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#clots — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #clots, aggregated by home.social.

  1. Study out last month - risk of blood clots from a COVID infection are far higher than blood clots from the (first dose of the) AstraZeneca COVID vaccine. After infection w/ COVID-19, risk of a blood clot climbs to 30 times in the first week!
    The only COVID vaccine with (comparatively very low) blood clot risk was the *first dose* - only from AstaZeneca.
    #CovidIsNotOver #MaskUp #LongCOVID #blood #clots #thrombosis #arterial #venous #clotting #risk #safe #COVID19 #vaccines hdruk.ac.uk/news/new-study-con

  2. Study out last month - risk of blood clots from a COVID infection are far higher than blood clots from the (first dose of the) AstraZeneca COVID vaccine. After infection w/ COVID-19, risk of a blood clot climbs to 30 times in the first week!
    The only COVID vaccine with (comparatively very low) blood clot risk was the *first dose* - only from AstaZeneca.
    #CovidIsNotOver #MaskUp #LongCOVID #blood #clots #thrombosis #arterial #venous #clotting #risk #safe #COVID19 #vaccines hdruk.ac.uk/news/new-study-con

  3. Study out last month - risk of blood clots from a COVID infection are far higher than blood clots from the (first dose of the) AstraZeneca COVID vaccine. After infection w/ COVID-19, risk of a blood clot climbs to 30 times in the first week!
    The only COVID vaccine with (comparatively very low) blood clot risk was the *first dose* - only from AstaZeneca.
    #CovidIsNotOver #MaskUp #LongCOVID #blood #clots #thrombosis #arterial #venous #clotting #risk #safe #COVID19 #vaccines hdruk.ac.uk/news/new-study-con

  4. Study out last month - risk of blood clots from a COVID infection are far higher than blood clots from the (first dose of the) AstraZeneca COVID vaccine. After infection w/ COVID-19, risk of a blood clot climbs to 30 times in the first week!
    The only COVID vaccine with (comparatively very low) blood clot risk was the *first dose* - only from AstaZeneca.
    #CovidIsNotOver #MaskUp #LongCOVID #blood #clots #thrombosis #arterial #venous #clotting #risk #safe #COVID19 #vaccines hdruk.ac.uk/news/new-study-con

  5. Study out last month - risk of blood clots from a COVID infection are far higher than blood clots from the (first dose of the) AstraZeneca COVID vaccine. After infection w/ COVID-19, risk of a blood clot climbs to 30 times in the first week!
    The only COVID vaccine with (comparatively very low) blood clot risk was the *first dose* - only from AstaZeneca.
    #CovidIsNotOver #MaskUp #LongCOVID #blood #clots #thrombosis #arterial #venous #clotting #risk #safe #COVID19 #vaccines hdruk.ac.uk/news/new-study-con

  6. Plastic Packaging Attacks Both Ends of Your Body: A study just published in ScienceAdvances reports that microplastics, tiny microscopic plastic fragments, can and will block blood vessels in the brain. #microplastics #plastic #brain #stroke #clots
    instagram.com/reel/DHDvDa9ukWT

  7. Healthy people, w/ mild cases, still affected: "People who got COVID-19 & were asymptomatic or got [a case] that was so mild they were able to nurse it at home w/o going to the doctor, still developed an increased risk of heart problems a year out." Johns Hopkins study, '22.
    #Covid #spares #no #one | #even #mild #cases #bring #increased #risk of #heart #issues #arrythmia #blood #clots #stroke #years #later | #otherwise #healthy #people - #not #hopitalized at the #time publichealth.jhu.edu/2022/covi

  8. Healthy people, w/ mild cases, still affected: "People who got COVID-19 & were asymptomatic or got [a case] that was so mild they were able to nurse it at home w/o going to the doctor, still developed an increased risk of heart problems a year out." Johns Hopkins study, '22.
    #Covid #spares #no #one | #even #mild #cases #bring #increased #risk of #heart #issues #arrythmia #blood #clots #stroke #years #later | #otherwise #healthy #people - #not #hopitalized at the #time publichealth.jhu.edu/2022/covi

  9. Healthy people, w/ mild cases, still affected: "People who got COVID-19 & were asymptomatic or got [a case] that was so mild they were able to nurse it at home w/o going to the doctor, still developed an increased risk of heart problems a year out." Johns Hopkins study, '22.
    #Covid #spares #no #one | #even #mild #cases #bring #increased #risk of #heart #issues #arrythmia #blood #clots #stroke #years #later | #otherwise #healthy #people - #not #hopitalized at the #time publichealth.jhu.edu/2022/covi

  10. Chertow’s research has already encouraged experimental use of antiviral medications such as Pfizer Inc.’s #Paxlovid to see if it can root out viral reservoirs and alleviate long-haul symptoms.

