Synopsis of Social media discussions
Discussions reflect strong agreement with the scientific breakthrough, exemplified by comments calling it a 'game changer' and a 'surreal' achievement, along with references to the potential for expanding genetic codes. The tone is excited and reverent, emphasizing both the technical novelty and its possible revolutionary impact on future biotechnologies.
Agreement
Strong agreementMost discussions express excitement and support, highlighting the significance of creating a bacterial organism with an expanded genetic code.
Interest
High level of interestPosts show high curiosity, with many referencing specific research details and expressing enthusiasm about the scientific advancements.
Engagement
High engagementSeveral users participate actively by sharing links, recalling past related discussions, and emphasizing the broader implications.
Impact
High level of impactMany believe this research could revolutionize synthetic biology and biotechnology, indicating high perceived significance.
Social Mentions
YouTube
2 Videos
52 Posts
Blogs
8 Articles
News
42 Articles
Metrics
Video Views
94,025
Total Likes
6,081
Extended Reach
1,268,279
Social Features
104
Timeline: Posts about article
Top Social Media Posts
Phys.org
##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline genetic codes and expand possibilities for synthetic biology and biotechnology. @sciencemagazine https://t.co/JDEKiFFMmf https://t.co/lTtxGnMWVo
view full post
Zeynep Baharoglu
Escherichia coli with a 57-codon genetic code | Science. Syn57, uses 55 codons to encode the 20 canonical amino acids.
view full post
河野健一 Kenichi Kono ｜ 脳外科医 CEO｜AI 医療 MBA｜脳血管内手術支援AI
｢57コドンの遺伝コードを持つ大腸菌｣
･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成
･ 生存可能な細菌株が誕生し、完全に機能することを確認
･ 成長速度は約1/4に低下
･ ウイルス耐性のある微生物になる可能性
https://t.co/Cqw5xc0Yh5 https://t.co/SME3J54Wsr
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Julia Bauman
@ScienceMagazine Link to the paper: https://t.co/0UHbOyf5Ju
view full post
Piotr Rieske
Prace takie jak ta przechodzą często niezauważone. "Biolodzy syntetyczni zmienili kod genetyczny bakterii, żeby produkować nowe białka w tym leki" https://t.co/amvV5tyGML
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Posts referencing the article
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August 23, 2025
12 views
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@Negin_af خدمت شما https://t.co/qHMpRu1OYV
view full postSeptember 23, 2025
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ハルニレ
@halhalyonko (Twitter)Escherichia coli with a 57-codon genetic code | Science https://t.co/VjZLJ2MiXP
view full postAugust 26, 2025
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市川俊輔 Shunsuke Ichikawa
@Shunsuke_chon (Twitter)https://t.co/jPn3epPhDF
view full postAugust 26, 2025
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Mamadou On GameDev
@mamadou_gamedev (Twitter)@Mithrandir_ir @MaybeYourself راستش موضوعی که در مطلب مطرح شده اینکه که ۶۴ کدون رو به ۵۷ تا کاهش دادن و کماکان بهینهتر عمل میکنه، اصل پیپرش اینجا هست https://t.co/OTJWGh9oyq
view full postAugust 25, 2025
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Mamadou On GameDev
@mamadou_gamedev (Twitter)@AmesJohnsonj اگه اکسس دارید اصل پیپرش اینجا هست https://t.co/OTJWGh8QIS
view full postAugust 25, 2025
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Carlos Lozano Flores
@CarlosLoza17861 (Twitter)Escherichia coli with a 57-codon genetic code | Science https://t.co/i4aW8ivejg
view full postAugust 20, 2025
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Kot Behemot
@Kot_Behemot_NSA (Twitter)RT @rieske_piotr: Prace takie jak ta przechodzą często niezauważone. "Biolodzy syntetyczni zmienili kod genetyczny bakterii, żeby produkowa…
view full postAugust 19, 2025
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Piotr Rieske
@rieske_piotr (Twitter)Prace takie jak ta przechodzą często niezauważone. "Biolodzy syntetyczni zmienili kod genetyczny bakterii, żeby produkować nowe białka w tym leki" https://t.co/amvV5tyGML
view full postAugust 19, 2025
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@TradeTexasBig (Twitter)RT @JuliaBauman2: @ScienceMagazine Link to the paper: https://t.co/0UHbOyf5Ju
view full postAugust 18, 2025
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Julia Bauman
@JuliaBauman2 (Twitter)@ScienceMagazine Link to the paper: https://t.co/0UHbOyf5Ju
view full postAugust 18, 2025
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Rohan Krajeski
@RohanKrajeski (Twitter)@katclone Different topic, this recent work is pretty damn cool: https://t.co/bKpWNoFHMr
view full postAugust 14, 2025
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aratama factory
@aratama0315 (Twitter)https://t.co/OvaO35OAHa
view full postAugust 14, 2025
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Raffael Schumann (@raffaelschumann@genomic.social)
@RaffaelLucaSchu (Twitter)The main part of my PhD is published in @ScienceMagazine! As one of the co-first authors, this feels surreal! We re-designed, synthesized, and assembled an entire E. coli genome with a 57-codon genetic code, freeing up 7 codons for code expansion!
view full postAugust 8, 2025
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Dr. Gennadi Glinsky, MD, Ph.D.
