Plasmonic photothermal biosensor COVID tests shown to deliver accurate results with increased sensitivity. This method could reduce false negative rates that exist with current tests (see https://t.co/ReRAQhAhFE). Jing Wang at ETH Zurich https://t.co/wDdGeVe59E (Open Access) /CJD https://t.co/VzzsHFhlPk
Diagnosing COVID-19: The Disease and Tools for Detection.
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Extended reach
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Mar 2020 – Sep 2025Where it's discussed
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X / Twitter114 posts
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News21 articles
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Facebook3 posts
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Blogs3 articles
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YouTube2 videos
AI synopsis
What people are saying
Many discussions revolve around the different diagnostic methods outlined in the article, with posts referencing electron microscopy images and alternative free access articles. Phrases like 'important review' and 'useful and timely' illustrate the enthusiasm and perceived relevance of the publication, contributing to a tone that is both informative and engaged.
Most discussions express supportive views towards the article's insights and findings.
There is a clear enthusiasm for exploring the topic, evidenced by the repeated mention of the publication in various contexts.
While many posts refer to the article, deeper commentary is less frequent, indicating moderate engagement.
Participants perceive the publication as significantly impactful in enhancing understanding and awareness of COVID-19 diagnostics.
Abstract in brief
- COVID-19, caused by the SARS-CoV-2 virus, emerged in December 2019 and has since become a global pandemic, necessitating effective detection methods.
- Initial diagnostic tools included advanced imaging technologies, genome sequencing, and electron microscopy to identify the virus.
- The article emphasizes the importance of developing easy-to-use point-of-care diagnostics to enhance monitoring and control of SARS-CoV-2, aiming to prevent future outbreaks.
Top posts
Most liked on X and Bluesky"SARS-CoV took 5 months to be identified. The same techniques were used to identifySARS-CoV-2 in only 3 weeks." quote contained in a nice review of COVID-19 diagnostics: https://t.co/4OWNjbd0iu
#Weekend @acsnano #reading #1 a forward-looking Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_uoft @UofT #openaccess /PSW @PSWnano #nano #COVID #COVIDー19 #Covid_19 #coronavirus https://t.co/1l0eECDV4y
New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_uoft @UofT #openaccess /PSW @PSWnano #nano #COVID #COVIDー19 #Covid_19 #coronavirus - stay tuned for more https://t.co/V3CkkZe6de
Diagnosing COVID-19: The Disease and Tools for Detection - el que desee aprender, que lea y que cese el hábito de sembrar histeria…@DeptSaludPR @JugandoPelotaPR @WKAQ580 … https://t.co/2MJFKZIYxs
A useful and timely review: https://t.co/r1ZNZb0JXE
All mentions
Innovative Nanotechnology for Rapid COVID-19 Testing
Traditional COVID tests require time and specialized personnel. This new test leverages nanotechnology to provide quick and accurate results, enhancing monitoring and control of COVID-19. Discover how these advancements…
COVID-19 Diagnosis: Methods and Challenges in Laboratory Testing
The COVID-19 outbreak has significantly affected clinical microbiology laboratories, raising challenges for diagnosing SARS-CoV-2 infections. Proper specimen collection during the preanalytical stage is vital for…
@GretaThunberg @nadineyousif_ @picardonhealth @jyangreporter @ereguly @Pontifex @mwolinskariedi @jesuitczerny @DonDavies @PierrePoilievre @bruce_arthur @MarkJCarney @lesliechurch @coteau @JeanYip3 @MichelleRempel @coreyhoganyyc @ElizabethMay @MelissaLantsman @IqwinderSGaheer @RunChiNguyenRun @GiorgiaMeloni @sanchezcastejon @LMontenegro_PT @SwedishPM @Keir_Starmer @XavierEspot @EmmanuelMacron @Bart_DeWever @chrisluxonmp @MichealMartinTD @donaldtusk @_FriedrichMerz @RandPaul @timkaine @JeffMerkley @RoyMacG @IlyaYashin @vkaramurza @RubenGallego @SeanFraserMP @Sen_Alsobrooks @MichaelCooperMP @maggiechidvn @ellisbross @drsdelliscc @juliedabrusin @ttgovcomms @caymangovt If Fr Nikolai is ever free - I drop into Bishop & Belcher on Sun afternoon sometimes-after 4pm OLPH mass. @BogochIsaac #COVID: the early days. https://t.co/W1l251anZs
@Jstodd_ 1) yeah random news article not a good source, i agree. 2) this is wrong. here are a few free access articles: https://t.co/cjEmO2sGja https://t.co/fMalnOyNIt https://t.co/NxVTDc2cjU 3) this is ad hominem. irrelevant. 2 of the articles have nice electron microscope photos
Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/KYDLHYmhQg
Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/XomfYkwwzW
@Cami68932713 @Tidus235 @Angel21Sutil @lusty4ever1 @sextaNoticias Por cierto, aquí tiene otro. https://t.co/aRtaRiGD6W
@Liberta31841399 @anabelplu_ @MarianSantj @FLMIRONES Si, se ha aislado. Otra cosa es que la gente tenga un desconocimeinto total del tema. No solo se ha aislado sino que se ha podido hacer una foto con un microscopio de barrido de electrones. Otra cosa es el nulo esfuerzo d ela gente para buscar información. https://t.co/aRtaRiYevw
RT @APFTurner: https://t.co/AjWnMp16Ld
https://t.co/AjWnMp16Ld
https://t.co/8jNNWkWxlk
@GeneviveCaron18 @ComploTisss Oui j'ai lu/vu plein de trucs sur les NanoMachins.
