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Elife February 2019 PMID 30724163

Structure of a bacterial ATP synthase.

Hui Guo, Toshiharu Suzuki, John L Rubinstein

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Mentions

115
Peak: 52 in Jul 2019
across 3 sources since Feb 2019

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Total likes

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Feb 2019 – Aug 2025

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AI synopsis

What people are saying

Numerous discussions highlight the innovative use of cryo-EM to elucidate the structure of bacterial ATP synthase, with users praising the clarity of the atomic models. Phrases like 'my favorite molecule' and questions about applying these methods to mitochondrial ATP synthase indicate an enthusiastic tone, showcasing deep engagement and a keen interest in the broader implications of the findings.

AgreementModerate agreement

Most discussions reflect a consensus on the significance of the research and its contribution to understanding ATP synthesis.

InterestHigh interest

Participants express a strong curiosity about the methods used, particularly the cryo-electron microscopy that provided insights.

EngagementModerate engagement

Some participants delve into the implications of the findings and speculate on related areas of research.

ImpactHigh impact

The research is perceived as having a substantial influence on the field, especially in studying simpler proteins.

Abstract in brief

  • Bacterial ATP synthases use a proton motive force to convert ADP and inorganic phosphate into ATP, making them simpler and easier to study than their mitochondrial counterparts.
  • The PS3 ATP synthase was purified and imaged using cryo-electron microscopy (cryoEM), allowing the construction of atomic models in three different rotational states.
  • These models illustrate how certain subunits prevent ATP hydrolysis while facilitating ATP synthesis, and reveal the mechanisms behind proton translocation and the enzyme's core functions.
Read the full abstract

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cryoEM Papers
@cryoEM_Papers · X

Structure of a bacterial ATP synthase https://t.co/hbkYZD546c

Feb 6, 2019 · 10 likes · 4 shares · 11,832 followers View post →
Ryota IINO 飯野亮太
@ryotaiino · X

１分子計測でメカニズムの詳細が研究されてきた回転分子モーター、好熱菌Bacillus PS3由来FoF1-ATP合成酵素のクライオ電顕単粒子解析。εの構造もきれいにみえている。Hui Guo, Toshiharu Suzuki, John L Rubinstein。eLife。 Structure of a bacterial ATP synthase https://t.co/HY5j8MSQej

Feb 6, 2019 · 9 likes · 5 shares · 6,424 followers View post →
Hideaki E. Kato
@emeKato · X

Structure of a bacterial ATP synthase https://t.co/y6mxADYsX7 Fig4 Supplementary2 がめっちゃ文字化けしておる。。

Feb 6, 2019 · 1 like · 5,756 followers View post →
Nigel Ten Fleming
@TenFleming · X

Boundaries. “Structure of a bacterial ATP synthase in a membrane solved by electron cryo-microscopy.” My favorite molecule. https://t.co/6Rnz8CH15A https://t.co/T8ZShpOoPB

Aug 1, 2023 · 1 like · 2,226 followers View post →
Marco Kai
@marco_am_meer · X

Structure of a bacterial ATP synthase https://t.co/rqoUpiPb9D

Feb 19, 2019 · 1 like · 201 followers View post →
Jeremy Farrar
@JeremyFarrar · X

RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

Jun 30, 2019 · 105 shares · 76,105 followers View post →

All mentions

Anjali Mishra
@anjali461721 · X

RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

Aug 11, 2025 · 105 shares · 177 followers View post →
Daniel Thomson
@djthomson · X

RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

Jun 23, 2025 · 105 shares · 2,071 followers View post →
⋆
@syerasasha · X

RT @eLife: Atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://t.co/N5BP…

Apr 24, 2025 · 66 shares · 52 followers View post →
Kiwoong Kang
@KiwoongKang1 · X

RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

Mar 8, 2025 · 188 shares · 22 followers View post →
manu
@weakcoalgebra · X

RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

Mar 7, 2025 · 105 shares · 173 followers View post →
Joseph Hazan
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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

Mar 6, 2025 · 105 shares · 3,869 followers View post →
Chemistry and Languages
@ChemicLang25 · X

RT @eLife: Atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://t.co/N5BP…

Mar 1, 2025 · 181 shares · 242 followers View post →
manu
@weakcoalgebra · X

RT @eLife: Atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://t.co/N5BP…

Oct 21, 2024 · 181 shares · 173 followers View post →
Nigel Ten Fleming
@TenFleming · X