@gglinskii (Twitter)Escherichia coli with a 57-codon genetic code | Science https://t.co/OacDePwLRE
view full postAugust 4, 2025
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flori
@usaco_sora_at (Twitter)RT @CeoImed: ｢57コドンの遺伝コードを持つ大腸菌｣ ･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成 ･ 生存可能な細菌株が誕生し、完全に機能することを確認 ･ 成長速度は約1/4に低下 ･ ウイルス耐性のある…
view full postAugust 4, 2025
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halnos
@deepaquarouge (Twitter)RT @CeoImed: ｢57コドンの遺伝コードを持つ大腸菌｣ ･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成 ･ 生存可能な細菌株が誕生し、完全に機能することを確認 ･ 成長速度は約1/4に低下 ･ ウイルス耐性のある…
view full postAugust 3, 2025
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よういち
@dl8jvD82TWKRxHL (Twitter)RT @CeoImed: ｢57コドンの遺伝コードを持つ大腸菌｣ ･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成 ･ 生存可能な細菌株が誕生し、完全に機能することを確認 ･ 成長速度は約1/4に低下 ･ ウイルス耐性のある…
view full postAugust 3, 2025
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おれんじ色
@orangeiro7 (Twitter)RT @CeoImed: ｢57コドンの遺伝コードを持つ大腸菌｣ ･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成 ･ 生存可能な細菌株が誕生し、完全に機能することを確認 ･ 成長速度は約1/4に低下 ･ ウイルス耐性のある…
view full postAugust 3, 2025
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しろクマー
@sirokumah (Twitter)RT @CeoImed: ｢57コドンの遺伝コードを持つ大腸菌｣ ･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成 ･ 生存可能な細菌株が誕生し、完全に機能することを確認 ･ 成長速度は約1/4に低下 ･ ウイルス耐性のある…
view full postAugust 3, 2025
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Butano Socrates
@ButanoSocrates (Twitter)RT @CeoImed: ｢57コドンの遺伝コードを持つ大腸菌｣ ･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成 ･ 生存可能な細菌株が誕生し、完全に機能することを確認 ･ 成長速度は約1/4に低下 ･ ウイルス耐性のある…
view full postAugust 3, 2025
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ゆきと
@6yhsdsiswmcd (Twitter)RT @CeoImed: ｢57コドンの遺伝コードを持つ大腸菌｣ ･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成 ･ 生存可能な細菌株が誕生し、完全に機能することを確認 ･ 成長速度は約1/4に低下 ･ ウイルス耐性のある…
view full postAugust 3, 2025
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アルバレスmk-2@誰が総裁になっても
@gengorou55555 (Twitter)RT @CeoImed: ｢57コドンの遺伝コードを持つ大腸菌｣ ･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成 ･ 生存可能な細菌株が誕生し、完全に機能することを確認 ･ 成長速度は約1/4に低下 ･ ウイルス耐性のある…
view full postAugust 3, 2025
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河野健一 Kenichi Kono ｜ 脳外科医 CEO｜AI 医療 MBA｜脳血管内手術支援AI
@CeoImed (Twitter)｢57コドンの遺伝コードを持つ大腸菌｣ ･ 通常は64種類のコドンを持が、合計10万回を超えるコドンを置換し57種類のコドンの大腸菌を作成 ･ 生存可能な細菌株が誕生し、完全に機能することを確認 ･ 成長速度は約1/4に低下 ･ ウイルス耐性のある微生物になる可能性 https://t.co/Cqw5xc0Yh5 https://t.co/SME3J54Wsr
view full postAugust 3, 2025
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Ali Farrokhi
@Ali_F2020 (Twitter)RT @BaharogluZeynep: Escherichia coli with a 57-codon genetic code | Science. Syn57, uses 55 codons to encode the 20 canonical amino acids.…
view full postAugust 2, 2025
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Fourth Grace
@EuphrosMD (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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Simona
@ExperimentWorld (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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serrgv
@serrgv (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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Claude Gillono
@sherman1959CG (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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Sulphurcocky
@Sulphurcocky1 (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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Eder Andrés
@ederandres152 (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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Tony Sobrado
@TonySobrado (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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syawal™ シ
@syawal (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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David John Roden
@turingcop (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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DaiseyKacey
@DaiseyKace61522 (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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AstroFuturist
@AstroFuturist42 (Twitter)RT @physorg_com: ##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline g…
view full postAugust 2, 2025
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Phys.org
@physorg_com (Twitter)##E.Coli has been engineered to use just 57 codons instead of the standard 64, demonstrating the potential to streamline genetic codes and expand possibilities for synthetic biology and biotechnology. @sciencemagazine https://t.co/JDEKiFFMmf https://t.co/lTtxGnMWVo
