Thank you for the appreciation🙏
RT @AstroPhylogeny: "Single nucleotide translation without ribosomes | Nature Chemistry" https://t.co/oHHXcLzt6s
"Single nucleotide translation without ribosomes | Nature Chemistry" https://t.co/oHHXcLzt6s
RT @mvdelius: Our democratically elected #paperofthemonth is Richert's work on single nucleotide translation of anchored amino acids. #orig…
RT @mvdelius: Our democratically elected #paperofthemonth is Richert's work on single nucleotide translation of anchored amino acids. #orig…
RT @mvdelius: Our democratically elected #paperofthemonth is Richert's work on single nucleotide translation of anchored amino acids. #orig…
Our democratically elected #paperofthemonth is Richert's work on single nucleotide translation of anchored amino acids. #originsoflife https://t.co/HewdwwEfVd
Lab seminar: The mechanism of ribosome-free peptide synthesis shown in this paper may be an important key to elucidating the origin of translation. This research could also lead to the elucidation of the origin of life...? Let's hope! By Atsushi https://t.
RT @NatureChemistry: Single nucleotide translation without ribosomes https://t.co/GGm2DHF9t9 ($) https://t.co/7RoF0W6eBg
RT @NatureChemistry: Single nucleotide translation without ribosomes https://t.co/GGm2DHF9t9 ($) https://t.co/7RoF0W6eBg
RT @NatureChemistry: Single nucleotide translation without ribosomes https://t.co/GGm2DHF9t9 ($) https://t.co/7RoF0W6eBg
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
RT @michaelmastale4: Congrats to Clemens Richert and team
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
Congrats to Clemens Richert and team
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
Pretty cool chemistry
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
RT @PrebioticChem: Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
Single nucleotide translation without ribosomes (Richert) https://t.co/hLUlDMo3zk
happy to share...
RT @NatureChemistry: Single nucleotide translation without ribosomes https://t.co/GGm2DHF9t9 ($) https://t.co/7RoF0W6eBg
RT @NatureChemistry: Single nucleotide translation without ribosomes https://t.co/GGm2DHF9t9 ($) https://t.co/7RoF0W6eBg
RT @NatureChemistry: Single nucleotide translation without ribosomes https://t.co/GGm2DHF9t9 ($) https://t.co/7RoF0W6eBg
RT @NatureChemistry: Single nucleotide translation without ribosomes https://t.co/GGm2DHF9t9 ($) https://t.co/7RoF0W6eBg
Single nucleotide translation without ribosomes https://t.co/GGm2DHF9t9 ($) https://t.co/7RoF0W6eBg
RT @emulenews: #NatureChemistry Single nucleotide translation without ribosomes https://t.co/d5ZWp89Sag when a mixture of U-Val, A-Gly and…
RT @emulenews: #NatureChemistry Single nucleotide translation without ribosomes https://t.co/d5ZWp89Sag when a mixture of U-Val, A-Gly and…
RT @emulenews: #NatureChemistry Single nucleotide translation without ribosomes https://t.co/d5ZWp89Sag when a mixture of U-Val, A-Gly and…
Madre de dios, qué es esto, me espían, más información en mi blog de ciencia eldemiurgodethoth.blogspot
RT @emulenews: #NatureChemistry Single nucleotide translation without ribosomes https://t.co/d5ZWp89Sag when a mixture of U-Val, A-Gly and…
RT @emulenews: #NatureChemistry Single nucleotide translation without ribosomes https://t.co/d5ZWp89Sag when a mixture of U-Val, A-Gly and…
#NatureChemistry Single nucleotide translation without ribosomes https://t.co/d5ZWp89Sag when a mixture of U-Val, A-Gly and G-Leu competed for coupling to Gly-RNA, base pairing dictated which dipeptide sequence formed preferentially. cc @brionesci https://
Single nucleotide translation without ribosomes. https://t.co/2mOdWsNuzk https://t.co/5By6pfghjA
📣 creative chemistry takes on the central dogma 📣 translation of mRNA into peptide without the ribosome https://t.co/wzjG8LSbAW chirally inverted L-DNA PCR by a mirror-image polymerase https://t.co/3YLYhuJIFo
Investigadores de la Universidad de Stuttgart lograron unir aminoácidos en ausencia de un ribosoma usando solo moldes de ARN. Esto proporciona pistas sobre cómo podría haber sido el origen del proceso de síntesis de proteínas. https://t.co/ejFxlWwgl4
RT @yuta1212_chem: リボソームを使わないRNAからの翻訳。 おそらくタンパク質合成の起源について言及したかったのだろうけど、アミノ酸を縮合させるステップで天然には存在しないEDC(縮合剤)を使っていてそこまで言っていいのか疑問。。。 https://t.co/…