@MacBaird13 @ianfmusgrave @BeckyJohnson222 @angela_bower @itisjustmebabe @mcfunny @peterre76976220 @_mamadeb @md444444444 @Kathmarval @PaulVCooper1 @GeoffSchuler @KatLaRue7 @Shared_facts @RisetteMD @chaoticsx2 @SVaxhole @BoastIra @HupperichWerner @Death_is_final @HPVSideEffects @KayVonPaul @rainmc @barryjohnreid21 @ChrisJohnsonMD @Gardeniagal4 @RCPrentice @Monstercoyliar @StopVaxxedLies @SMcwoof @CiteretV @FrankDElia7 @MaggieC_95 @David_5705 @organicdot @HaircutSpock @ThatBackwoodsB @LG28640297 @JaneEOpie @doritmi @carlsmythe @VileThePro @MonstaTofu @Jojofool1 @jkellyca @PJMoore1958 @MikePeterson_TH @100Dianne @krebiozen @ilzheven Done and dusted. https://t.co/rGfVPjZuFy https://t.co/dACxQJaWLZ https://t.co/8K1gxhRqM0 https://t.co/uJh6mUgXLe https://t.co/09RiHSCYtj https://t.co/0OPUdyDbgN https://t.co/6V1XN74VTh https://t.co/tAsIoEh7E5
RT @Q0rZwLSXxBGcDUT: 検査のワークフロー等メタクソ丁寧に書いてある。診断のスマホ活用にも触れているが、日本はデータベースが無いのと同じ。しかも発熱、海外渡航歴で命の選別してる非科学な保健所はこれ読んでどんな言い訳するの? Diagnosing COVID-…
検査のワークフロー等メタクソ丁寧に書いてある。診断のスマホ活用にも触れているが、日本はデータベースが無いのと同じ。しかも発熱、海外渡航歴で命の選別してる非科学な保健所はこれ読んでどんな言い訳するの? Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/6H60QaKeCM
RT @dreamgbutterfly: Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/b5sljEAru1 https://t.co/P0EVCSqw6v
Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/b5sljEAru1 https://t.co/P0EVCSqw6v
RT @emulenews: Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/wFrM95MMG1 SARS-CoV-2 has a ssRNA+ genome that is ∼30,…
RT @emulenews: Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/wFrM95MMG1 SARS-CoV-2 has a ssRNA+ genome that is ∼30,…
RT @emulenews: Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/wFrM95MMG1 SARS-CoV-2 has a ssRNA+ genome that is ∼30,…
Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/wFrM95MMG1 SARS-CoV-2 has a ssRNA+ genome that is ∼30,000 nucleotides in length and encodes 27 proteins including an RNA-dependent RNA polymerase (RdRP) and four structural proteins: S, E, M, and N. https://t.co/cylCQMB0LC
Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/lWEOJFGtm6
RT @APFTurner: A useful and timely review: https://t.co/r1ZNZb0JXE
RT @APFTurner: A useful and timely review: https://t.co/r1ZNZb0JXE
A useful and timely review: https://t.co/r1ZNZb0JXE
https://t.co/UiKERDcclF
RT @TheChanLab:
RT @IvanaKholova: Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/Vpx5m36cCo
Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/Vpx5m36cCo
RT @drcorazon2016: Diagnosing COVID-19: The Disease and Tools for Detection - el que desee aprender, que lea y que cese el hábito de sembra…
Diagnosing COVID-19: The Disease and Tools for Detection - el que desee aprender, que lea y que cese el hábito de sembrar histeria…@DeptSaludPR @JugandoPelotaPR @WKAQ580 … https://t.co/2MJFKZIYxs
@OCunasa Absent testing the symptoms of C19 are indistinguishable from a range of respiratory illnesses. So showing symptoms is far less accurate than testing, which is itself not indicative of causality in a large "unkown" number of cases. https://t.co/S8gIuh7A04
@eurothermology @helenczerski https://t.co/QpbDisuJkX
Core Pubmed: Diagnosing COVID-19: The Disease and Tools for Detection.: Related Articles Diagnosing COVID-19: The Disease and Tools for Detection. ACS Nano. 2020 04 28;14(4):3822-3835 Authors: Udugama B, Kadhiresan P,… https://t.co/4niBB5KAjt #coronavirus #SARS_CoV_2 #covid19
RT @maxpumi: New article from ACS Nano on COVID-19 Diagnostic Tools | Diagnosing COVID-19: The Disease and Tools for Detection https://t.…
RT @maxpumi: New article from ACS Nano on COVID-19 Diagnostic Tools | Diagnosing COVID-19: The Disease and Tools for Detection https://t.…
RT @maxpumi: New article from ACS Nano on COVID-19 Diagnostic Tools | Diagnosing COVID-19: The Disease and Tools for Detection https://t.…
New article from ACS Nano on COVID-19 Diagnostic Tools | Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/CgWnjXswYB
RT @Crane_MolTech: 膜には スパイク(S),エンベロープ(E),マトリックス(M) の3種類の蛋白質があるが、今回、Eは省略した。 模式図のソース https://t.co/aSMOhr0G0w https://t.co/SYxlCnagI4新型コロナウイル…