    Even a relatively small number of infected cells could provoke the immune system to produce #inflammation, blood #clots and other problems associated with long #Covid, according to Amy Proal, co-founder of PolyBio Research Foundation, a non-profit in Boston that facilitates research into chronic, infection-associated conditions.

    It’s “the most logical explanation because it accounts for pretty much everything else,” she said.

    #Scanning #Hideouts

    Henrich, who helped develop sophisticated imaging techniques that can pinpoint HIV within tissues, plans to use the same approach to find Covid’s hideouts.

    Dozens of patients will undergo a series of whole-body scans that will look for signals of production or persistence of viral protein.

    Those will be compared with symptoms to see how the lingering presence of the coronavirus correlates to long Covid.

    The group has started scanning patients to look for protective T-cells that could indicate an #aberrant #immune #response to SARS-CoV-2. They’re examining biopsies of participants’ digestive tracts for viral vestiges, Henrich said.

    (3/n)

    bloomberg.com/news/features/20

  11. Chertow’s research has already encouraged experimental use of antiviral medications such as Pfizer Inc.’s #Paxlovid to see if it can root out viral reservoirs and alleviate long-haul symptoms.

    Even a relatively small number of infected cells could provoke the immune system to produce #inflammation, blood #clots and other problems associated with long #Covid, according to Amy Proal, co-founder of PolyBio Research Foundation, a non-profit in Boston that facilitates research into chronic, infection-associated conditions.

    It’s “the most logical explanation because it accounts for pretty much everything else,” she said.

    #Scanning #Hideouts

    Henrich, who helped develop sophisticated imaging techniques that can pinpoint HIV within tissues, plans to use the same approach to find Covid’s hideouts.

    Dozens of patients will undergo a series of whole-body scans that will look for signals of production or persistence of viral protein.

    Those will be compared with symptoms to see how the lingering presence of the coronavirus correlates to long Covid.

    The group has started scanning patients to look for protective T-cells that could indicate an #aberrant #immune #response to SARS-CoV-2. They’re examining biopsies of participants’ digestive tracts for viral vestiges, Henrich said.

    (3/n)

    bloomberg.com/news/features/20

  12. Chertow’s research has already encouraged experimental use of antiviral medications such as Pfizer Inc.’s #Paxlovid to see if it can root out viral reservoirs and alleviate long-haul symptoms.

    Even a relatively small number of infected cells could provoke the immune system to produce #inflammation, blood #clots and other problems associated with long #Covid, according to Amy Proal, co-founder of PolyBio Research Foundation, a non-profit in Boston that facilitates research into chronic, infection-associated conditions.

    It’s “the most logical explanation because it accounts for pretty much everything else,” she said.

    #Scanning #Hideouts

    Henrich, who helped develop sophisticated imaging techniques that can pinpoint HIV within tissues, plans to use the same approach to find Covid’s hideouts.

    Dozens of patients will undergo a series of whole-body scans that will look for signals of production or persistence of viral protein.

    Those will be compared with symptoms to see how the lingering presence of the coronavirus correlates to long Covid.

    The group has started scanning patients to look for protective T-cells that could indicate an #aberrant #immune #response to SARS-CoV-2. They’re examining biopsies of participants’ digestive tracts for viral vestiges, Henrich said.

    (3/n)

    bloomberg.com/news/features/20

  13. Chertow’s research has already encouraged experimental use of antiviral medications such as Pfizer Inc.’s #Paxlovid to see if it can root out viral reservoirs and alleviate long-haul symptoms.

    Even a relatively small number of infected cells could provoke the immune system to produce #inflammation, blood #clots and other problems associated with long #Covid, according to Amy Proal, co-founder of PolyBio Research Foundation, a non-profit in Boston that facilitates research into chronic, infection-associated conditions.