RT @WilsonLab2: Single nucleotide translation without ribosomes | Nature Chemistry https://t.co/8hNvFr8Ent
RT @yuta1212_chem: リボソームを使わないRNAからの翻訳。 おそらくタンパク質合成の起源について言及したかったのだろうけど、アミノ酸を縮合させるステップで天然には存在しないEDC(縮合剤)を使っていてそこまで言っていいのか疑問。。。 https://t.co/…
RT @yuta1212_chem: リボソームを使わないRNAからの翻訳。 おそらくタンパク質合成の起源について言及したかったのだろうけど、アミノ酸を縮合させるステップで天然には存在しないEDC(縮合剤)を使っていてそこまで言っていいのか疑問。。。 https://t.co/…
RT @OdedRechavi: A single-nucleotide-based form of translation exists that requires no more than oligoribonucleotides and anchored amino ac…
RT @yuta1212_chem: リボソームを使わないRNAからの翻訳。 おそらくタンパク質合成の起源について言及したかったのだろうけど、アミノ酸を縮合させるステップで天然には存在しないEDC(縮合剤)を使っていてそこまで言っていいのか疑問。。。 https://t.co/…
RT @yuta1212_chem: リボソームを使わないRNAからの翻訳。 おそらくタンパク質合成の起源について言及したかったのだろうけど、アミノ酸を縮合させるステップで天然には存在しないEDC(縮合剤)を使っていてそこまで言っていいのか疑問。。。 https://t.co/…
RT @IsraelF96135088: Ohhhhhhh noooooooooo!!! The horror!!!! Translation without ribosomes!!! 😱😱😱😱😱😱😱😱😱😱😱😱😱 (now yes, what a week, first…
RT @yuta1212_chem: リボソームを使わないRNAからの翻訳。 おそらくタンパク質合成の起源について言及したかったのだろうけど、アミノ酸を縮合させるステップで天然には存在しないEDC(縮合剤)を使っていてそこまで言っていいのか疑問。。。 https://t.co/…
リボソームを使わないRNAからの翻訳。 おそらくタンパク質合成の起源について言及したかったのだろうけど、アミノ酸を縮合させるステップで天然には存在しないEDC(縮合剤)を使っていてそこまで言っていいのか疑問。。。 https://t.co/Ib5bZTadgU
RT @ribosome_papers: Pubmed: Single nucleotide translation without ribosomes https://t.co/yXpaRjr6Mx
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @cxarramirez: 😱😱😱😱😱😱😱😱 Single nucleotide translation without ribosomes | Nature Chemistry https://t.co/zXTG1QKre9
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr
RT @cxarramirez: 😱😱😱😱😱😱😱😱 Single nucleotide translation without ribosomes | Nature Chemistry https://t.co/zXTG1QKre9
RT @ribosome_papers: Pubmed: Single nucleotide translation without ribosomes https://t.co/yXpaRjr6Mx
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @WilsonLab2: Single nucleotide translation without ribosomes | Nature Chemistry https://t.co/8hNvFr8Ent
RT @cxarramirez: 😱😱😱😱😱😱😱😱 Single nucleotide translation without ribosomes | Nature Chemistry https://t.co/zXTG1QKre9
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
Single nucleotide translation without ribosomes | Nature Chemistry https://t.co/bNvnPdKmBI
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @StephanHacker2: Interesting paper by the group of Clemens Richert @Uni_Stuttgart in @NatureChemistry. They established single nucleotid…
RT @emergenceoflife: Is translation without ribosome possible? Take a peek at the @emergenceoflife publication from Richert Gr. @Uni_Stuttg…
RT @emergenceoflife: Is translation without ribosome possible? Take a peek at the @emergenceoflife publication from Richert Gr. @Uni_Stuttg…
tremendo!
Interesting paper by the group of Clemens Richert @Uni_Stuttgart in @NatureChemistry. They established single nucleotide translation in the absence of ribosomes or enzymes by a template-directed reaction between RNA- and nucleotide-bound amino acids. https
RT @emergenceoflife: Is translation without ribosome possible? Take a peek at the @emergenceoflife publication from Richert Gr. @Uni_Stuttg…
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr
RT @emergenceoflife: Is translation without ribosome possible? Take a peek at the @emergenceoflife publication from Richert Gr. @Uni_Stuttg…
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr
RT @emergenceoflife: Is translation without ribosome possible? Take a peek at the @emergenceoflife publication from Richert Gr. @Uni_Stuttg…
RT @WilsonLab2: Single nucleotide translation without ribosomes | Nature Chemistry https://t.co/8hNvFr8Ent
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr
Is translation without ribosome possible? Take a peek at the @emergenceoflife publication from Richert Gr. @Uni_Stuttgart @NatureChemistry to get more insight. Happy reading! https://t.co/cETLwqDiPN
RT @WilsonLab2: Single nucleotide translation without ribosomes | Nature Chemistry https://t.co/8hNvFr8Ent
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
Single nucleotide translation without ribosomes - reactions occurred at zero deg C. https://t.co/K9pbLZCBg1
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @AndreasAufschna: Single nucleotide translation without ribosomes: https://t.co/JJAtOZNumr
RT @rlebron_bioinfo: Single nucleotide translation without ribosomes https://t.co/1Ldn4tCYLr