Efficient and easy-to-use capturing three-dimensional metagenome interactions with GutHi-C.

Yu-Xi Lu, Jin-Bao Yang, Chen-Ying Li, Yun-Han Tian, Rong-Rong Chang, Da-Shuai Kong, Shu-Lin Yang, Yan-Fang Wang, Yu-Bo Zhang, Xiu-Sheng Zhu, Wei-Hua Pan, Si-Yuan Kong

October 2024 Imeta

Synopsis of Social media discussions

Overall, this group of discussions demonstrates enthusiasm and recognition of GutHi-C’s potential, with words like 'efficient' and hashtags emphasizing scientific and health relevance. The tone suggests a positive reception and curiosity about the technology's applications, indicating a meaningful influence within microbiome research communities.

A
Agreement
 Moderate agreement

Most posts express positive recognition of the publication, indicating agreement with its significance and utility.

I
Interest
 High level of interest

The tweets show high interest, highlighted by hashtags like #microbiome and #biotechnology, and mentions of gut health.

E
Engagement
 Moderate level of engagement

The posts include references to the methods and academic context, suggesting moderate engagement with the content.

I
Impact
 Moderate level of impact

There is an implied acknowledgment of the research's potential impact on microbiome studies and biomedical applications.

Social Mentions

YouTube

2 Videos

Twitter

20 Posts

News

2 Articles

Metrics

Video Views

879

Total Likes

27

Extended Reach

396,936

Social Features

24

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

GutHi-C: A Rapid Method for Microbial Metagenome 3D Structure Analysis

GutHi-C: A Rapid Method for Microbial Metagenome 3D Structure Analysis

GutHi-C is a highly efficient and easy-to-use technique for capturing three-dimensional interactions of microbial metagenomes, applicable to human, livestock, and poultry gut microorganisms. It enhances understanding of microbial chromatin structures for genome assembly and research.

iMeta Science

June 1, 2024

666 views

GutHi-C: A Rapid and Efficient Method for 3D Microbial Metagenome Analysis

GutHi-C: A Rapid and Efficient Method for 3D Microbial Metagenome Analysis

GutHi-C is an innovative and user-friendly technique for capturing three-dimensional interactions in microbial metagenomes, applicable to human, livestock, and poultry gut microorganisms, providing a valuable reference for Hi-C genomic studies.

iMeta Science

August 26, 2024

213 views

  • Zhichang Qiu
    @Zhichangqiu (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    March 23, 2025

    15

  • Zewei Zhang
    @ZeweiZhangAcad (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    February 10, 2025

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  • fusongyuan
    @xiongying0425 (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    February 10, 2025

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  • 寰宇引力永恒不朽
    @9AklZMf8GeLA5Sa (Twitter)

    RT @YongXinLiu7: iMeta | Efficient and easy-to-use capturing three-dimensional metagenome interactions with GutHi-C https://t.co/vDLlj5JgH2…
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    November 10, 2024

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  • Liu Xiaodan
    @Daisy05165347 (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    November 10, 2024

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    @HengguoZhang (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    November 10, 2024

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    @HengguoZhang (Twitter)

    RT @YongXinLiu7: iMeta | Efficient and easy-to-use capturing three-dimensional metagenome interactions with GutHi-C https://t.co/vDLlj5JgH2…
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    August 26, 2024

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    RT @YongXinLiu7: iMeta | Efficient and easy-to-use capturing three-dimensional metagenome interactions with GutHi-C https://t.co/vDLlj5JgH2…
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  • Yong-Xin Liu
    @YongXinLiu7 (Twitter)

    iMeta | Efficient and easy-to-use capturing three-dimensional metagenome interactions with GutHi-C https://t.co/vDLlj5JgH2 @iMetaScience @wileymicrobio https://t.co/ydKfK4G5Hd
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    August 26, 2024

    9

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  • Wang Baikui, PhD
    @BaikuiWang2014 (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    August 6, 2024

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    @weilianghou (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    August 6, 2024

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  • Lei Lei
    @Aileenbud (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    August 1, 2024

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  • The Innovation | Medicine
    @Innov_Medicine (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    July 29, 2024

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  • Yong-Xin Liu
    @YongXinLiu7 (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    July 29, 2024

    15

  • JhonnyZuo
    @Jhonny234632169 (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    July 28, 2024

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  • Wiley Microbiology
    @wileymicrobio (Twitter)

    RT @iMetaScience: Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC…
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    July 26, 2024

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  • Wiley Life Sciences
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    July 26, 2024

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    July 26, 2024

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  • iMeta
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    Efficient and easy‐to‐use capturing three‐dimensional metagenome interactions with GutHi‐C https://t.co/DagaF0s3FT #HiC #metagenomics #guthealth #microbiome #Biotechnology @wileymicrobio @wileyinresearch https://t.co/itQrONT5mD
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    July 26, 2024

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Abstract Synopsis

  • Hi-C is a technique used to study the three-dimensional structure of chromatin, aiding in genome assembly.
  • GutHi-C is a newly developed method that is efficient and easy to use for analyzing gut microorganisms in humans, livestock, and poultry.
  • It serves as a reference point for enhancing the Hi-C methodology related to microbial metagenomes.