    It’s “the most logical explanation because it accounts for pretty much everything else,” she said.

    #Scanning #Hideouts

    Henrich, who helped develop sophisticated imaging techniques that can pinpoint HIV within tissues, plans to use the same approach to find Covid’s hideouts.

    Dozens of patients will undergo a series of whole-body scans that will look for signals of production or persistence of viral protein.

    Those will be compared with symptoms to see how the lingering presence of the coronavirus correlates to long Covid.

    The group has started scanning patients to look for protective T-cells that could indicate an #aberrant #immune #response to SARS-CoV-2. They’re examining biopsies of participants’ digestive tracts for viral vestiges, Henrich said.

    (3/n)

    bloomberg.com/news/features/20

  14. Chertow’s research has already encouraged experimental use of antiviral medications such as Pfizer Inc.’s #Paxlovid to see if it can root out viral reservoirs and alleviate long-haul symptoms.

    Even a relatively small number of infected cells could provoke the immune system to produce #inflammation, blood #clots and other problems associated with long #Covid, according to Amy Proal, co-founder of PolyBio Research Foundation, a non-profit in Boston that facilitates research into chronic, infection-associated conditions.

    It’s “the most logical explanation because it accounts for pretty much everything else,” she said.

    #Scanning #Hideouts

    Henrich, who helped develop sophisticated imaging techniques that can pinpoint HIV within tissues, plans to use the same approach to find Covid’s hideouts.

    Dozens of patients will undergo a series of whole-body scans that will look for signals of production or persistence of viral protein.

    Those will be compared with symptoms to see how the lingering presence of the coronavirus correlates to long Covid.

    The group has started scanning patients to look for protective T-cells that could indicate an #aberrant #immune #response to SARS-CoV-2. They’re examining biopsies of participants’ digestive tracts for viral vestiges, Henrich said.

    (3/n)

    bloomberg.com/news/features/20

  15. Always interesting to see a ‘rudimentary’ change such as the shape of a transducer to make such a significant improvement in functionality and treatment.
    #Research #MedicalResearch #Clots
    —————————

    Breakthrough device uses ultrasound ‘tornado’ to destroy blood clots

    flip.it/Ph5yF4

  16. Always interesting to see a ‘rudimentary’ change such as the shape of a transducer to make such a significant improvement in functionality and treatment.
    #Research #MedicalResearch #Clots
    —————————

    Breakthrough device uses ultrasound ‘tornado’ to destroy blood clots

    flip.it/Ph5yF4

  17. Always interesting to see a ‘rudimentary’ change such as the shape of a transducer to make such a significant improvement in functionality and treatment.
    #Research #MedicalResearch #Clots
    —————————

    Breakthrough device uses ultrasound ‘tornado’ to destroy blood clots

    flip.it/Ph5yF4

  18. Always interesting to see a ‘rudimentary’ change such as the shape of a transducer to make such a significant improvement in functionality and treatment.
    #Research #MedicalResearch #Clots
    —————————

    Breakthrough device uses ultrasound ‘tornado’ to destroy blood clots

    flip.it/Ph5yF4

  19. Always interesting to see a ‘rudimentary’ change such as the shape of a transducer to make such a significant improvement in functionality and treatment.
    #Research #MedicalResearch #Clots
    —————————

    Breakthrough device uses ultrasound ‘tornado’ to destroy blood clots

    flip.it/Ph5yF4

  20. Researchers have developed a new tool and technique that uses “#vortex #ultrasound” – a sort of ultrasonic tornado – to break down blood #clots in the #brain.
    #Engineering #Medical #sflorg
    sflorg.com/2023/01/eng01232301

  21. Researchers have developed a new tool and technique that uses “#vortex #ultrasound” – a sort of ultrasonic tornado – to break down blood #clots in the #brain.
    #Engineering #Medical #sflorg
    sflorg.com/2023/01/eng01232301

  22. Researchers have developed a new tool and technique that uses “#vortex #ultrasound” – a sort of ultrasonic tornado – to break down blood #clots in the #brain.
    #Engineering #Medical #sflorg
    sflorg.com/2023/01/eng01232301