌の化学独立栄養生長に初…
和田研論文ゼミ（2019/12/23）その1： 遺伝子工学によってバクテリアに炭素を固定させる試みが近年盛んになっています。この論文では、進化工学の手法を用いることで、ギ酸をエネルギー源、二酸化炭素のみを炭素源とする、大腸菌の化学独立栄養生長に初めて成功しています。 https://t.co/OKUa2v3W0L
RT @RTB_HRoss: Bioengineering: Biochemists re-engineer E coli to make biofuels & biofood from carbon dioxide. https://t.co/JOMoVi1Rse https…
RT @RTB_HRoss: Bioengineering: Biochemists re-engineer E coli to make biofuels & biofood from carbon dioxide. https://t.co/JOMoVi1Rse https…
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
RT @RTB_HRoss: Bioengineering: Biochemists re-engineer E coli to make biofuels & biofood from carbon dioxide. https://t.co/JOMoVi1Rse https…
RT @RTB_HRoss: Bioengineering: Biochemists re-engineer E coli to make biofuels & biofood from carbon dioxide. https://t.co/JOMoVi1Rse https…
Bioengineering: Biochemists re-engineer E coli to make biofuels & biofood from carbon dioxide. https://t.co/JOMoVi1Rse https://t.co/XaGAEvxvJ1
RT @StefanBassler: Great utilization of experimental laboratory evolution: Make E. coli generate all biomass carbon from CO2 by Ron Milo‘s…
RT @SamuelMarent: Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/yfRzjlWWYx
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
https://t.co/10MzvWTKsK
RT @Ftv_Fractal: Desarrollan una bacteria que come CO2 para reducir la acumulación de gases de efecto invernadero de la atmósfera
RT @Ftv_Fractal: Desarrollan una bacteria que come CO2 para reducir la acumulación de gases de efecto invernadero de la atmósfera
RT @Ftv_Fractal: Desarrollan una bacteria que come CO2 para reducir la acumulación de gases de efecto invernadero de la atmósfera
Desarrollan una bacteria que come CO2 para reducir la acumulación de gases de efecto invernadero de la atmósfera
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/rrGkVgsXF8
RT @prometheusgreen: Conversion of Escherichia coli to generate all biomass carbon from CO2 (Cell) https://t.co/0Hb3cCGDZk
RT @prometheusgreen: Conversion of Escherichia coli to generate all biomass carbon from CO2 (Cell) https://t.co/0Hb3cCGDZk
RT @prometheusgreen: Conversion of Escherichia coli to generate all biomass carbon from CO2 (Cell) https://t.co/0Hb3cCGDZk
Conversion of Escherichia coli to generate all biomass carbon from CO2 (Cell) https://t.co/0Hb3cCGDZk
RT @KHefferon: Conversion of Escherichia coli to generate all biomass carbon from CO2 (Cell) https://t.co/dCJerj1vst
Conversion of Escherichia coli to generate all biomass carbon from CO2 (Cell) https://t.co/dCJerj1vst
RT @plantae_org: Conversion of Escherichia coli to generate all biomass carbon from CO2 https://t.co/N00Enj6ycB @CellCellPress @GleizerShmu…
Conversion of Escherichia coli to generate all biomass carbon from CO2 (Cell) | Plantae https://t.co/N4eqXTm9MZ
Just keep the government out of the way and let us get things done. https://t.co/GKZkcSCbNj
RT @plantae_org: Conversion of Escherichia coli to generate all biomass carbon from CO2 https://t.co/N00Enj6ycB @CellCellPress @GleizerShmu…
Conversion of Escherichia coli to generate all biomass carbon from CO2 (Cell) https://t.co/FR0jiGlBRd
RT @plantae_org: Conversion of Escherichia coli to generate all biomass carbon from CO2 https://t.co/N00Enj6ycB @CellCellPress @GleizerShmu…
RT @plantae_org: Conversion of Escherichia coli to generate all biomass carbon from CO2 https://t.co/N00Enj6ycB @CellCellPress @GleizerShmu…
Conversion of Escherichia coli to generate all biomass carbon from CO2 https://t.co/N00Enj6ycB @CellCellPress @GleizerShmuel @yinonbaron #PlantSci Summary by @PlantTeaching https://t.co/UGEUTqP8Us
Best interessant wel, Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/RB2C4sPZEw
This. Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/WTGmeQXOmU. Very cool work combining manual rationale metabolic pathway rewiring with directed evolution in a chemostat.
