The social discussions predominantly support the study's findings, with examples like references to the expression of ACE2 and TMPRSS2 in support cells, and users commenting on how this explains symptoms like anosmia. The tone emphasizes validation and curiosity, reflecting a strong interest but moderate engagement that focuses on scientific understanding rather than action.
AgreementModerate agreement
Most discussions recognize the validity of the study, with users referencing the confirmation of ACE2 and TMPRSS2 expression in olfactory support cells and their potential link to COVID-19 symptoms.
InterestHigh interest
Posts show high interest, as many discuss the mechanisms of virus entry and the connection to symptoms like loss of smell, indicating engagement with the scientific content.
EngagementHigh engagement
Some posts reference specific cellular details and implications, showing deep engagement with the research and its broader context.
ImpactModerate impact
While some consider the findings significant for understanding COVID-19 symptoms, the overall impact appears moderate, mainly informing ongoing scientific and public health discussions rather than immediate policy changes.
Abstract in brief
The study investigated how the COVID-19 virus enters cells in the olfactory epithelium and found that ACE2 and TMPRSS2, which are crucial for viral entry, are mainly expressed in sustentacular cells rather than olfactory neurons.
This suggests that the virus may infect support cells in the olfactory system, which could lead to loss of smell in COVID-19 patients.
Additionally, the expression of these entry proteins increases with age in mice, possibly explaining why older individuals are more vulnerable to COVID-19.]
Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/TMPRSS2 are present in nasal sustentacular cells that transfer odors from the air to neurons. Are these cells a viral path to the brain? https://t.co/kn28Ai3SqI https://t.co/bi4LdbBaxt
May 11, 2020 · 21 likes · 24 shares · 9,804 followersView post →
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Nancy Lapid
@NancyLapid · X
5/ Older noses may be more welcoming to the #coronavirus; their cells produce more of the protein the virus uses to enter the body, and more of the enzyme needed in the process, researchers say in @JAMA_current https://t.co/JmLkos25Vp and @ACSChemNeurosci https://t.co/159Qk7zYy7 https://t.co/CMzODVMOpE
May 20, 2020 · 21 likes · 15 shares · 5,422 followersView post →
பம
புலவர் தருமி
@pulavar_tharumi · X
கொரோனா வைரசு எப்படி உடலின் பல பாகங்களை தாக்குகிறது?
This confirms data from the study in May 2020 of Butwot of the expression of input protein of SARS-COV2, ACE2 and TMPRSS2 in the cells of the olfactory epithelium and identification of cell types and trends with 'age.
https://t.co/QA0iCPOTq6
Aug 31, 2021 · 6 likes · 2 shares · 7,187 followersView post →
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Francisco Montás
@franmontas · X
Why Does COVID-19 Have So Many Symptoms? https://t.co/4Cjxil5xJ7 via @YouTube
Why Does COVID-19 Have So Many Symptoms? https://t.co/jpbdPxMRml przez @YouTube
Streszczenie filmu z drobnymi komentarzami:
wiadomo, że w COVID-19 obserwujemy ból gardła, suchy kaszel, gorączkę i duszność, ale występują też inne symptomy spoza
COVID-19 affects more than just respiratory functions. The virus enters cells through ACE2 and TMPRSS2 proteins, mainly found in support cells of the olfactory system, which may explain loss of smell and severity…
This study investigates how COVID-19 virus enters cells in the olfactory epithelium, finding that ACE2 and TMPRSS2 are mainly expressed in sustentacular support cells, possibly leading to loss of smell and higher…
This confirms data from the study in May 2020 of Butwot of the expression of input protein of SARS-COV2, ACE2 and TMPRSS2 in the cells of the olfactory epithelium and identification of cell types and trends with 'age.
https://t.co/QA0iCPOTq6
Aug 31, 2021 · 6 likes · 2 shares · 7,187 followersView post →
The Democrats racism is exposed each time they fail to link ethnic differences in ACE2 receptors to differences in susceptibility and patient outcomes. See: https://t.co/i0ssqM0ANM
Nov 25, 2020 · 1 like · 2,573 followersView post →
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Kelly French
@kfrench581 · X
Why Does COVID-19 Have So Many Symptoms? https://t.co/4UWGZ2bd0m via @YouTube
@JohnBeachTX @colinbro COVID-19 anosmia is caused by olfactory epithelial damage.
https://t.co/axmLfgFBCH
https://t.co/UUZeHMiBUG
https://t.co/6CprpYDlly
From virus.
Jul 29, 2020 · 1 like · 7,961 followersView post →
Why Does COVID-19 Have So Many Symptoms? https://t.co/xi3itmxdGm via @YouTube @GovKemp @BrianKempGA Watch out, more science stuff. You and Toomey can educate yourselves and help Georgia get better faster since we’re in quite a tailspin now...
Why Does COVID-19 Have So Many Symptoms? https://t.co/jpbdPxMRml przez @YouTube
Streszczenie filmu z drobnymi komentarzami:
wiadomo, że w COVID-19 obserwujemy ból gardła, suchy kaszel, gorączkę i duszność, ale występują też inne symptomy spoza
@AnnaForFlorida I don't think they are putting effort into understanding how the virus works. I wish they would value learning and adjusting opinions after learning.