膜には スパイク(S),エンベロープ(E),マトリックス(M) の3種類の蛋白質があるが、今回、Eは省略した。 模式図のソース https://t.co/aSMOhr0G0w https://t.co/SYxlCnagI4新型コロナウイルス https://t.co/7xSvHm9nkU https://t.co/bbCoCTrLEu https://t.co/ZObEgHjiYN
RT @cdanicas: #Smartphone Surveillance of Infectious Diseases.
RT @cdanicas: #Smartphone Surveillance of Infectious Diseases.
RT @cdanicas: #Smartphone Surveillance of Infectious Diseases.
RT @acsnano: Plasmonic photothermal biosensor COVID tests shown to deliver accurate results with increased sensitivity. This method could r…
RT @acsnano: Plasmonic photothermal biosensor COVID tests shown to deliver accurate results with increased sensitivity. This method could r…
RT @acsnano: Plasmonic photothermal biosensor COVID tests shown to deliver accurate results with increased sensitivity. This method could r…
RT @acsnano: Plasmonic photothermal biosensor COVID tests shown to deliver accurate results with increased sensitivity. This method could r…
Plasmonic photothermal biosensor COVID tests shown to deliver accurate results with increased sensitivity. This method could reduce false negative rates that exist with current tests (see https://t.co/ReRAQhAhFE). Jing Wang at ETH Zurich https://t.co/wDdGeVe59E (Open Access) /CJD https://t.co/VzzsHFhlPk
RT @acsnano: Now in formatted form: Warren Chan's Review discussing the methods of diagnosing COVID-19. https://t.co/NPHq3RzpB8 (Open Acces…
RT @acsnano: #Weekend @acsnano #reading #1 a forward-looking Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @…
@elnahual__ @pokepedi @LuisInsulina Efectivamente, con el paso del tiempo irán optimizando estas metodologías diagnóstico, me remito a cita nuevamente, https://t.co/XNDYNbkj10. Ahora, para fines prácticos y tomando en cuenta que hablando de calidad, esto es México mágico, le doy toda la razón. Gg :)
A generalized good-read article on the SARS-CoV-2, and various detection methods of the COVID-19, published by the research group of Prof. Warren Chan - the director of Institute of Biomaterials & Biomedical Engineering (IBBME), University of Toronto. https://t.co/buLQQxiRF4
RT @acsnano: Now in formatted form: Warren Chan's Review discussing the methods of diagnosing COVID-19. https://t.co/NPHq3RzpB8 (Open Acces…
RT @acsnano: Now in formatted form: Warren Chan's Review discussing the methods of diagnosing COVID-19. https://t.co/NPHq3RzpB8 (Open Acces…
Now in formatted form: Warren Chan's Review discussing the methods of diagnosing COVID-19. https://t.co/NPHq3RzpB8 (Open Access) /CJD
RT @Krishnanandac: An important review on different methods of detection @CSIR_IND @csir_iicb Diagnosing COVID-19: The Disease and Tools f…
RT @acsnano: #Weekend @acsnano #reading #1 a forward-looking Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @…
RT @StrathBiomedEng: Interesting review/perspective here on COVID-19 diagnostics - https://t.co/8gOn7zaK26
Interesting review/perspective here on COVID-19 diagnostics - https://t.co/8gOn7zaK26
RT @acsnano: New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChan…
RT @jplatt04: Diagnosing COVID-19: The Disease and Tools for Detection | ACS Nano ~ diagnostic & surveillance technologies for SARS-CoV-2 h…
Diagnosing COVID-19: The Disease and Tools for Detection | ACS Nano ~ diagnostic & surveillance technologies for SARS-CoV-2 https://t.co/8liGoDq4yq
RT @APFTurner: "SARS-CoV took 5 months to be identified. The same techniques were used to identifySARS-CoV-2 in only 3 weeks." quote contai…
RT @acsnano: #Weekend @acsnano #reading #1 a forward-looking Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @…
RT @APFTurner: "SARS-CoV took 5 months to be identified. The same techniques were used to identifySARS-CoV-2 in only 3 weeks." quote contai…
RT @APFTurner: "SARS-CoV took 5 months to be identified. The same techniques were used to identifySARS-CoV-2 in only 3 weeks." quote contai…
RT @APFTurner: "SARS-CoV took 5 months to be identified. The same techniques were used to identifySARS-CoV-2 in only 3 weeks." quote contai…