RT @PaulFreemont: Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/XrSCTRKGcq
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
Interesting paper "Conversion of Escherichia coli to Generate All Biomass Carbon from CO2" in @CellCellPress @Sargent_Group https://t.co/DAVPOTmWOx
RT @SLemaire75: Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/LT7zC3Sd7W
RT @GleizerShmuel: Really delighted to share with the world our recent work 'Conversion of Escherichia coli to Generate All Biomass Carbon…
RT @conexionpana: RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @panamericanaven: RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/XrSCTRKGcq
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @panamericanaven: RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @panamericanaven: RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @panamericanaven: RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
What an amazing achievement! Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/CgwcbaRG6S
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
@WeizmannScience A quel punto, potremo avere degli eco-#batteri in grado di convertire #CO2 in #biomassa. La #biotecnologa che è in me non vede l’ora! @Silvia_Achi90 link all'articolo:
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
RT @microBIOblog: Así convierten una bacteria como E. coli en consumidora de CO2
Así convierten una bacteria como E. coli en consumidora de CO2
RT @apmweber: Full trophic conversion of heterotrophic E. coli to an autotroph that generates all biomass from CO2 assimilation. #synbio Co…
RT @SamuelMarent: Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/yfRzjlWWYx
RT @francesarnold This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/kgCyTTnmFH
Bacteria will rescue us from climate change: Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/HQhlixYli5
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
RT @bio_diverse: Wow! This just out in @CellCellPress Conversion of E. coli to generate all biomass carbon from #CO2 The team switched th…
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/vPZGBbDSxE
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/Oj7s54yCr8
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
RT @A_Probanza: Esto mola lo indecible. Modificación genética + selección evolutiva. El lunes se lo cuento a mis alumnos @bioamara @maste…
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
RT @miyatamitsuru: 遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All B…
遺伝子操作で、従属栄養生物の大腸菌を、独立栄養生物に変換した。それも、たった200日で。代謝系のDBが充実すれば、どんどんデザイン可能になる。 Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell https://t.co/O5KV2YSB6s
RT @francesarnold: This is about as cool as it gets #syntheticbiology #directedevolution: Conversion of Escherichia coli to Generate All Bi…
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/zx93CZlzO4
RT @bio_diverse: Wow! This just out in @CellCellPress Conversion of E. coli to generate all biomass carbon from #CO2 The team switched th…
Wow! This just out in @CellCellPress Conversion of E. coli to generate all biomass carbon from #CO2 The team switched this obligate heterotroph to full autotrophy using chemostat-based directed #evolution in just ≈200 days https://t.co/SLBdQJSk4p https://t.co/vdpw114wIz
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell https://t.co/sm9XzNFNLd
RT @A_Probanza: Esto mola lo indecible. Modificación genética + selección evolutiva. El lunes se lo cuento a mis alumnos @bioamara @maste…
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell https://t.co/p0H9xcuu9T
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @A_Probanza: Esto mola lo indecible. Modificación genética + selección evolutiva. El lunes se lo cuento a mis alumnos @bioamara @maste…
RT @A_Probanza: Esto mola lo indecible. Modificación genética + selección evolutiva. El lunes se lo cuento a mis alumnos @bioamara @maste…
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/cRPEwI0ERZ
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/yfRzjlWWYx
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/jjeIjXUx8i
RT @HDabritz: So cool! Climate change “problem“ almost solved? Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell…
RT @HDabritz: So cool! Climate change “problem“ almost solved? Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