Eg. info like this must be getting to them through more official means... this was illuminating:
https://t.co/spyfG7XV1i
Jul 10, 2020 · 1 like · 1 share · 2,011 followersView post →
Why Does COVID-19 Have So Many Symptoms?
Hey #Canada and #USA friends; a short explainer video on recent research into wide #Covid19 symptoms.
https://t.co/cU7Be9aYYA
Expression of the SARS-CoV-2 Entry Proteins, ACE2 and TMPRSS2, in Cells of the Olfactory Epithelium: Identification of Cell Types and Trends with Age https://t.co/wtREm65dWs
El motivo de la pérdida de olfato en algunos casos de COVID-19
https://t.co/X7OEyhIYpZ
Más información:
Expression of the SARS-CoV-2 Entry Proteins, ACE2 and TMPRSS2, in Cells of the Olfactory Epithelium: Identification of Cell Types and Trends with Age.
https://t.co/8OP8jrX9Hz
5/ Older noses may be more welcoming to the #coronavirus; their cells produce more of the protein the virus uses to enter the body, and more of the enzyme needed in the process, researchers say in @JAMA_current https://t.co/JmLkos25Vp and @ACSChemNeurosci https://t.co/159Qk7zYy7 https://t.co/CMzODVMOpE
May 20, 2020 · 21 likes · 15 shares · 5,422 followersView post →
AR
Ariel Cerda Rojas
@arielo_cerda · X
Un artículo (https://t.co/TxcjZ2XDwz) exploró las causas de la perdida de olfato en pacientes infectados con #SARSCoV2 utilizando un modelo de ratón. Al estudiar células del epitelio olfativo descubrieron que ACE2 y TMPRSS2 se expresan en las células sustentaculares del epitelio. https://t.co/2kh1BWWyrk
May 13, 2020 · 2 likes · 1 share · 1,200 followersView post →
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Angela M Cartland
@AMCartland · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 13, 2020 · 24 shares · 116 followersView post →
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Emmache2016
@Emmache2016 · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 11 followersView post →
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Fb
@FbMtl4Real · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 251 followersView post →
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Professor Dr. Mohamed Ezzat El Zowalaty, PhD
@elzowalaty · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 444 followersView post →
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la_toque
@la_toque · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 301 followersView post →
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Auriandra
@Auriandra · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 6,751 followersView post →
ΚU
Κασσάνδροσ Full-time Future Forecaster until 2027.
@JeanMichelFleur · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 653 followersView post →
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Angela Barnett
@Angela_Biochem · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 557 followersView post →
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delthia ricks
@DelthiaRicks · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 9,804 followersView post →
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X+
@xplusforelon · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 1,514 followersView post →
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Dentist⬛⬛⬛⬛⬛⬛⬛⬛⬛⬛⬛
@Sjaakjacob1234 · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 1,968 followersView post →
KB
Kenneth Yaw Agyeman-Badu
@Kenzibit · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 12, 2020 · 24 shares · 1,621 followersView post →
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Sarita Shinn #Resistance
@stshinn · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 11, 2020 · 24 shares · 8,455 followersView post →
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Tim Ricks
@harbari · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 11, 2020 · 24 shares · 72 followersView post →
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Michael Muskal
@latimesmuskal · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 11, 2020 · 24 shares · 2,938 followersView post →
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Sarah B
@BettersMrs · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 11, 2020 · 24 shares · 2,839 followersView post →
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Mississippi Blue Dot
@shar76 · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 11, 2020 · 24 shares · 23,451 followersView post →
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Craig L. Ph.D.
@CL2Empower · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 11, 2020 · 24 shares · 9,416 followersView post →
LG
Lady Friars Fan of the Bene Gesserit
@CarpeTibiOasis · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 11, 2020 · 24 shares · 851 followersView post →
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Rima Isam Anabtawi
@rimaanabtawi · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 11, 2020 · 24 shares · 4,268 followersView post →
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retro
@retro26290935 · X
RT @DelthiaRicks: Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/T…
May 11, 2020 · 24 shares · 199 followersView post →
DR
delthia ricks
@DelthiaRicks · X
Why does #SARSCoV2 rob the sense of smell? The virus hijacks 2 proteins to infect: ACES2 &TMPRSS2. New study shows ACE2/TMPRSS2 are present in nasal sustentacular cells that transfer odors from the air to neurons. Are these cells a viral path to the brain? https://t.co/kn28Ai3SqI https://t.co/bi4LdbBaxt
May 11, 2020 · 21 likes · 24 shares · 9,804 followersView post →
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Anosmia e Covid Alterações Perifiericas e Centrais | PDF | Senses
News
Front Neuroanat 14:37. tion of cell types and trends with age. ACS Chem Neurosci doi:10.3389/fnana.2020.00037 11(11):1555–62. doi:10.1021/acschemneuro.0c00210 ...