Boundaries. “Structure of a bacterial ATP synthase in a membrane solved by electron cryo-microscopy.” My favorite molecule. https://t.co/6Rnz8CH15A https://t.co/T8ZShpOoPB

Aug 1, 2023 · 1 like · 2,226 followers View post →
Emily Stack
@EStackBio · X

@janes_meredith Found this cool article that uses cryo-EM (microscopy & deep freezing) to find the structure of bacterial ATP synthase. It’s a simpler protein, but I wonder if the method could be applied to mitochondrial ATP synthase too #Biol205CellBiology https://t.co/4gbiyCaqJX

Mar 12, 2021 · 1 followers View post →
bioRxiv Published
@biorxiv_pubd · X

Structure of a bacterial ATP synthase published as: https://t.co/ljnfbqVEl2 @eLife #biorxiv

Feb 26, 2021 · 2,905 followers View post →
imp
@ingridmipe · X

RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

Sep 7, 2019 · 188 shares · 185 followers View post →
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Jul 5, 2019 · 105 shares · 421 followers View post →
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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

Jul 2, 2019 · 105 shares · 209 followers View post →
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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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Hector Andres
@kintyliano_Neqx · X

Structure of a bacterial ATP synthase https://t.co/iiyKrOnyAz

Jul 1, 2019 · 426 followers View post →
Jay Chance 5
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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

Jul 1, 2019 · 105 shares · 800 followers View post →
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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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Wafik S. El-Deiry, MD, PhD, FACP
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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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Godfrey Oswald,BSc Biochemistry (KCL), MSc, PhD(c)
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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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RT @eLife: ICYMI an atomic model for an intact bacterial ATP synthase shows how individual amino acids contribute to ATP synthesis https://…

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Structure of a bacterial ATP synthase https://t.co/Hjte5f8BgY

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Structure of a bacterial ATP synthase https://t.co/rqoUpiPb9D

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Structure of a bacterial ATP synthase. https://t.co/7mWy84YeYJ

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RT @ryotaiino: １分子計測でメカニズムの詳細が研究されてきた回転分子モーター、好熱菌Bacillus PS3由来FoF1-ATP合成酵素のクライオ電顕単粒子解析。εの構造もきれいにみえている。Hui Guo, Toshiharu Suzuki, John L Ru…

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RT @ryotaiino: １分子計測でメカニズムの詳細が研究されてきた回転分子モーター、好熱菌Bacillus PS3由来FoF1-ATP合成酵素のクライオ電顕単粒子解析。εの構造もきれいにみえている。Hui Guo, Toshiharu Suzuki, John L Ru…

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RT @ryotaiino: １分子計測でメカニズムの詳細が研究されてきた回転分子モーター、好熱菌Bacillus PS3由来FoF1-ATP合成酵素のクライオ電顕単粒子解析。εの構造もきれいにみえている。Hui Guo, Toshiharu Suzuki, John L Ru…

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Ryota IINO 飯野亮太
@ryotaiino · X

１分子計測でメカニズムの詳細が研究されてきた回転分子モーター、好熱菌Bacillus PS3由来FoF1-ATP合成酵素のクライオ電顕単粒子解析。εの構造もきれいにみえている。Hui Guo, Toshiharu Suzuki, John L Rubinstein。eLife。 Structure of a bacterial ATP synthase https://t.co/HY5j8MSQej

Feb 6, 2019 · 9 likes · 5 shares · 6,424 followers View post →
Hideaki E. Kato
@emeKato · X

Structure of a bacterial ATP synthase https://t.co/y6mxADYsX7 Fig4 Supplementary2 がめっちゃ文字化けしておる。。

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RT @cryoEM_Papers: Structure of a bacterial ATP synthase https://t.co/hbkYZD546c

Feb 6, 2019 · 4 shares · 1,718 followers View post →
2438@ROM
@t2438 · X

RT @cryoEM_Papers: Structure of a bacterial ATP synthase https://t.co/hbkYZD546c

Feb 6, 2019 · 4 shares · 814 followers View post →
cryoEM Papers
@cryoEM_Papers · X

Structure of a bacterial ATP synthase https://t.co/hbkYZD546c

Feb 6, 2019 · 10 likes · 4 shares · 11,832 followers View post →