Esto mola lo indecible. Modificación genética + selección evolutiva. El lunes se lo cuento a mis alumnos @bioamara @masterbioempres @ApuntesCiencia @AsombroVerde Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/8Fd2RBWrLt
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
@EldoRhaan @EVANVAERENBERGH Peut-être que je suis mal réveillé, mais en dehors de l'exploit biotechnologique, je ne vois pas l'intérêt: tous les êtres vivants qui utilisent la photosynthèse utilisent le CO2 comme seule source de carbone, non ? https://t.co/FXiqZLSr86 https://t.co/p1r6TuGkFd
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
#Future : Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell https://t.co/YTsLGwWkf0
So cool! Climate change “problem“ almost solved? Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell https://t.co/933dtbZ0ij
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @rjerala: Znanstveniki so z vnosom 3 genov in usmerjeno evolucijo razvili bakterijo, ki raste brez sladkorja, le v 10% CO2, ter formatu/…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2: Cell https://t.co/FSBXcfK2pt
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
@Vincentvandend1 @TerryDaynard https://t.co/4znCIxbX3E https://t.co/lfaS3BFWxf
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
Very cool! https://t.co/swR1vgZidy
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
RT @agritof80: Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2.…
This is just amazing. Evolution of complete trophic mode change from obligate heterotrophy to full autotrophy in ~200 days(!) https://t.co/wW4kYSBExp #mindblown https://t.co/irg8VcuRCr
Paru dans la prestigieuse revue Nature, une bactérie (E Coli.) génétiquement modifiée afin d'être capable de fixer le CO2. Le lien vers l'étude : https://t.co/4znCIxbX3E
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2 https://t.co/DpxeqOTiqL Now, what would it take to make this strain assimilate a photosynthesis gene cluster from a purple bacterium to become photoautotrophic? #directedevolution #evolution #photosynthesis
RT @SPOREMOHAN: This is by far the most amazing story I have heard in a while; CO2 FIXING E.COLI; E. coli as a prototroph generating biomas…
RT @rjerala: Znanstveniki so z vnosom 3 genov in usmerjeno evolucijo razvili bakterijo, ki raste brez sladkorja, le v 10% CO2, ter formatu/…
RT @SPOREMOHAN: This is by far the most amazing story I have heard in a while; CO2 FIXING E.COLI; E. coli as a prototroph generating biomas…
RT @SPOREMOHAN: This is by far the most amazing story I have heard in a while; CO2 FIXING E.COLI; E. coli as a prototroph generating biomas…
RT @jojdavies: This is so clever - bacteria evolved to convert CO2 into biomass... https://t.co/rveD4ZSbCD
RT @rjerala: Znanstveniki so z vnosom 3 genov in usmerjeno evolucijo razvili bakterijo, ki raste brez sladkorja, le v 10% CO2, ter formatu/…
RT @rjerala: Znanstveniki so z vnosom 3 genov in usmerjeno evolucijo razvili bakterijo, ki raste brez sladkorja, le v 10% CO2, ter formatu/…
RT @SPOREMOHAN: This is by far the most amazing story I have heard in a while; CO2 FIXING E.COLI; E. coli as a prototroph generating biomas…
Very cool #syntheticbiology paper on how E. coli was constructed and evolved to generate all of its biomass carbon from CO2 by way of the Calvin-Benson-Bassham cycle for fixation and #formate for energy/reducing power. #directedevolution #science https://t.co/y2mlnWCSXU
RT @ScienceCrisp: Conversion of Escherichia coli to Generate All Biomass Carbon from CO2. Gleizer S [..] Milo R. Cell. 2019-11-27. https:…
Conversion of Escherichia coli to Generate All Biomass Carbon from CO2. Gleizer S [..] Milo R. Cell. 2019-11-27. https://t.co/NgN95lDybH
RT @OlayaRendueles: Exciting paper: Engineered and evolved E. coli can use CO2 as it’s unique carbon source. What’s next!!!? #sciencetwit…
Exciting paper: Engineered and evolved E. coli can use CO2 as it’s unique carbon source. What’s next!!!? #sciencetwitter #EColi #evolution #ilovescience https://t.co/iR8Bbe2X5s https://t.co/ZA54ecmYtq
E. coli is on a diet. Researchers have created a strain of the lab workhorse bacterium — full name Escherichia coli — that grows by consuming #carbon #dioxide instead of sugars or other organic molecules. #Science @NatureNews
this is pretty cool! authors engineered E coli to use CO2 as sole carbon source for growth. formate supplied as energy source, isotope labeling shows that fixed biomass predominantly from CO2. direct link to paper: https://t.co/DEuuC1911x https://t.co/M3iR3rD4Ke