view full postAugust 2, 2025
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priya joseph
@ayirpelle (Twitter)RT @hlcao: Escherichia coli with a 57-codon genetic code | Science https://t.co/W59NFOkecT
view full postAugust 2, 2025
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Gilles van Wezel
@GillesvanWezel (Twitter)RT @hlcao: Escherichia coli with a 57-codon genetic code | Science https://t.co/W59NFOkecT
view full postAugust 2, 2025
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Salim Dason
@MoeDason (Twitter)RT @hlcao: Escherichia coli with a 57-codon genetic code | Science https://t.co/W59NFOkecT
view full postAugust 2, 2025
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Paul Herron
@Herron1664 (Twitter)RT @hlcao: Escherichia coli with a 57-codon genetic code | Science https://t.co/W59NFOkecT
view full postAugust 2, 2025
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Shuo Jiang, Jason
@Ultramanccc (Twitter)RT @hlcao: Escherichia coli with a 57-codon genetic code | Science https://t.co/W59NFOkecT
view full postAugust 2, 2025
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Thangaraj Vellingiri
@thangar69075300 (Twitter)RT @BaharogluZeynep: Escherichia coli with a 57-codon genetic code | Science. Syn57, uses 55 codons to encode the 20 canonical amino acids.…
view full postAugust 2, 2025
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Celso Domínguez
@LaniusDominguez (Twitter)RT @hlcao: Escherichia coli with a 57-codon genetic code | Science https://t.co/W59NFOkecT
view full postAugust 1, 2025
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Huiluo Cao 曹慧荦
@hlcao (Twitter)Escherichia coli with a 57-codon genetic code | Science https://t.co/W59NFOkecT
view full postAugust 1, 2025
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Daniel S.
@asecretcrow (Twitter)RT @BaharogluZeynep: Escherichia coli with a 57-codon genetic code | Science. Syn57, uses 55 codons to encode the 20 canonical amino acids.…
view full postAugust 1, 2025
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Jesús E. Alejandre-Sixtos
@JessSixtos2 (Twitter)RT @BaharogluZeynep: Escherichia coli with a 57-codon genetic code | Science. Syn57, uses 55 codons to encode the 20 canonical amino acids.…
view full postAugust 1, 2025
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CUI LUN
@omnicui (Twitter)RT @BaharogluZeynep: Escherichia coli with a 57-codon genetic code | Science. Syn57, uses 55 codons to encode the 20 canonical amino acids.…
view full postAugust 1, 2025
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Roberto Munita
@robertomunita (Twitter)RT @BaharogluZeynep: Escherichia coli with a 57-codon genetic code | Science. Syn57, uses 55 codons to encode the 20 canonical amino acids.…
view full postAugust 1, 2025
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Zeynep Baharoglu
@BaharogluZeynep (Twitter)Escherichia coli with a 57-codon genetic code | Science. Syn57, uses 55 codons to encode the 20 canonical amino acids.
view full postAugust 1, 2025
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Ирис Ликбез (Вы/ж.р./feminin)
@Iris_Illera (Twitter)RT @zakir_tnimov: I recall tweeting about the #syn57 strain from the Chin lab back in 2019. It turns out I was right
view full postAugust 1, 2025
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Zakir Tnimov
@zakir_tnimov (Twitter)I recall tweeting about the #syn57 strain from the Chin lab back in 2019. It turns out I was right
view full postAugust 1, 2025
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Wei Liu
@DrWeiLiu (Twitter)Escherichia coli with a 57-codon genetic code | Science https://t.co/9BgHNsOr7s
view full postJuly 31, 2025
Abstract Synopsis
- The text discusses a synthetic organism called Syn57, which has a 4-megabase genome where six sense codons and one stop codon have been replaced with their synonymous counterparts, reducing the total number of codons used.
- This modification results in an organism that uses only 55 of the 64 possible codons to encode the 20 standard amino acids, demonstrating a significant alteration of the traditional genetic code.
- The research highlights advances in genetic engineering by creating a nearly universal genetic code with fewer codons, which could have implications for understanding genetic translation and developing new biotechnologies.]
Mehrdad Ameri
@MehrdadAmeri (Twitter)