Laser-Induced Direct Patterning of Free-standing TiC-MXene Films for Skin Conformal Tattoo Sensors.

Vaishakh Kedambaimoole, Neelotpala Kumar, Vijay Shirhatti, Suresh Nuthalapati, Prosenjit Sen, Mangalore Manjunatha Nayak, Konandur Rajanna, Saurabh Kumar

July 2020 ACS Sens

Synopsis of Social media discussions

The collective discussions demonstrate strong support and enthusiasm, with posts celebrating recognition, highlighting the versatile health monitoring capabilities, and sharing links to the publication and related websites, showing active interest and recognition of the research's importance.

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Agreement
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Most discussions are supportive and positive about the research, highlighting recognition and application potential.

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Interest
 High level of interest

Posts show high enthusiasm, with many expressing curiosity and excitement about the technology's capabilities.

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Engagement
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Many participants actively reference the publication and related research activities, indicating meaningful engagement.

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Impact
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Social Mentions

YouTube

3 Videos

Twitter

18 Posts

Blogs

2 Articles

News

9 Articles

Metrics

Video Views

498

Total Likes

89

Extended Reach

13,370

Social Features

32

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Skin-Conformal TiC-MXene Tattoo Sensors for Vital Sign Monitoring

Skin-Conformal TiC-MXene Tattoo Sensors for Vital Sign Monitoring

Researchers are developing ultrathin, skin-like sensors using TiC-MXene for continuous health monitoring. These tattoo-style sensors are lightweight, flexible, and capable of detecting vital signs such as pulse and respiration with high sensitivity.

Science United - India

September 6, 2020

354 views

Skin-Conformal TiC-MXene Tattoo Sensor for Vital Sign Monitoring

Skin-Conformal TiC-MXene Tattoo Sensor for Vital Sign Monitoring

This video explains tattoo sensors and their working principles. It features a novel, skin-compatible strain sensor made from TiC-MXene, fabricated through laser patterning, capable of detecting vital signs with high sensitivity.

Canonic Box

August 22, 2020

93 views

Laser-Patterned TiC-MXene Sensors for Skin-Conformal Healthcare Monitoring

Laser-Patterned TiC-MXene Sensors for Skin-Conformal Healthcare Monitoring

This study demonstrates the development of a flexible, skin-compatible strain sensor made from a new 2D material called TiC-MXene, which can be easily fabricated using laser patterning to create ultra-thin tattoo-like sensors.

Canonic Box

August 21, 2020

51 views

  • Science United
    @ScienceUnited (Twitter)

    https://t.co/L5Dh28101O Skin Conformal Tattoo Sensors to monitor vital health parameters - Insight by Dr Saurabh Kumar Watch this video on YouTube #science #india #scienceindia #indiascience #scienceunited #skinsensor #tattoo #tattoosensor #technology #indiatech #indiatechnology https://t.co/Z4eNyubOhC
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    September 6, 2020


  • @abinashtripath (Twitter)

    RT @GroupProsen: Happy to see our work get recognition online! Here is the link to the journal publication https://t.co/2ZvukfNVHm. Here is…
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    August 22, 2020

    1

  • ProSen Group
    @GroupProsen (Twitter)

    Happy to see our work get recognition online! Here is the link to the journal publication https://t.co/2ZvukfNVHm. Here is the link to our research group's website https://t.co/flWK1l8zbL https://t.co/OP75iCyhA1
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    August 22, 2020

    15

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  • ProSen Group
    @GroupProsen (Twitter)

    @drharshvardhan @CeNSEatIISc @iiscbangalore @IndiaDST @PMOIndia @narendramodi @CSIR_IND @BJP4India @AmitShah @BJP4Delhi @JPNadda Happy to see our work get recognition online! Here is the link to the journal publication https://t.co/2ZvukfNVHm. Here is the link to our research group's website https://t.co/flWK1l8zbL
    view full post

    August 22, 2020

    2

  • nilesh kumar
    @nileshk_CeNSE (Twitter)

    RT @ACS_Sensors: This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
    view full post

    July 12, 2020

    9

  • ProSen Group
    @GroupProsen (Twitter)

    RT @ACS_Sensors: This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
    view full post

    July 8, 2020

    9

  • Prabhat Vashishth
    @Prabhat1703 (Twitter)

    RT @ACS_Sensors: This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
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    July 8, 2020

    9

  • Anas Saifi, Ph.D.
    @saifianas23 (Twitter)

    RT @ACS_Sensors: This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
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    July 8, 2020

    9

  • Vaishakh
    @vaishakhk4 (Twitter)

    RT @ACS_Sensors: This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
    view full post

    July 8, 2020

    9

  • Tarun Narayan
    @tarun_narayn (Twitter)

    RT @ACS_Sensors: This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
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    July 8, 2020

    9

  • Betul
    @Betulcckzkn (Twitter)

    RT @ACS_Sensors: This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
    view full post

    July 7, 2020

    9

  • Josh Diaz
    @joshdiaz777 (Twitter)

    RT @ACS_Sensors: This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
    view full post

    July 7, 2020

    9

  • Arnab Halder
    @arnabkemi (Twitter)

    RT @ACS_Sensors: This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
    view full post

    July 7, 2020

    9

  • ACS Sensors
    @ACS_Sensors (Twitter)

    This temporary tattoo monitors respiration and pulse rate while remaining hardly noticeable. https://t.co/SrDxkXoGJn
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    July 7, 2020

    23

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  • ACS Sensors
    @ACS_Sensors (Twitter)

    RT @GroupProsen: Read our latest journal, "Laser-Induced Direct Patterning of Free standing Ti3C2-MXene Films for Skin Conformal Tattoo Sen…
    view full post

    June 22, 2020

    3

  • Navya Rastogi
    @navya39 (Twitter)

    RT @GroupProsen: Read our latest journal, "Laser-Induced Direct Patterning of Free standing Ti3C2-MXene Films for Skin Conformal Tattoo Sen…
    view full post

    June 22, 2020

    3

  • Krishnadas Narayanan Nampoothiri
    @krishnadasnn (Twitter)

    RT @GroupProsen: Read our latest journal, "Laser-Induced Direct Patterning of Free standing Ti3C2-MXene Films for Skin Conformal Tattoo Sen…
    view full post

    June 22, 2020

    3

  • ProSen Group
    @GroupProsen (Twitter)

    Read our latest journal, "Laser-Induced Direct Patterning of Free standing Ti3C2-MXene Films for Skin Conformal Tattoo Sensors" in @ACS_Sensors here! https://t.co/2ZvukfNVHm
    view full post

    June 20, 2020

    12

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Abstract Synopsis

  • This study demonstrates the development of a flexible, skin-compatible strain sensor made from a new 2D material called TiCMXene, which can be easily fabricated using laser patterning to create ultra-thin tattoo-like sensors.
  • The TiCMXene-based sensor is highly sensitive, capable of detecting vital signs like pulse and respiration rates with a gauge factor of 7400, thanks to nanocrack formation that amplifies strain signals.
  • These sensors are lightweight, unobtrusive, and capable of monitoring multiple health parameters simultaneously, making them promising tools for continuous health tracking through skin-mounted devices.]