RT @APFTurner: "SARS-CoV took 5 months to be identified. The same techniques were used to identifySARS-CoV-2 in only 3 weeks." quote contai…
"SARS-CoV took 5 months to be identified. The same techniques were used to identifySARS-CoV-2 in only 3 weeks." quote contained in a nice review of COVID-19 diagnostics: https://t.co/4OWNjbd0iu
RT @rounakn: https://t.co/vPXVSzGZJN An important review of the diagnosis method of COVID-19 @acsnano : Please make this article open acce…
https://t.co/vPXVSzGZJN An important review of the diagnosis method of COVID-19 @acsnano : Please make this article open access (#OpenAcess) https://t.co/DW77QkuRhV
RT @Krishnanandac: An important review on different methods of detection @CSIR_IND @csir_iicb Diagnosing COVID-19: The Disease and Tools f…
An important review on different methods of detection @CSIR_IND @csir_iicb Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/cuXscdSgHd
RT @acsnano: #Weekend @acsnano #reading #1 a forward-looking Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @…
RT @acsnano: #Weekend @acsnano #reading #1 a forward-looking Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @…
RT @acsnano: #Weekend @acsnano #reading #1 a forward-looking Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @…
RT @acsnano: #Weekend @acsnano #reading #1 a forward-looking Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @…
#Weekend @acsnano #reading #1 a forward-looking Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_uoft @UofT #openaccess /PSW @PSWnano #nano #COVID #COVIDー19 #Covid_19 #coronavirus https://t.co/1l0eECDV4y
Diagnosing COVID-19: The Disease and Tools for Detection https://t.co/mcQA4iuXJm
https://t.co/uOCLDJ8TSl
RT @ACSPublications: #COVID-19 has spread globally since its discovery in Dec 2019. This review article from Warren Chan (Assoc. Ed., @acsn…
#COVID-19 has spread globally since its discovery in Dec 2019. This review article from Warren Chan (Assoc. Ed., @acsnano) and team describes diagnostic and surveillance technologies for SARS-CoV-2, as well as point-of-care diagnostics on the horizon. https://t.co/wsM1ck3X7j https://t.co/lur84A3PWB
RT @forpiyush: #COVID19 has spread globally since its discovery in December 2019. This review article by Warren Chan (Assoc Ed for ACS Nano…
#COVID19 has spread globally since its discovery in December 2019. This review article by Warren Chan (Assoc Ed for ACS Nano) & team describes diagnostic and surveillance technologies for SARS-CoV-2, as well as point-of-care diagnostics on the horizon. https://t.co/1rGmEaYnJn
RT @acsnano: New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChan…
RT @acsnano: New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChan…
RT @acsnano: New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChan…
RT @TheChanLab:
RT @acsnano: New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChan…
RT @TheChanLab:
RT @acsnano: New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChan…
RT @acsnano: New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChan…
RT @acsnano: New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChan…
RT @acsnano: New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChan…
New forward-looking #openaccess @acsnano Review: Diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_uoft @UofT #openaccess /PSW @PSWnano #nano #COVID #COVIDー19 #Covid_19 #coronavirus - stay tuned for more https://t.co/V3CkkZe6de
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @TheChanLab:
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @TheChanLab:
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @TheChanLab:
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @TheChanLab:
RT @TheChanLab:
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @TheChanLab:
RT @TheChanLab:
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @acsnano: New forward-looking @acsnano Review of diagnosing #COVID19 https://t.co/b4csuUR7RB from #editor Warren Chan @TheChanLab @bme_u…
RT @TheChanLab:
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